MIS 101 - Principles Appl Medical Ins

 
Description
A study of medical insurance programs with emphasis on professional service and diagnostic coding. Topics include processing insurance claims, ICD-9-CM, CPT-4, diagnosis-related grougps, preferred provider programs, and computer -generated insurance claims. The principles of insurance and their applications to specific cases in a medical office and hospital billing department are examined. This course requires a per credit health career fee; check the tuition and fee schedule for the current rate.

1. Outline and describe the roles and responsibilities of the Medical Insurance Specialist.
2. Define medical insurance terms and describe the development of the medical insurance industry.
3. Differentiate between diagnostic and procedural coding and their relationship to insurance claims.
4. Prepare accurate and complete insurance claim forms according to current insurance guidelines.
5. Explain electronic claims submission and its importance in today’s insurance environment.
6. Collect data from patient charts and distinguish between primary and secondary insurance plans.
7. Identify, describe and explain the important federal, state and private medical insurance plans.

1. Medical insurance/billing profession
2. Medical insurance terminology
3. Introduction to coding systems
4. Insurance claim forms
5. Medical insurance plans

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MIS 102 - Medical Coding for Insurance Billing

 
Description
This course will present a comprehensive study of diagnostic and procedural medical coding for insurance billing utilizing the ICD and CPT classification systems. Application of these codes to medical insurance claims forms and their impact on proper reimbursement for health care services will be emphasized. This course requires a per credit health career fee; check the tuition and fee schedule for the current rate.

1. Identify the content and arrangement of the major divisions of each volume of the ICD coding system.
2. Interpret abbreviations, punctuations, symbols and other conventions and notations used in ICD.
3. Analyze medical documentation to assign appropriate ICD codes for diagnoses.
4. Apply coding principles of ICD to specific medical cases for adequate reimbursement.
5. Demonstrate an understanding of CPT guidelines as they pertain to the six major divisions of the CPT coding manual.
6. Recognize the circumstances when CPT modifiers are used for maximal reimbursement.
7. Interpret abbreviations and symbols used in CPT.
8. Recognize the circumstances when HCPCS codes are used.
9. Select appropriate CPT and HCPCS codes for procedures, services and supplies.
10. Apply coding principles of CPT to specific medical cases for adequate reimbursement.

1. ICD coding system
2. CPT coding system
3. HCPCS coding system
4. Coding of medical insurance claim forms

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MIS 103 - Medical Insurance Seminar

 
Description
This course is designed to study the legal aspects of the medical office. Emphasis is placed on legal issues involving legal forms of consent, informed consent, DNR, living wills, the Red Flags Rule, HIPAA and OSHA regulations. Case studies involving false claims, Medicare/Medicaid regulations and compliance issues are analyzed. The topic of job readiness is covered including resume writing and interviewing techniques. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Discuss issues related to professional ethics, fraud, abuse and compliance.
2. Identify legal forms of consent and informed consent.
3. Discuss the importance of HIPAA, the Red Flags Rule and OSHA as they pertain to the medical office.
4. Discuss patient rights and responsibilities, DNR, Living Wills and end of life issues.
5. Create an effective resume and cover letter.
6. Describe the interview process including interview behavior and appearance.

1. Current healthcare legal issues
2. Compliance issues, professional ethics, fraud and abuse
3. Fraudulent claims, bundling and unbundling coding issues
4. Patient rights and responsibilities, DNR, Living Wills and end of life issues
5. Legal consent, informed consent and abandonment
6. HIPAA, Red Flags Rule and OSHA guidelines
7. Job issues

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MIS 105 - Medical Insurance Applications

 
Description
This course is designed to study the post-adjudication claims process including patient liability issues, bankruptcy and estate claims. Emphasis is placed on knowledge and skills essential to problem solving rejected or pended medical claims, false claims and Medicare/Medicaid regulation compliance. Case studies involving the Explanation of Benefits Summary are analyzed. Credit and collection laws as they pertain to patient liability situations will also be addressed. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Examine current healthcare business trends and healthcare systems.
2. Analyze rejected medical insurance claims and effect a solution.
3. Review Explanation of Benefits and formulate an effective appeal for reimbursement.
4. Apply credit and collection laws to patient liability situations.

1. Trends and issues in healthcare delivery systems and reimbursement issues
2. Medical insurance claim monitoring and the adjudication process
3. Explanation of Benefits
4. Credit and collection laws, bankruptcy and estate claims

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MLA 101 - Laboratory Specimen Processing

1. Prepare blood and body fluid specimens for analysis.
2. Prepare reagents, standards and controls.
3. Perform appropriate tests at the medical laboratory assistant level.
4. Identify proper safety practices for infection control.
5. Verify accuracy and report potential pre-analytical errors that may occur during specimen collection, labeling, transporting and processing.

1. Common medical terminology
2. Quality Control
3. Communication
4. Test procedures
5. Specimen accessioning
6. Specimen acceptance and rejection
7. Vital signs
8. HIPAA
9. Professionalism

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MLA 102C - Medical Lab Assistant Externship

 
Description
This course offers practical experience in an affiliated clinical laboratory. Students perform routine specimen processing, accessioning and distribution. Laboratory information systems, communication and skills associated with phlebotomy and vital signs are included. This course is graded on a pass/fail basis. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Verify accuracy of specimen collection and labeling.
2. Verify accuracy of specimen transport and processing.
3. Enter appropriate data into the Laboratory Information System (LIS).
4. Prepare blood and body fluid specimens for analysis.
5. Perform phlebotomy to required standards.

1. Infection control and safety practices
2. HIPAA
3. Quality Control
4. Reagents, standards and controls
5. Laboratory Information System (LIS)
6. Communication
7. Specimen accessioning
8. Appropriate testing in various laboratory departments
9. Professionalism

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MLT 111 - Clinical Laboratory Techniques 1

 
Description
This course is an orientation to general laboratory practice, laboratory safety, venipuncture, capillary puncture and clinical urinalysis. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Perform capillary puncture and explain the technique concept.
2. Perform venipuncture and explain the technique concept.
3. Perform all urinalysis laboratory test procedures with results and control values within acceptable manufacturer’s limits.
4. Identify the importance of clinical urinalysis.
5. Identify the importance of clinical phlebotomy.

1. General laboratory safety and infection control in the clinical lab
2. Controls, reference specimens and quality control
3. Specimen collection and handling
4. Capillary puncture
5. Venipuncture
6. Urinalysis
7. Professionalism

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MLT 112 - Clinical Laboratory Techniques 2

 
Description
This course is an introduction to immunology (serology). Emphasis will be on normal and abnormal immune responses and how they are manifested in laboratory tests. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Identify the principles of the immune system including immunoglobulins.
2. Differentiate the types of immunity and Antigen-Antibody reactions.
3. Explain hypersensitivity.
4. Distinguish between the roles of B Lymphocytes, T Lymphocytes and Natural Killer Lymphocytes.
5. Explain various immunology and serology testing principles and procedures.

1. Immunity
2. Body’s lines of defense
3. Different types of antigens and immunoglobulins
4. Complement
5. Routine vaccinations
6. Hypersensitivity and anaphylactic response
7. Professionalism

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MLT 151 - Clinical Microbiology 1

 
Description
This course focuses on the identification of parasites and fungi (pathogens and common non-pathogens associated with human disease). This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Identify parasites of clinical importance.
2. Identify fungi of clinical importance.
3. Demonstrate proficiency in all laboratory exercises by correct identification of organisms.
4. Explain and discuss aspects of clinical microbiology as it relates to parasites and fungi.
5. Discuss clinical importance of pathogenic parasites and fungi.

1. Classification of parasites and host/parasite relationship
2. Collection and processing of specimens
3. Protozoa
4. Digenea
5. Cestoda
6. Nematoda
7. Arthropoda
8. Fungal contaminants
9. Yeast
10. Dermatophytes and superficial fungi
11. Subcutaneous and dimorphic fungi
12. Professionalism

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MLT 152 - Clinical Microbiology 2

 
Description
This course focuses on the isolation and identification of microorganisms causing disease (pathogens). Topics include microbes, specimen collection, normal flora, characterization of specific pathogens, biochemical tests, susceptibility testing and determining the pathogenicity of organisms. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Outline the basic concepts of general microbiology.
2. Perform tests and identify clinically important bacteria.
3. Explain the clinical importance of pathogenic microbes.
4. Identify organisms in all laboratory exercises.
5. Explain the importance of clinical microbiology.

1. General microbiology, bacterial cell structure, metabolism and physiology
2. Infectious disease process
3. Normal flora and quality control
4. Safety in the microbiology laboratory, infection control
5. Pathogenic bacteria
6. Collection of specimens and susceptibility testing
7. Miscellaneous organisms
8. Professionalism

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MLT 161 - Clinical Instrumentation and Clinical Chemistry 1

 
Description
This course covers quality control in the laboratory, the pathophysiology of disease of major body systems, body fluids, organic derivatives and clinical chemistry techniques. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Explain the principles and procedures in Clinical Chemistry to include: Quality Control, automation and instrumentation, electrolytes, acid-base physiology and trace elements.
2. Assess the relationship among the laboratory procedures, results, chemical reactions, chemical reagents, normal and abnormal results, diagnostic values of laboratory tests and the physiological changes in the patient.
3. Compare the unique chemical and physical properties of the major organic derivatives and identify functional organic groups.
4. Explain the testing of various body fluids.
5. Relate the principles of quality control and statistics to the laboratory.

1. Laboratory safety
2. Quality control, normal ranges and values
3. Spectrophometry and laboratory analyzers
4. Analytical error
5. Atomic absorption
6. Fluorometric procedures
7. Potentiometric measurement systems
8. RIA
9. Fluid balance and electrolytes
10. Chemistry departments
11. Professionalism

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MLT 162 - Clinical Chemistry 2

 
Description
This course is a continuation of Clinical Instrumentation and Clinical Chemistry 1 (MLT 161 ). Topics include electrophoresis and errors in biochemical metabolism with an emphasis on clinical assays for proteins, carbohydrates, lipids and toxins. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. List and identify the trace elements and their importance to homeostasis and the classification of toxic materials and the analysis of each.
2. Compare protein and amino acid structures, functions, classification, methods of analysis and clinical usage of enzymes; non protein nitrogen products and their fluctuations in disease states.
3. Compare and contrast the functions of the liver and the disease states of the liver; carbohydrate utilization, analysis and disease states; enzyme function, analysis and disease states.
4. Explain the endocrine system including the importance of hormones in homeostasis and disease states.
5. Compare lipid structure, metabolism, function and methods of analysis.

1. Laboratory safety
2. Inorganic compounds
3. Animo acids and proteins
4. Enzymes
5. Liver metabolism
6. Glucose
7. Lipids
8. Pharmakinetics
9. Professionalism

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MLT 220 - Clinical Hematology

 
Description
This course focuses on the formation and maturation of blood cells, hemostasis, laboratory hematologic techniques and hematologic disorders. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Explain and discuss hematology topics presented in lecture and lab.
2. List normal values and units of measurement for procedures studied.
3. Explain the operation and functions of hematology analyzers discussed in class.
4. Perform lab tests utilizing controls, references and unknown specimens.
5. Explain the effects of medications, specimen collection and handling on lab test results.

1. Components of blood
2. Erythrocyte morphology, metabolism and tests
3. Hemoglobin and hematocrit
4. Erythrocyte disorders
5. Automated hematology instrumentation
6. Leukocyte morphology, metabolism and tests
7. Leukocyte disorders
8. Myeloproliferative and myelodysplastic disorders
9. Hemostasis
10. Hemostasis disorders
11. Professionalism

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MLT 225 - Clinical Immunohematology

 
Description
This course covers transfusion medicine. Topics include the human blood groups, compatibility testing and blood component therapy. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Perform front and reverse ABO typings on blood and interpret the results within AABB standards.
2. Perform Rh typings on blood and interpret the results within AABB standards.
3. Perform direct antiglobulin testing. Distinguish between monospecific and polyspecific antiglobulin sera. Discuss principles, applications and sources of error.
4. Perform antibody screening within AABB standards. Explain the purpose, principles and sources of error.
5. Define compatibility testing (cross matching). Perform a major cross match.

1. Hazards and safety in the blood bank
2. Blood bank genetics
3. ABO groups
4. Rh groups
5. Miscellaneous blood groups
6. HDN
7. Donor selection and transfusion therapy
8. Compatibility testing
9. Professionalism

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MLT 250 - Clinical Laboratory Seminar

1. Demonstrate knowledge of the medical laboratory gained through guest speakers and analyze various roles of the MLT through role play.
2. Explain and differentiate the various roles of the medical profession gained through guest speakers and other media.
3. Present clinical reports on updated material.
4. Explain professionalism, ethics, hospital organization, certification and other areas pertinent to the profession.
5. Support the role of the clinical laboratory within the health system.

1. How to meet customer/patient needs by the highest quality methods
2. The four rules of perfecting patient care
3. PRHI as a resource in the local/regional healthcare community
4. The 5S system
5. 4M’s (mankind, machine, materials and methods) in producing customers/patients needs in laboratory testing
6. Ethical decisions, professionalism
7. Legal issues
8. HIPAA
9. Interviews and resumes
10. Staying current in the field of laboratory medicine
11. Technical training methodologies

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MLT 251C - Clinical Laboratory Externship

1. Correlate didactic and classroom laboratory experience with actual clinical work.
2. Perform tests and identify clinically important results under the supervision of externship preceptors.
3. Explain and correlate the importance of normal and abnormal lab results with externship preceptor.
4. Interact professionally with hospitalized patients and outpatients.
5. Correlate abnormal laboratory results with clinical pathological signs and symptoms.
6. Perform test procedures with results and control values within acceptable manufacturer’s limits.
7. Exhibit professionalism, ethical behavior and responsibility to the patient and the profession.

1. Hematology
2. Immunohematology (blood bank)
3. Immunology (serology)
4. Microbiology
5. Urinalysis
6. Chemistry
7. Phlebotomy

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MDR 100 - Introduction to Health Data Content & Structure

 
Description
This course presents an introduction to the health information management profession and the health record. Some of the topics included are health data structure, content and standards; health information department functions; healthcare delivery systems; and data storage, retrieval and retention. Information presented will include paper, hybrid and electronic health records. This course requires a per credit health career fee; check the tuition and fee schedule for the current rate.

1. Explain the roles and functions of a health information management (HIM) department and HIM professionals.
2. Differentiate the roles of the various providers and disciplines throughout the continuum of healthcare services.
3. Identify the purpose, use and documentation requirements for customary reports contained within the health record.
4. Verify timeliness, completeness, accuracy and appropriateness of health data in the patient record.
5. Examine and develop health record data collection tools.
6. Determine storage, retention and destruction policies for health information.

1. Introduction to the HIM profession and HIM functions
2. Healthcare delivery systems
3. Purpose, function and users of the health record
4. Content, structure and standards of the health record
5. Health record data collection tools
6. Document archival, retrieval and imaging systems
7. Emerging technologies and initiatives in the HIM field

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MDR 102 - Inpatient Clinical Coding & Secondary Records

 
Description
This course includes the historical development of medical nomenclatures and clinical classification systems and their use in healthcare documentation, statistics, research, education and financial reimbursement through the prospective payment system. The International Classification of Diseases (ICD) classification system in the inpatient setting is emphasized. Secondary databases such as patient registries and clinical indices are presented as data sources in the health care setting. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Apply diagnosis and procedure codes using the ICD classification system.
2. Utilize current regulations and established guidelines in code assignments.
3. Validate coding and sequencing accuracy using clinical information found in the health record.
4. Determine accuracy of diagnostic groupings such as Diagnosis-Related Groups (DRG) in the prospective payment system.
5. Use and maintain electronic applications and work processes to support clinical classification and coding.
6. Collect and maintain secondary databases to meet specific organization needs such as clinical indices and patient registries used in medical research.

1. Medical nomenclatures
2. Clinical classification systems
3. Inpatient clinical coding with the international classification of diseases
4. Diagnosis related group assignment
5. Secondary databases

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MDR 103 - Healthcare Statistics

 
Description
This course will present an introduction to the basic and most frequently used health care statistics. Students will learn terms, definitions and formulas used in computing health care statistics. Other topics inlude data presentation, report generation and information on the collection, preparation and use of vital statistics. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Comprehend basic descriptive statistics.
2. Calculate and interpret basic healthcare institutional statistics.
3. Prepare vital records such as birth, death and fetal death certificates.
4. Collect, organize and present healthcare data.
5. Use common software packages for data presentation.

1. Healthcare institutional statistics
2. Descriptive statistics
3. Vital statistics
4. Data presentation

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MDR 202C - Health Information Technology Direct Practice 1

1. Analyze health records to verify the timeliness, completeness, accuracy and appropriateness of documentation.
2. Collect and report data on incomplete records and timeliness of record completion.
3. Abstract and maintain data for clinical indicies, databases and registries.
4. Apply diagnosis/procedure codes adhering to current regulations and established guidelines.
5. Apply policy and procedures for optimizing and assigning the appropriate DRGs for hospital reimbursement.
6. Use appropriate manual, electronic or imaging technology for data storage and retrieval.
7. Apply policies and procedures for access and disclosure of health information.
8. Apply confidentiality and security measures to protect health information.

1. Record analysis
2. Record abstracting
3. Inpatient coding and diagnosis related group assignment
4. Patient registries (cancer, trauma, etc.)
5. Data storage and retrieval
6. Confidentiality, security and release of health information

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MDR 203C - Health Information Technology Directed Practice 2

 
Description
This course is designed to provide experience in the field of health information in health care facilities and in a simulated laboratory setting. Analyzing, coding, abstracting and patient registries are re-emphasized. The planning and organizing aspects of the Health Information Management Department are experienced during the time of these practice sessions. Students are responsible for providing and paying for transportation to all clinical sites as well as all other related costs. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Analyze health records to verify the timeliness, completeness, accuracy and appropriateness of documentation.
2. Abstract and maintain data for clinical indices, databases and registries.
3. Apply diagnosis/procedure codes adhering to current regulations and established guidelines.
4. Apply policies and procedures for optimizing and assigning the appropriate Diagnosis-Related Groups (DRGs) and Ambulatory Payment Classifications (APCs) for hospital reimbursement.

1. Record analysis
2. Record abstracting and data reporting
3. Inpatient coding and DRG assignment
4. Outpatient coding and ambulatory payment classification assignment
5. Patient registries (cancer, trauma, etc.)

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MDR 206 - Legal Aspects of Health Information

 
Description
This course presents a comprehensive study of the legal aspects of health records and health information. Topics include an introduction to the fundamentals of law and the U.S. legal system; health information laws and regulations; confidentiality, privacy and security concepts; release of information policies and procedures; and ethical issues in health information management. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Explain the federal and state court systems and the legal process.
2. Identify legal issues related to ownership, control and confidentiality of health information.
3. Apply policies and procedures with regard to access, requests and disclosure of health information.
4. Identify administrative, physical and technical safeguards that ensure health data and system security.
5. Recognize core health information ethical problems including those related to privacy and confidentiality; compliance, fraud and abuse; Electronic Health Record (EHR) systems; and medical identity theft.

1. Legislative and regulatory processes
2. Health information/record laws and regulations (HIPAA, ARRA, etc.)
3. Confidentiality and privacy policies, procedures and monitoring
4. Data integrity and security processes and monitoring
5. Release of information policies and procedures
6. Ethical issues in health information management

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MDR 207 - Clinical Quality Improvement, Regulatory Agencies & Specialty Facilities

 
Description
This course presents a comprehensive study of the hospital-wide clinical quality improvement program, external regulatory agencies and health information requirements in the non-acute care setting. Topics include the organization and credentialing of the medical staff, as well as the clinical quality assessment, utilization management and risk management processes; accrediting, approving, licensing and certifying agencies that regulate health care; and non-acute care facilities, such as long-term care, ambulatory care and behavioral health care with their organizational characteristics, functions and health information requirements. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. List the quality improvement tools and techniques used to monitor, report and improve patient care processes.
2. Collect, organize and present data for the facility-wide quality management, utilization management, risk management and other patient care related studies.
3. Analyze clinical data to identify trends that demonstrate quality, safety and effectiveness of healthcare.
4. List mechanisms by which the medical staff reviews, evaluates and monitors medical staff functions and practices.
5. Identify the current laws, accreditation, licensure and certification standards related to health information requirements.
6. Apply policies and procedures to ensure organizational compliance with external regulations and standards.
7. List the organizational characteristics, functions and health information requirements for non-acute care facilities.
8. Differentiate the roles of various providers and disciplines throughout the continuum of healthcare.

1. Quality improvement tools
2. Medical staff credentialing
3. Clinical quality assessment
4. Utilization management
5. Risk management
6. Regulatory agencies in healthcare
7. Non-acute care facilities in the healthcare community

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MDR 208 - Health Information Management

 
Description
This course provides the health information technology student with management principles necessary for entry-level employment as a health information supervisor. In addition to general management topics such as communication and interpersonal skills; teams and committees; leadership concepts and techniques; and labor laws, much of the course is devoted to specific health information management topics. These include health information work flow and process monitors; plans and budgets and developing orientation, in-service and continuing education programs for healthcare employees. The student will also spend time sharing and evaluating specific management-related experiences learned during their professional practice at area healthcare facilities. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Explain the function of common management tools.
2. Identify the traits related to leadership effectiveness.
3. Articulate the benefits of teamwork and committees and identify the steps in creating an effective team.
4. Develop position descriptions, performance standards, staffing structures and work schedules for use as tools in human resource management.
5. Prepare and conduct appropriate orientation, in-service and training programs for various healthcare employees.
6. Explain the components of operational and capital budgets and describe the financial management functions of HIM professionals.

1. Organizational tools such as policies, procedures, organization charts
2. Leadership traits and functions
3. Roles, function and benefits of teams and committees
4. Communication and interpersonal skills
5. Staffing, recruitment, orientation, training and retention
6. Workflow and process monitors
7. Organizational plans, budgets and resource allocation
8. Human resource labor laws and regulations

Course and Section Search

MDR 210 - Ambulatory Care Clinical Coding & Reimbursement Systems

 
Description
This course includes a comprehensive study of the International Classification of Diseases (ICD) and Common Procedural Terminology (CPT) classification systems used in the ambulatory care setting. Payment and reimbursement methods such as the prospective payment system and managed care as well as billing and insurance procedures will be presented. The relationship between coding practice and corporate compliance will be emphasized. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.

1. Apply diagnoses and procedure codes using the ICD coding system and procedure codes using the CPT/Healthcare Common Procedure Coding System (HCPCS) coding systems.
2. Utilize current regulations and established guidelines in code assignments.
3. Validate coding and sequencing accuracy using clinical information found in the health record.
4. Determine accuracy of diagnostic and procedural groupings such as Ambulatory Payment Classifications.
5. Resolve discrepancies between coded data and supporting documentation.
6. Use and maintain electronic applications and work processes to support clinical classification and coding.
7. Determine accurate billing through coding, chargemaster, claims management and bill reconciliation processes.
8. Apply policies and procedures to comply with the changing regulations among various payment systems for healthcare services.
9. Perform data quality reviews to validate code assignment and coding compliance with reporting requirements.

1. Ambulatory care clinical coding with the International Classification of Diseases
2. Ambulatory care clinical coding with the Current Procedural Terminology
3. Ambulatory payment classification assignment
4. Healthcare reimbursement systems and methodologies
5. Coding and corporate compliance

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MIT 103 - Fundamentals of Microprocessors

1. Describe logical and indexing operators.
2. Analyze simple input and output (I/O) programs to control devices connected to microprocessors.
3. Apply structured programming techniques to plan programs.
4. Employ teamwork and leadership best practices in laboratory environments.
5. Document programming projects.
6. Develop programs using the two-pass assembly process.
7. Design and test software and systems.

1. Operating systems and environments
2. STAR environment
3. Use of subroutines
4. Math functions
5. I/O techniques
6. Two-pass assembler
7. Logical operators
8. Indexing operations
9. Project development

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MIT 104 - Introduction to Microcontrollers

 
Description
This course introduces students to embedded systems, their interfaces and how they apply to business practices. Students will troubleshoot for problems caused by microcontrollers and circuits in a hands-on lab environment. The course covers the architecture of the microcontroller, serial communications, simple process control and Input/Output (I/O) ports to a circuit. The I/O may include Analog-to-Digital (A/D) converters, sensors, Light Emitting Diodes (LEDs) and motors.

1. Define the architecture of microcontrollers.
2. Explain how the microcontroller works.
3. Troubleshoot problems in the microcontroller system and trace them to the source.
4. Recognize how microcontrollers function.
5. Utilize datasheets to search information.
6. Identify digital and analog inputs and outputs.
7. Develop digital-to-analog converter (DAC) circuits between microcontrollers.
8. Apply motor systems through microcontrollers.

1. Motor control basics
2. Assembly language programming
3. Control flow-loop, jump, call instructions
4. Programming in C
5. Timer and timer-based scheduling
6. Interrupt service routing
7. I/O Port Programming-Serial Communication
8. Serial Peripheral Interface (SPI)
9. Memory structure, bootup from Programmable Read-Only Memory (PROM)
10. ADC, DAC sensor interfacing
11. Step motor control
12. DC motor control
13. Proportional-Integral-Derivative (PID) controllers

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MIT 107 - Electronic Fabrication

1. Identify all electronic components needed for projects.
2. Use various electronic drafting techniques.
3. Follow Inter-Process Communication (IPC) standards for soldering and inspection of soldering.
4. Identify components and place them in a circuit using direction, simpleness of circuit and viewability.
5. Improve basic soldering and desoldering skills.
6. Build a through-hole project.
7. Conduct surface-mount soldering.

1. Introduction to soldering
2. Component reading
3. Schematic symbols
4. Safety
5. Basic soldering skills

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MIT 110 - Engineering Circuits 1

 
Description
This course prepares students in electrical circuits analysis. Emphasis is on direct current systems. Topics include Kirchhoff’s laws, Thevinin’s theorem, Norton’s theorem, network equations, induction, capacitance and resistor-capacitor (RC) transients.

1. Apply electronic workbench software to experiments in the laboratory to measure DC values and compare them with calculated values.
2. Describe resistance and resistivity of materials used in electrical circuits.
3. Solve multi-loop circuits by applying network theorems.
4. Calculate the Thevinin’s voltage and resistance for the Thevinin equivalent circuit for any complex DC circuit and determine the maximum power delivered to a load.
5. Examine the behavior of transient RC circuits for both transient and steady-state analysis.
6. Utilize computer spreadsheets and obtain computer plots of functions.
7. Assess back-up materials for subsequent electrical engineering courses employing DC circuit analysis in design.

1. Units of measurement
2. Current and voltage
3. Resistance and conductance
4. Ohm’s law, power and energy
5. Series circuits
6. Parallel and series-parallel circuits
7. Methods of analysis
8. Network theorems
9. Capacitors

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MIT 208 - Digital Electronics

 
Description
This course will present the simple definition of truth tables for AND and OR logic types. The course proceeds through more complicated logic elements such as flip flops, adders, counters, random access and field programmable memories.

1. Describe basic operation logic gates and their applications.
2. Employ logic probes and logic pulsers in troubleshooting.
3. Operate multi-channel oscilloscopes to analyze timing in digital circuits.
4. Recognize flip flops as frequency division and counting circuits.
5. Analyze the operation of a frequency counter and a digital clock.
6. Convert decimal numbers to binary, octal, hexadecimal and other bases by repeated methods of division.
7. Design logic circuits as a security system for buildings or warehouses.
8. Apply multisim software to obtain timing diagrams for digital circuits or measuring frequency and duty cycle of square waves.

1. Logic types
2. Gates
3. Boolean algebra
4. Combinational logic
5. Multivibrators
6. Flip flops
7. Applications

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MIT 210 - Electrical Engineering Circuits 2

 
Description
This course is a continuation of basic circuit analysis. Emphasis is on alternating current circuits. Topics include effective values, power factors, resistor capacitor (RC), resistor inductor circuits (RL), inductance and capacitance (RLC) circuit filters, multisource mesh and nodal analysis, transformer action, resonance andinductance. Computer analysis of circuit problems is covered.

1. Define time constant of an RC circuit, transient and steady-state analysis, complex impedance of RC, RL and RLC and of parallel and series-parallel circuits.
2. Calculate total circuit impedance, total and branch currents in a series-parallel alternating current (AC) circuit and leading or lagging power factors.
3. Apply software to measure total current and its phase angle to compare the measured values with calculated values.
4. Solve multi-loop circuits by applying network theorems.
5. Analyze complex AC circuits to determine the maximum power delivered to a load.
6. Produce graphs by using computer spreadsheets.
7. Assess measured and calculated values of series and parallel RLC AC circuits.
8. Employ the oscilloscope instrument to measure phase angle for output voltage of a series RLC AC circuit.

1. Inductors
2. Sinusoidal alternating waveforms
3. Complex numbers and forms
4. Basic elements of phasors
5. Series, parallel and series/parallel circuits
6. Method of analysis
7. Network theorems
8. Resonance
9. Decibel, filters and bode plots
10. Magnetic circuits

Course and Section Search

MIT 240 - Scientific & Industrial Instrumentation

 
Description
This course presents techniques of measuring physical quantities through electronic transducers. Electronic circuits used to convert these signals to appropriate voltages are presented. Techniques for electronic signals to control physical systems through both analog and digital computers are also covered.

1. Explain and troubleshoot basic process control loops, identifying dynamic variable, measurement process, controllers, final control elements and processes.
2. Apply principles of physics and basic electronics to explain the representation of physical quantities of voltage.
3. Select and apply correct thermal sensors for defined situations.
4. Develop transfer function equations for signal input or output and draw electronic circuits.
5. Select appropriate computer tools to calculate, graph and report process information.
6. Analyze and use Analog to Digital (ADC) and Digital to Analog (DAC) circuits.
7. Use thermal sensors such as thermocouples, thermistors, resistance/temperature detectors and mechanical systems.

1. Process control principles
2. Analog signal conditioning
3. Digital signal conditioning
4. Thermal sensors
5. Final control elements
6. Controller principles

Course and Section Search

MMC 111 - Developing Images for the Web

1. Acquire images for web pages.
2. Create images specified by potential clients.
3. Produce multiple images from one image and save in HTML format.
4. Create HTML5 slideshows and sliding galleries.
5. Identify proper file formats for saving images for use in web-based presentations.

1. Preparing images for web pages
2. Preparing images for video
3. Navigation and measurement systems
4. Image tools
5. Non-destructive editing
6. Creating banners
7. Creating HTML5 slide shows
8. Creating scrolling galleries
9. Creating image maps
10. Adding text to images
11. Designing for the web
12. Proper resolutions, screen resolutions, line resolutions
13. Photoshop
14. Google Analytics
15. Hubspot

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MMC 112 - Audio and Video for the Web

1. Make effective decisions related to digital audio and video information environments.
2. Develop digital audio and video information collections.
3. Organize digital audio and video information for the web.
4. Evaluate audio and video information resources.
5. Apply techniques for sharing and disseminating audio and visual elements.
6. Recognize the role of remote video conferencing, streaming media and emerging technologies.

1. Exploring the workspace
2. Sound
3. Capturing and editing audio
4. Multi-track files
5. Working with scores
6. Importing assets
7. Capturing video
8. Organizing a storyboard
9. Working with timelines
10. Video transitions
11. Keyframes
12. Exporting a video for the web
13. Optimal compression for the web
14. Exporting audio and video for the web

Course and Section Search

MMC 150 - Interactive Front-End Development

 
Description
This course introduces students to interactive web development practices. Students will develop and design their own interactive web layouts utilizing current web development languages and practices. Through this, students will create their own interactive web media pieces that are responsive and multi-platform. 

1. Apply interactive front-end languages to instigate user interactivity.
2. Create scripts, dialog boxes, confirm boxes, prompt boxes, framesets and frames.
3. Examine different types of variables, operators and data types.
4. Apply logical and conditional operators, functions and objects.
5. Demonstrate troubleshooting techniques.
6. Examine the properties of document objects, form objects, string objects, date and math objects.
7. Demonstrate the ability to correct data entry errors, detect browsers and platforms, and validate forms.

1. Script structure and implementation
2. Building blocks, data types, literals and variables
3. Dialog boxes
4. Operators
5. Functions
6. Objects
7. Forms and input devices
8. Working with images and links
9. Handling events
10. Data collection and display

• Technological Competence

Course and Section Search

MMC 160 - Game Design and Layout

 
Description
This course introduces concepts and system of game design, including character, aesthetics, story, technology, structured conflict, resolution and outcome. Students examine the areas of the video game industry and prepare industry standard documentations for the phases of game development. Students also examine the different forms of how games are used in different industries and develop an understanding of current frameworks and practices in game design and development.

1. Illustrate the four elements of game design: mechanics, story, aesthetics and technology.
2. Demonstrate an understanding of the video game industry.
3. Develop a story line considering the different game genres.
4. Utilize psychographics in the development of game narrative and scripts.
5. Apply the concepts of flow and rules in game development.
6. Create documentation and concepts sketches for video games.

1. Video game industry history
2. Game industry jobs and practices
3. Game documentation design and development
4. Genre and script designs
5. Character types and development
6. Theme, elements and interfaces
7. Game platforms and requirements
8. Game advertising and marketing
9. Ethical and legal considerations of the game industry
10. Portfolio development

• Critical Thinking and Problem Solving
• Culture Society and Citzenship
• Technological Competence

Course and Section Search

MMC 170 - Virtual Design and Simulated Realities

 
Description
Students begin practicing with current virtual realities and elements to create interactive simulated environments using current game engine technologies. During this course, students will practice with hardware and software needed to implement immersive media experiences. Students will also create simulations for gaming, training and environmental experiences to examine the many uses of these emerging media forms.

1. Differentiate between various hardware platforms.
2. Design different genres of immersive realities.
3. Integrate simulation of experiences using current technologies.
4. Apply interactive techniques to game technologies.
5. Integrate multiple software packages for pipeline development.
6. Create multi-industry based designs for portfolio demonstrations.

1. Integrated Development Environments (IDEs)
2. Content pipelining
3. Head mounted displays
4. Mobile and console displays
5. Actors and Artificial Intelligence (AI)
6. Inverse kinematics
7. Collision processing
8. Utilization of toolkits and libraries
9. Camera, light and audio implementation
10. Psychology of gameplay
11. User-Interface (UI) design and development

• Critical Thinking and Problem Solving
• Technological Competence

Course and Section Search

MMC 225 - Content Management Systems

 
Description
This course is designed to teach content management systems (CMS) for the publication of web content to web sites. Topics include individual user accounts, administration menus, RSS feeds, customizable layout, flexible account privileges, logging in, blogging systems, creating online forums and modules. Upon completion, students will register and maintain individual user accounts and create a business website or an interactive community website.

1. Explain the difference between the three kinds of CMS applications.
2. Explain why and when WordPress is a good choice for a CMS.
3. Install and configure a WordPress site.
4. Create pages and posts in CMS.
5. Find and use plugins.
6. Manage widgets.
7. Find and install themes.
8. Customize themes.
9. Use documentation on the WordPress Application Programming Interface (API).
10. Use CMS sites in portfolios.

1. Installing CMS on localhost
2. Getting around Wordpress
3. Configure your site
4. HTML/CSS template
5. Images and themes
6. Plugins and widgets
7. Header and footer
8. Dynamic sidebars
9. Page template files

Course and Section Search

MMC 228 - User Experience and Instructional Design

1. Identify the differences between UX and UI design.
2. Identify industry Instructional Design models.
3. Prepare testable tasks for user testing studies.
4. Synthesize data collected from telemetry and analytics of projects.
5. Create user personas for project audiences.
6. Develop user interaction of prototypes.
7. Design and implement a usability test.
8. Create eLearning modules.
9. Apply gamification concepts to learning modules.

1. Instruction Design models
2. User Experience design
3. Scripting and storyboarding
4. Prototyping
5. Target audience and personas
6. Instructional Design software options
7. Usability testing
8. Module development
9. Telemetry
10. eLearning and gamification

• Communication
• Critical Thinking and Problem Solving
• Technological Competence

Course and Section Search

MMC 230 - Self Promotion in a Virtual World

1. Organize previous web pieces into a portfolio format.
2. Employ a variety of presentation techniques to display work.
3. Complete professional quality pieces for the portfolio.
4. Develop a resume according to suggested guidelines.
5. Define the importance and effectiveness of a cover letter.
6. Evaluate online communities and their value in self marketing.
7. Develop an online platform for the display of an individualized portfolio.
8. Utilize social media in self promotion.

1. Purpose of a portfolio
2. Audience
3. Delivery and format
4. Transferring physical media to digital media
5. Optimizing
6. Creating written content
7. Techniques for collecting and preparing the portfolio
8. Specialized portfolio design sites
9. Job postings
10. Online communities
11. Social media
12. LinkedIn, thumbnails, images

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MMC 231 - Web Commerce

 
Description
This course is designed to teach programming skills to create and maintain e-commerce websites utilizing content management systems (CMS), planning site layout and navigation, organizing content, creating sites and linking to databases. Additionally, students will test interactivity and usability, market content and utilize search engine optimization (SEO) for speed and accessibility. Topics include dynamic web pages, server-side development with software such as Hypertext Preprocesser (PHP), Structured Query Language (MySQL) and relevant e-commerce development issues.

1. Define e-commerce.
2. Implement a web marketing plan.
3. Explain the steps required to set up e-commerce websites.
4. Apply principles of effective web design and ongoing site maintenance.
5. Describe e-commerce marketing goals.
6. Create a fully functional website, including an e-commerce site with a product catalog using software applications.
7. Use MySQL and PHP to deliver dynamic web content.
8. Apply SEO techniques to rank high in organic web search results.
9. Recognize search engine marketing (SEM) for paid search efforts.
10. Evaluate a shopping cart provider and set up online payment options.
11. Recognize the legal, ethical and tax issues of payments.

1. Electronic commerce and technology infrastructure
2. Selling and marketing on the web
3. eCommerce Environment: Legal, ethical and tax issues
4. Web marketing goals
5. Online product promotion
6. Site usability
7. SEO
8. Customer relationship management
9. Online catalogs
10. Payment gateways
11. Transaction and web site security
12. Legal and ethical ramifications

Course and Section Search

MMC 250 - Three-Dimensional Design for Gaming

 
Description
In this course, students will create three-dimensional (3D) objects and complex 3D models for animation. Students will utilize gaming software including Blender and Multimedia Fusion in their 3D designs.

1. Draw spines that will create basic geometric shapes using the primitives found in the software.
2. Animate models by using basic keyframing techniques.
3. Render proper settings in gaming software.
4. Interpret 3D views, camera angles and their purpose in 3D environments.
5. Apply basic lighting concepts in 3D gaming software.
6. Explain keyframe animation.
7. Apply basic materials in 3D design models.

1. Spines
2. Animation
3. Lighting for 3D
4. Keyframe animation
5. Working with lights
6. Viewports
7. Interface and tools
8. Working with camera angles in 3D
9. Portfolio development

Course and Section Search

MMC 260 - 3D Modeling Design and Layout

1. Define 3D terminology used with 3D modelling.
2. Identify anatomy of different 3D elements used in modelling.
3. Construct 3D models for different genres of 3D design.
4. Apply textures and materials to self-created models.
5. Build 3D models for different platforms.
6. Prepare UV maps for use on developed 3D models.
7. Produce usable models for everyday needs.
8. Develop 3D renders for portfolio use.

1. 3D elements and terminology
2. 3D workflow
3. Creating and editing polygons
4. Polygon control and subdivision
5. Non-uniform rational basis spline (NURBs) and curves
6. 3D sculpting practices
7. Texture measurements
8. Materials
9. UV mapping

• Critical Thinking and Problem Solving
• Technological Competence

Course and Section Search

MMC 270 - 3D Animation and Design

 
Description
Students continue to build upon the skills developed working with 3D models, materials and renderings to create animated layouts that are used for training, simulation and gaming. This course integrates lighting practices for scene and animation along with animation terminology. Students are also introduced to plugins and preset practices often utilized by 3D programs.

1. Define animation terminology used for 3D animation.
2. Create 3D animated projects using self-created models.
3. Integrate 3D animations into other industry programs.
4. Demonstrate lighting techniques for 3D design.
5. Develop storyboards for camera work in 3D environments.
6. Explain the importance of presets and scripts when working with 3D.
7. Implement rigging practices into 3D animation.
8. Integrate particle and render effects into 3D animation.
9. Create 3D scenes demonstrating lighting techniques and effects.

1. 3D animation terminology
2. Animation practices
3. Rigging
4. Particles and effects
5. Lighting methods
6. Depth maps
7. Camera controls
8. Exporting elements

• Critical Thinking and Problem Solving
• Technological Competence

Course and Section Search

MUS 101 - Introduction to Music

1. Recognize the essential attributes of various genres of music.
2. Identify important composers and compositions by name through listening.
3. Summarize the important developments in music history.
4. Compare and contrast art music, world music and popular music.
5. Distinguish the instrumental timbres of common ensembles.

1. Instrumental timbres
2. Improvisation
3. Western art music
4. World and popular music

Course and Section Search

MUS 105 - Applied Music 1

1. Perform selected pieces or compose and notate original music.
2. Demonstrate vocal, instrumental or composition techniques appropriate to the applicable musical style.
3. Interpret standard music notation.
4. Develop a repertoire for performance.
5. Generate a practice journal.

1. Vocal, instrumental or composition methods
2. Music reading
3. Repertoire development
4. Performance practice

Course and Section Search

MUS 106 - Applied Music 2

 
Description
This course consists of 15 30-minute private music lessons. Students choose from one of three areas of study: vocal, instrumental or composition. Lessons focus on music reading; repertoire development; and vocal, instrumental or composition technique. Applied Music 2 builds upon the skills and techniques developed in Applied Music 1.

1. Perform selected pieces or compose and notate original music.
2. Demonstrate vocal, instrumental or composition techniques appropriate to the applicable musical style.
3. Interpret standard music notation.
4. Develop a repertoire for performance.
5. Generate a practice journal.

1. Vocal, instrumental or composition methods
2. Music reading
3. Repertoire development
4. Performance practice

Course and Section Search

MUS 109 - College Choir 1

1. Perform choral music in concert.
2. Demonstrate vocal techniques appropriate to various musical styles.
3. Develop sight-singing and memorization techniques.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Phonation
2. Articulation
3. Sight singing
4. Performance etiquette
5. Ensemble technique

Course and Section Search

MUS 110 - College Choir 2

 
Description
This course involves the development of choral repertoire and performance technique. It covers a diversity of styles from traditional and contemporary choral literature. Classroom activities focus on music reading, vocal production and ensemble technique as well as the application of self-evaluation and critical listening skills. College Choir 2 builds upon the skills and techniques developed in College Choir 1.

1. Perform choral music in concert.
2. Demonstrate vocal techniques appropriate to various musical styles.
3. Develop sight-singing and memorization techniques.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Phonation
2. Articulation
3. Sight singing
4. Performance etiquette
5. Ensemble technique

Course and Section Search

MUS 113 - Show Choir 1

1. Describe the essential attributes of various musical theatre styles.
2. Demonstrate, in performances, vocal and dance techniques appropriate to various musical theatre styles.
3. Analyze specific vocal and physical challenges in various musical theatre songs and dances.
4. Analyze the similarities and differences between solo and ensemble performance (both singing and dancing).
5. Interpret the text and musical setting of various musical theatre songs.
6. Evaluate performances.

1. Musical theatre repertoire
2. Vocal techniques
3. Dance techniques
4. Solo and ensemble techniques
5. Song interpretation
6. Performance etiquette

Course and Section Search

MUS 114 - Show Choir 2

 
Description
This course comprises the formation of a musical theatre ensemble.  It addresses vocal and dance techniques common in musical theatre repertoire.  Classroom activities include exercises designed to develop students’ vocal and dance skills; song interpretation; solo and ensemble rehearsals; and staged performances.  Show Choir 2 builds upon the skills and techniques developed in Show Choir 1.

1. Describe the essential attributes of various musical theatre styles.
2. Demonstrate, in performances, vocal and dance techniques appropriate to various musical theatre styles.
3. Analyze specific vocal and physical challenges in various musical theatre songs and dances.
4. Analyze the similarities and differences between solo and ensemble performance (both singing and dancing).
5. Interpret the text and musical setting of various musical theatre songs.
6. Evaluate performances.

1. Musical theatre repertoire
2. Vocal techniques
3. Dance techniques
4. Solo and ensemble techniques
5. Song interpretation
6. Performance etiquette

Course and Section Search

MUS 115 - Jazz Ensemble 1

1. Perform jazz arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Develop jazz performance techniques.
4. Perform solo improvisations.
5. Compare various jazz styles.
6. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance practice
4. Jazz styles
5. Ensemble technique

Course and Section Search

MUS 116 - Jazz Ensemble 2

 
Description
This course comprises the formation of a jazz band. It covers a diversity of jazz styles including Latin, blues and swing.  Coursework emphasizes music reading, improvisation, performance practice and ensemble technique. Jazz Ensemble 2 builds upon the skills and techniques developed in Jazz Ensemble 1.

1. Perform jazz arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Develop jazz performance techniques.
4. Perform solo improvisations.
5. Compare various jazz styles.
6. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance practice
4. Jazz styles
5. Ensemble technique

Course and Section Search

MUS 119 - Introduction to Music Technology

1. Explain the development of MIDI and its impact on the music industry. 
2. Identify the utility of specific audio engineering equipment.
3. Operate the hardware and software components of a digital audio workstation.
4. Create musical scores using music notation software.
5. Summarize the theoretical scope and practical application of music technology.

1. MIDI
2. Digital audio workstation
3. Audio editing
4. Sequencing
5. Sound and hearing
6. Score writing

Course and Section Search

MUS 121 - History of Music 1

1. Recite the story of Western music’s origin and development.
2. Demonstrate a learned understanding of a specific facet of Musicology.
3. Synthesize world history with music history.
4. Identify important composers by name through listening.
5. Summarize the important developments in the evolution of musical notation.

1. Music of antiquity
2. The development of notation
3. Medieval music
4. Renaissance music
5. Baroque music

Course and Section Search

MUS 122 - History of Music 2

1. Recite the story of Western music’s continued development.
2. Present a specific facet of musicology.
3. Synthesize world history with music history.
4. Identify important composers by name through listening.
5. Summarize the important developments in the evolution of musical composition.

1. Classical music
2. Composition and form
3. Romantic music
4. Twentieth century music
5. Jazz

Course and Section Search

MUS 126 - Instrumental/Vocal Ensemble 1

1. Perform arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Demonstrate improvisational technique.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance etiquette
4. Ensemble technique

Course and Section Search

MUS 127 - Instrumental/Vocal Ensemble 2

 
Description
This course entails the development of ensemble repertoire and performance technique. It covers a diversity of styles and instrumental configurations. Classroom activites focus on music reading, improvisation and ensemble technique as well as the application of self-evaluation and critical listening skills. Instrumental/Vocal Ensemble 2 builds upon the skills and techniques developed in Instrumental/Vocal Ensemble 1.

1. Perform arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Demonstrate improvisational technique.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance etiquette
4. Ensemble technique

Course and Section Search

MUS 128 - Music Theory and Analysis 1

1. Identify the musical symbols used to indicate pitch in the treble and bass clefs.
2. Identify the musical symbols used to indicate rhythmic patterns in simple meters.
3. Write scales, key signatures, intervals and triads in treble and bass clefs.
4. Compose rhythms in simple meters.
5. Analyze the melodic structure of musical phrases.

1. Treble and bass clefs
2. Scales, keys and intervals
3. Triads
4. Rhythm
5. Simple meters
6. Melodic analysis

Course and Section Search

MUS 129 - Music Theory and Analysis 2

1. Discuss musical concepts using the standard terminology of the Western art music tradition.
2. Demonstrate complete facility in the major and minor system of keys used in the Baroque, Classical and Romantic periods of Western art music.
3. Identify the musical symbols used to indicate pitch in the treble, bass, alto and tenor clefs.
4. Identify the musical symbols used to indicate rhythmic patterns in simple and compound meters.
5. Write intervals, triads and seventh chords.
6. Compose four-part textures that are consistent with the conventions of four-part chorale-style writing.
7. Employ Roman numeral analysis techniques to analyze music from the Baroque, Classical and Romantic eras.
8. Demonstrate a basic working knowledge of jazz/pop harmonic notation.

1. Treble, bass, alto and tenor clefs
2. Intervals, triads and seventh chords
3. Roman numeral analysis
4. Lead sheet notation
5. Part writing
6. Simple and compound meters

Course and Section Search

MUS 130 - Class Voice 1

1. Describe the various aspects of vocal production.
2. Demonstrate, in vocal performances, a use of posture, breath control, vocal placement and articulation consistent with the Bel Canto technique.
3. Analyze specific vocal challenges in various songs.
4. Analyze the relationship between text and music in various songs.
5. Evaluate vocal performances

1. Vocal anatomy
2. Bel Canto technique
3. Phonation
4. Articulation
5. Song interpretation
6. Performance etiquette

Course and Section Search

MUS 131 - Class Voice 2

 
Description
This course builds on the singing skills developed in Class Voice 1. Students rehearse and perform more advanced vocal repertoire from the Western art tradition as they refine their application of the Bel Canto technique of singing. In addition, this course addresses vocal techniques common in musical theatre. Lectures and activities include more advanced exercises designed to develop students’ vocal skills; solo and ensemble rehearsals; and vocal performances representing both classical and musical theatre styles.

1. Describe the essential attributes of the Bel Canto technique.
2. Demonstrate the Bel Canto technique while performing songs at the intermediate level of difficulty.
3. Analyze the similarities and differences between classical and musical theatre vocal styles.
4. Analyze the relationship between text and music in various songs from classical and musical theatre repertoire.
5. Evaluate performances of songs from classical and musical theatre repertoire.

1. Bel Canto technique
2. Musical theatre vocal styles
3. Phonation
4. Articulation
5. Song interpretation
6. Performance etiquette

Course and Section Search

MUS 137 - Musicianship Skills 1

1. Identify scales, intervals, triads and rhythm patterns presented aurally.
2. Sing major and minor scales.
3. Sing melodic intervals.
4. Interpret music in the treble and bass clefs while sight singing melodies.
5. Interpret sound patterns presented aurally while taking melodic and rhythmic dictation in simple meters.

1. Treble and bass clefs
2. Scales, keys and intervals
3. Major and minor modes
4. Triads
5. Rhythm
6. Simple meters
7. Melodic and rhythmic dictation

Course and Section Search

MUS 138 - Musicianship Skills 2

1. Identify the quality of triads and seventh chords presented aurally.
2. Sing triads and seventh chords.
3. Improvise rhythm patterns in simple and compound meters.
4. Interpret music in the treble, bass, alto and tenor clefs while sight singing melodies.
5. Interpret sound patterns presented aurally while taking melodic and rhythmic dictation in simple and compound meters.

1. Treble, bass, alto and tenor clefs
2. Intervals, triads and seventh chords
3. Rhythmic improvisation
4. Simple and compound meters
5. Melodic and rhythmic dictation

Course and Section Search

MUS 140 - Class Guitar 1

1. Apply tuning methods for proper adjustment of the six strings.
2. Compare playing positions of sitting and standing.
3. Design a practice schedule suited for individual progress.
4. Integrate plectrum and fingerstyle technique.
5. Perform from notation and from memory.
6. Demonstrate accompaniment and solo guitar approaches.

1. Holding the guitar
2. Setup and maintenance
3. Plectrum and fingerstyle
4. The treble clef
5. Rhythm
6. First position
7. Scales
8. Accompaniment patterns

Course and Section Search

MUS 141 - Class Guitar 2

 
Description
This course builds upon the skills covered in Class Guitar 1. Students explore various methods for lead and rhythm guitar. Coursework integrates general music theory with basic fretboard technique.

1. Integrate guitar playing with ensemble technique.
2. Develop a set list designed for professional performance.
3. Improvise melodies to chord progressions.
4. Synthesize guitar skills with performance practice.
5. Create accompaniment patterns from lead sheet notation.

1. Scale systems
2. Hybrid picking
3. Lead sheet improvisation
4. Ensemble technique
5. Lead and rhythm guitar
6. Chord melody

Course and Section Search

MUS 160 - American Popular Music

1. Recognize the essential attributes of various American popular music styles.
2. Identify important composers, performers and compositions by name through listening.
3. Summarize important developments in American popular music history.
4. Compare and contrast various genres of American popular music.
5. Synthesize American popular music styles with their socio-cultural context.

1. Folk music
2. Minstrelsy
3. Blues
4. Ragtime
5. Jazz
6. Rock music
7. Country music
8. Musical Theatre
9. Rap/Hip-Hop

Course and Section Search

MUS 170 - Audio Recording 1

1. Explain how the physics of sound relates to audio recording techniques.
2. Demonstrate proper microphone selection and placement for a variety of studio recording scenarios.
3. Experiment with signal processing and mixing techniques.
4. Create audio recordings in a studio environment.
5. Evaluate studio recordings.

1. The physics of sound
2. Analog and digital recording
3. Microphone techniques
4. Signal processing
5. Mixing

Course and Section Search

MUS 171 - Audio Recording 2

 
Description
This course builds upon the recording principles and techniques developed in MUS 170 , Audio Recording 1. It covers advanced signal processing, mixing and mastering techniques. Instruction is combined with practical application in both live and studio recording environments.

1. Explain the relationship between mixing and mastering.
2. Demonstrate proper microphone selection and placement for a variety of live and studio recording scenarios.
3. Experiment with advanced signal processing, mixing and mastering techniques.
4. Create audio recordings in both live and studio environments.
5. Evaluate live and studio recordings.

1. Live and studio recording
2. Microphone techniques
3. Advanced signal processing techniques
4. Advanced mixing techniques
5. Mastering

Course and Section Search

MUS 172 - The Business of Music

1. Summarize the significant changes in the history of the recording industry.
2. Explain the concept of intellectual property as it relates to royalties, copyrights and licensing within the music industry.
3. Examine the relationship between record companies and the artists they represent.
4. Evaluate various business strategies for publishing, marketing and distributing music.
5. Compare various career opportunities within the music industry.

1. Music publishing
2. Intellectual property
3. Artist representation
4. Music marketing
5. Music careers

Course and Section Search

MUS 205 - Applied Music 3

 
Description
This course consists of 15 30-minute private music lessons. Students choose from one of three areas of study: vocal, instrumental or composition. Lessons focus on music reading; repertoire development; and vocal, instrumental or composition technique. Applied Music 3 builds upon the skills and techniques developed in Applied Music 2.

1. Perform selected pieces or compose and notate original music.
2. Demonstrate vocal, instrumental or composition techniques appropriate to the applicable musical style.
3. Interpret standard music notation.
4. Develop a repertoire for performance.
5. Generate a practice journal.

1. Vocal, instrumental or composition methods
2. Music reading
3. Repertoire development
4. Performance practice

Course and Section Search

MUS 206 - Applied Music 4

 
Description
This course consists of 15 30-minute private music lessons. Students choose from one of three areas of study: vocal, instrumental or composition. Lessons focus on music reading; repertoire development; and vocal, instrumental or composition technique. Applied Music 4 builds upon the skills and techniques developed in Applied Music 3.

1. Perform selected pieces or compose and notate original music.
2. Demonstrate vocal, instrumental or composition techniques appropriate to the applicable musical style.
3. Interpret standard music notation.
4. Develop a repertoire for performance.
5. Generate a practice journal.

1. Vocal, instrumental or composition methods
2. Music reading
3. Repertoire development
4. Performance practice

Course and Section Search

MUS 209 - College Choir 3

 
Description
This course involves the development of choral repertoire and performance technique. It covers a diversity of styles from traditional and contemporary choral literature. Classroom activities focus on music reading, vocal production and ensemble technique as well as the application of self-evaluation and critical listening skills. College Choir 3 builds upon the skills and techniques developed in College Choir 2.

1. Perform choral music in concert.
2. Demonstrate vocal techniques appropriate to various musical styles.
3. Develop sight-singing and memorization techniques.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Phonation
2. Articulation
3. Sight singing
4. Performance etiquette
5. Ensemble technique

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MUS 210 - College Choir 4

 
Description
This course involves the development of choral repertoire and performance technique. It covers a diversity of styles from traditional and contemporary choral literature. Classroom activities focus on music reading, vocal production and ensemble technique as well as the application of self-evaluation and critical listening skills. College Choir 4 builds upon the skills and techniques developed in College Choir 3.

1. Perform choral music in concert.
2. Demonstrate vocal techniques appropriate to various musical styles.
3. Develop sight-singing and memorization techniques.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Phonation
2. Articulation
3. Sight singing
4. Performance etiquette
5. Ensemble technique

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MUS 213 - Show Choir 3

 
Description
This course comprises the formation of a musical theatre ensemble.  It addresses vocal and dance techniques common in musical theatre repertoire.  Classroom activities include exercises designed to develop students’ vocal and dance skills; song interpretation; solo and ensemble rehearsals; and staged performances.  Show Choir 3 builds upon the skills and techniques developed in Show Choir 2.

1. Describe the essential attributes of various musical theatre styles.
2. Demonstrate, in performances, vocal and dance techniques appropriate to various musical theatre styles.
3. Analyze specific vocal and physical challenges in various musical theatre songs and dances.
4. Analyze the similarities and differences between solo and ensemble performance (both singing and dancing).
5. Interpret the text and musical setting of various musical theatre songs.
6. Evaluate performances.

1. Musical theatre repertoire
2. Vocal techniques
3. Dance techniques
4. Solo and ensemble techniques
5. Song interpretation
6. Performance etiquette

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MUS 214 - Show Choir 4

 
Description
This course comprises the formation of a musical theatre ensemble.  It addresses vocal and dance techniques common in musical theatre repertoire.  Classroom activities include exercises designed to develop students’ vocal and dance skills; song interpretation; solo and ensemble rehearsals; and staged performances.  Show Choir 4 builds upon the skills and techniques developed in Show Choir 3.

1. Describe the essential attributes of various musical theatre styles.
2. Demonstrate, in performances, vocal and dance techniques appropriate to various musical theatre styles.
3. Analyze specific vocal and physical challenges in various musical theatre songs and dances.
4. Analyze the similarities and differences between solo and ensemble performance (both singing and dancing).
5. Interpret the text and musical setting of various musical theatre songs.
6. Evaluate performances.

1. Musical theatre repertoire
2. Vocal techniques
3. Dance techniques
4. Solo and ensemble techniques
5. Song interpretation
6. Performance etiquette

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MUS 215 - Jazz Ensemble 3

 
Description
This course comprises the formation of a jazz band. It covers a diversity of jazz styles including Latin, blues and swing.  Coursework emphasizes music reading, improvisation, performance practice and ensemble technique. Jazz Ensemble 3 builds upon the skills and techniques developed in Jazz Ensemble 2.

1. Perform jazz arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Develop jazz performance techniques.
4. Perform solo improvisations.
5. Compare various jazz styles.
6. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance practice
4. Jazz styles
5. Ensemble technique

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MUS 216 - Jazz Ensemble 4

 
Description
This course comprises the formation of a jazz band. It covers a diversity of jazz styles including Latin, blues and swing.  Coursework emphasizes music reading, improvisation, performance practice and ensemble technique. Jazz Ensemble 4 builds upon the skills and techniques developed in Jazz Ensemble 3.  

1. Perform jazz arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Develop jazz performance techniques.
4. Perform solo improvisations.
5. Compare various jazz styles.
6. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance practice
4. Jazz styles
5. Ensemble technique

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MUS 221 - Class Piano 1

1. Demonstrate proper piano playing technique.
2. Perform selected major scales.
3. Perform major and minor triads.
4. Interpret music notation in the grand staff.
5. Create harmonic accompaniments using lead sheet notation.
6. Develop sight-reading and memorization techniques.

1. Grand staff
2. Rhythm
3. Major scales
4. Triads
5. Lead sheet notation

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MUS 222 - Class Piano 2

 
Description
This course builds upon the piano skills and concepts covered in Class Piano 1. It covers major and minor scales, chord inversions, dominant seventh chords and cadences. Coursework integrates these music theory concepts with piano keyboard technique.

1. Demonstrate proper piano playing technique.
2. Perform major scales and harmonic minor scales.
3. Perform chord inversions of major and minor triads.
4. Perform dominant seventh chords.
5. Perform cadences in major and minor keys.
6. Interpret music notation in the grand staff.
7. Create multiple accompaniment patterns using lead sheet notation.
8. Develop sight-reading and memorization techniques.

1. Grand staff
2. Major and minor scales
3. Inversions
4. Dominant seventh chords
5. Cadences
6. Lead sheet notation

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MUS 223 - Class Piano 3

 
Description
This course builds upon the piano skills and concepts covered in Class Piano 2. It covers additional types of minor scales, seventh chords and transposition. Coursework integrates these music theory concepts with piano keyboard technique.

1. Demonstrate proper piano playing technique.
2. Perform major scales and all three types of minor scales.
3. Distinguish between different types of seventh chords.
4. Interpret music notation in the grand staff.
5. Create multiple accompaniment patterns using lead sheet notation containing seventh chords.
6. Perform and transpose piano works.

1. Grand staff
2. Major and minor scales
3. Seventh chords
4. Lead sheet notation
5. Transposition

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MUS 224 - Class Piano 4

 
Description
This course builds upon the piano skills and concepts covered in Class Piano 3. It covers diatonic modes, extended chords, melody harmonization and improvisation. Coursework integrates these music theory concepts with piano keyboard technique.

1. Demonstrate proper piano playing technique.
2. Perform major scales, minor scales and diatonic modes.
3. Distinguish between different types of ninth, eleventh and thirteenth chords.
4. Create multiple accompaniment patterns using lead sheet notation containing extended chords.
5. Improvise melodies from given chord progressions.
6. Create harmonic accompaniment from given melodies.

1. Diatonic modes
2. Extended chords
3. Lead sheet notation
4. Improvisation
5. Harmonization

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MUS 226 - Instrumental/Vocal Ensemble 3

 
Description
This course entails the development of ensemble repertoire and performance technique. It covers a diversity of styles and instrumental configurations. Classroom activities focus on music reading, improvisation and ensemble technique as well as the application of self-evaluation and critical listening skills. Instrumental/Vocal Ensemble 3 builds upon the skills and techniques developed in Instrumental/Vocal Ensemble 2.

1. Perform arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Demonstrate improvisational technique.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance etiquette
4. Ensemble technique

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MUS 227 - Instrumental/Vocal Ensemble 4

 
Description
This course entails the development of ensemble repertoire and performance technique. It covers a diversity of styles and instrumental configurations. Classroom activities focus on music reading, improvisation and ensemble technique as well as the application of self-evaluation and critical listening skills. Instrumental/Vocal Ensemble 4 builds upon the skills and techniques developed in Instrumental/Vocal Ensemble 3.

1. Perform arrangements in concert.
2. Arrange instrumental and vocal parts from chord charts.
3. Demonstrate improvisational technique.
4. Develop ensemble performance skills.
5. Evaluate musical performances.

1. Scoring and arranging
2. Improvisation
3. Performance etiquette
4. Ensemble technique

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MUS 228 - Music Theory and Analysis 3

1. Discuss musical concepts using the standard terminology of the Western art music tradition.
2. Distinguish between various types of musical sequences.
3. Summarize the predominant techniques of modulation in Western art music.
4. Analyze musical excerpts from the Baroque, Classical and Romantic periods that contain chromatic elements.
5. Compose four-part chorales that contain chromatic elements.

1. Sequences
2. Modulation
3. Tonicization
4. Modal mixture
5. Chromaticism
6. Chromatic mediants
7. Neapolitan sixth chords
8. Augmented sixth chords

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MUS 229 - Music Theory and Analysis 4

1. Demonstrate competency in musical analysis at multiple levels (i.e., motivic, phrase level and thematic).
2. Employ multiple techniques for music analysis.
3. Evaluate the appropriateness of various analytical techniques for specific musical tasks.
4. Summarize the predominant musical forms of 18th and 19th-century art music.
5. Describe 20th and 21st-century compositional techniques.

1. 18th and 19th-century musical forms
2. 20th and 21st-century techniques
3. Motivic manipulation
4. Phrase rhythm
5. Diatonic modes
6. Non-diatonic scales
7. Syncopation
8. Mixed meters

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MUS 230 - Class Voice 3

 
Description
This course builds on the singing skills developed in Class Voice 2. Students further refine their vocal techniques through rehearsal and performance of classical and musical theatre songs. In addition, this course addresses vocal techniques from various other styles, including jazz, pop, folk, and country. Lectures and activities include exercises designed to address vocal techniques specific to particular musical styles; solo and ensemble rehearsals; and vocal performances representing various musical genres.

1. Recognize the essential attributes of various vocal styles and techniques.
2. Demonstrate, in performance, vocal techniques appropriate to various musical styles.
3. Synthesize vocal styles with their socio-cultural context.
4. Analyze the relationship between text and music in songs from various musical styles.
5. Evaluate performances of songs from various musical styles.

1. Bel Canto technique
2. Musical theatre vocal styles
3. Jazz vocal styles
4. Pop vocal styles
5. Folk vocal styles
6. Country vocal styles
7. Song interpretation
8. Performance etiquette

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MUS 231 - Class Voice 4

 
Description
This course builds on the singing skills developed in Class Voice 3. Students further refine their vocal techniques through rehearsal and performance of songs representing various musical styles, including classical, musical theatre, jazz, pop, folk and country. In addition, this course addresses issues pertaining to repertoire selection, and the differences between solo and ensemble singing. Lectures and activities include exercises designed to address vocal techniques specific to particular solo and ensemble settings; student selection of songs; and rehearsals and performances of solo and ensemble repertoire representing various musical genres.

1. Select vocal repertoire that is appropriate for the individual student.
2. Recognize the essential attributes of various vocal styles and techniques.
3. Demonstrate, in solo and ensemble performances, vocal techniques appropriate to various musical styles.
4. Analyze the similarities and differences between solo and ensemble singing.
5. Analyze the relationship between text and music in solo and ensemble songs from various musical styles.
6. Evaluate performances of solo and ensemble songs from various musical styles.

1. Vocal style
2. Solo and ensemble techniques
3. Repertoire selection
4. Song interpretation
5. Performance etiquette

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MUS 237 - Musicianship Skills 3

1. Interpret music in the treble, bass, alto and tenor clefs while sight singing melodies that contain chromatic elements.
2. Identify musical sequences presented aurally.
3. Interpret sound patterns presented aurally while dictating melodies that contain chromatic elements.
4. Interpret sound patterns presented aurally while taking rhythmic and two-part dictation in simple and compound meters.
5. Evaluate instances when printed notation does not correspond with a given aural example (i.e., error detection).

1. Treble, bass, alto and tenor clefs
2. Sequences
3. Modulation
4. Tonicization
5. Modal mixture
6. Chromaticism
7. Simple and compound meters
8. Melodic, rhythmic and two-part dictation
9. Error detection

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MUS 238 - Musicianship Skills 4

1. Sing diatonic modes.
2. Sing non-diatonic scales.
3. Interpret music in the treble, bass, alto and tenor clefs while sight-singing melodies that contain chromatic elements, diatonic modes, non-diatonic scales, syncopation, mixed meter and borrowed division of the beat.
4. Interpret sound patterns presented aurally while taking rhythmic, melodic, two-part and four-part (harmonic) dictation in simple and compound meters.
5. Identify the large scale form of music presented aurally.

1. 18th and 19th-century musical forms
2. 20th and 21st-century techniques
3. Motivic manipulation
4. Phrase rhythm
5. Diatonic modes
6. Non-diatonic scales
7. Syncopation
8. Mixed meters
9. Melodic, rhythmic, two-part and four-part (harmonic) dictation

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MUS 253 - History of Jazz

1. Recite the narrative of Jazz’s development.
2. Demonstrate an understanding of a specific facet of Jazz history through writing and research.
3. Appraise a Jazz performance through writing.
4. Identify important composers and tunes by name through listening.
5. Summarize the important developments in the evolution of Jazz improvisation.

1. The roots of jazz
2. Improvisation
3. The swing era
4. Modern jazz
5. The avant-garde

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MUS 270 - Electronic and Computer Music

 
Description
This course builds upon the principles and techniques developed in MUS 119 , Introduction to Music Technology. It covers advanced music production skills involving sequencing, editing, signal processing, mixing and sampling. Instruction is combined with practical application on a digital audio workstation.

1. Explain the various components of computer-based music production.
2. Summarize the development of computer-based music and its impact on the music industry.
3. Experiment with advanced electronic music production techniques.
4. Create computer-based music recordings.
5. Evaluate electronic music compositions.

1. Sequencing
2. Editing
3. Signal processing
4. Mixing
5. Synthesizers
6. Virtual instruments
7. Sampling
8. Computer-based music

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MUS 271 - Music and Audio in Media

 
Description
This course provides an overview of the various components of current multimedia production.  It covers editing, importing, embedding and synchronizing audio and video to create integrated multimedia products.  Instruction is combined with practical application on a digital audio workstation.

1. Explain the various components of multimedia integration.
2. Summarize the development of music videos and their impact on the music industry.
3. Experiment with digital image and sound editing.
4. Create multimedia recordings.
5. Evaluate multimedia products.

1. Digital sound editing
2. Digital image editing
3. Importing and embedding
4. Synchronization
5. Multimedia integration

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MUS 272 - Live Sound Reinforcement

1. Explain the interconnectivity of the various components of a live sound reinforcement system.
2. Summarize the practical and acoustical considerations involved in live sound reinforcement.
3. Demonstrate proper selection and placement of microphones, amplifliers, speakers and monitors in a variety of live concert scenarios.
4. Demonstrate proper selection of cabling for various sound reinforcement projects.
5. Experiment with signal processing and mixing techniques in a variety of live concert scenarios.

1. Sound system set up
2. Microphone techniques
3. Signal flow
4. Signal processing
5. Mixing

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NMT 101 - Introduction to Nuclear Medicine Technology

1. Discuss the concept of hospital record confidentiality.
2. Describe the technician’s relationship to the patient and hospital personnel.
3. Summarize the history of nuclear medicine.
4. Describe the field of nuclear medicine.
5. Describe what an NMT does. An acceptable answer shall include both in vivo and in vitro procedures.
6. Explain how radiation safety, radiation biology, radiochemistry, radiopharmacy, clinical nuclear medicine relates to the practice of nuclear medicine technology.
7. Define and discuss the term, “hospital sepsis.”
8. Describe and define emergency complications.
9. Describe and define vital signs.
10. Definition, demonstration and diagnosing cardiopulmonary resuscitation.
11. Procedures for hospital emergencies and natural disasters.

1. Hospital Ethics and Professionalism
2. Nuclear Medicine Technology
3. Hospital Sepsis and Communicable Diseases
4. Hospital Orientation and Nursing Procedures
5. Hospital Employment
    

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NMT 102 - Clinical Nuclear Medicine Technology 1

1. Explain and outline normal and abnormal patterns of radiopharmaceutical distribution for each procedure.
2. Locate and formulate specified data in sample patient charts with sample examination data.
3. List the organs related to each procedure.
4. Explain the anatomy and physiology related to each imaging procedure.
5. List and comprehend the advantages and disadvantages for each procedure as it relates to the patient’s pathology.

1. Cardiovascular procedures
2. Endocrine procedures
3. Skeletal procedures
4. Pulmonary procedures

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NMT 150 - Applied Nuclear Medicine Technology 1

 
Description
This course addresses the types of radiation and their effects on the human body.  The student will study the amounts of radiation from various sources and will learn radiation safety procedures.  This course requires a per credit health career fee; check the tuition and fee schedule for the current rate.

1. List the bioroute of pertechnetate and other radiopharmaceuticals including route of excretion and organ receiving highest radiation dose.
2. Differentiate the different types of radioactive decay, radiation units and the biological effects of radiation.
3. Practice “As Low As Reasonably Achievable” (ALARA) principles by learning how to limit radiation exposure to the patient, public, fellow workers and self.
4. Apply the rules of Nuclear Regulatory Commission (NRC) and Department of Transportation (DOT) regulations to the receipt and disposal of radioactive materials.
5. Perform radioactive dilution and decay calculations using various formulas and graphs.
6. Discuss techniques to obtain and analyze data relative to patient care, including problem solving.

1. Radioactivity
2. Radiation Units
3. Biological Effects of Radiation
4. Sources of Radiation
5. Radiation Protection Guidelines
6. Radiation Shielding and Monitoring
7. Radiopharmaceuticals
8. Nuclear Medicine Math
9. Patient Care

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NMT 151 - Applied Nuclear Medicine Technology 2

 
Description
This course is designed to follow a didactic approach to clinical nuclear medicine technology.  A considerable number of class hours are allotted to the review of concepts in anatomy, physiology, pathology and radiopharmaceuticals as they relate to the clinical procedures outlined in the main topics. This course provides the student with practical knowledge essential to the acquisition of skills in performing nuclear medicine examinations. This course requires a per credit health career fee; check the tuition and fee schedule for the current rate.

1. Obtain pertinent patient history information as needed for the nuclear medicine procedure.
2. Demonstrate the ability to explain the nuclear medicine procedure to the patient.
3. Evaluate patient medical history in preparation for the nuclear medicine procedure to identify any contraindications prior to the procedure.
4. Identify the radiopharmaceutical, dose and route of administration and acquistion parameters for a diagnostic nuclear medicine procedure.
5. Differentiate between normal and abnormal patterns of radiopharmaceutical distribution by analyzing films of nuclear medicine procedures.
6. Demonstrate the ability to quantify radiopharmaceutical distribution through computer analysis, mathematical calculations and graphing.

1. Skeletal Imaging
2. Gastrointestinal Imaging
3. Cardiovascular Imaging
4. Pulmonary Imaging
5. Genitourinary Imaging
6. Central Nervous System Imaging
7. Infection Imaging
8. Thyroid/Endocrine Imaging
9. Therapy Procedures
10. Miscellaneous Procedures

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NMT 160C - Introduction to Applied Nuclear Medicine Practicum

1. Discuss all administrative and nursing procedures.
2. Discuss activities for performing ventilation examinations, blood pool examinations, dynamic cardiopulmonary examinations and cardiac examinations.
3. Discuss activities for performing liver function examinations (Hepatobiliary studies) and pancreas examinations.
4. Discuss activities for performing kidney function studies (renograms) and renal flow studies.
5. Discuss activities for performing salivary gland scan examinations.
6. Discuss activities for performing cisternogram examinations and dynamic brain studies.
7. Discuss activities for performing soft tissue tumor localization examinations and bone marrow examinations.
8. Discuss body composition examinations and all therapeutic procedures.

1. Administrative Procedures
2. Nursing Procedures
3. Cardiovascular/Pulmonary Examinations
4. Gastrointestinal Examinations
5. Renal Examinations
6. Hematological Examinations
7. Endocrine/Exocrine Examinations
8. Neurological Examinations
9. Skeletal and Soft Tissue Examinations
10. Therapeutic Procedures

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NMT 161C - Applied Nuclear Medicine Practicum

1. Assist with radiopharmaceutical administration for various scan procedures.
2. Perform supervised positioning of patients for various scan procedures.
3. Perform supervised calculation and setting of instrument and computer parameters.
4. Assist with discharge of patient from department.

1. Performing Assisted Scan Procedures:

• Pulmonary
• Cardiovascular
• Hematological
• Renal
• Endocrine
• Skeletal
• Pulmonary

Nuclear Medicine. The Requisites. First Edition
Thrall & Ziessman, C. V. Mosby Company, 1995.

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