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2019-2020 Catalog [ARCHIVED CATALOG]
Courses/ Master Syllabi
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Automotive Technology |
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ATE 207 - Advanced Engine Performance Credits: 4 6 Skills Lab Hours
Prerequisites: ATE 245
Description This course covers the terminology, theory and operation of the computerized on-board diagnostic (OBD) system found on current vehicles. Students will apply their knowledge of ignitions, fuels, emissions and engines to diagnose vehicle drivability-related problems. Student will use specific test equipment and procedures to isolate vehicle problems and utilize the chassis dynamometer to complete OBD II monitors and diagnose vehicle faults. The use of hybrid technology to enhance engine performance and economy will be covered. Some course sections will be manufacturer specific. Learning Outcomes Upon successful completion of the course, the student will:
- Use diagnostic equipment to diagnose drivability-related faults.
- Use a five gas emission analyzer as a diagnostic tool.
- Develop, interpret and document the diagnostic process used to repair drivability-related faults.
- Remove and replace failed fuel, emission and ignition components.
- Perform specific OBD II fault diagnosis.
- Use the dynomometer to complete OBD II monitors.
- Explain how hybrid vehicles increase vehicle efficiency.
Listed Topics
- Safety in the shop
- Engine performance diagnostic procedures
- Engine performance diagnostic equipment
- OBD II
- Five gas emission analyzer
- Data stream analysis
- OBD II monitors
- Hybrid vehicle operation
Reference Materials Instructor-approved textbook and materials. Approved By: Johnson, Alex Date Approved: 12/21/2011
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ATE 230 - Engine Performance 1 Credits: 3 4 Skills Lab Hours
Prerequisites: ATE 122 and ATE 131
Description This course provides a study of the conventional, electronic and distributor-less/coil over-plug ignition systems. Students will become acquainted with automotive ignition systems and troubleshoot and/or diagnose ignition problems. An introduction to chassis dynamometer operation and safety will be covered. Emphasis is placed on troubleshooting and the proper use of electronic test equipment. Certain course sections will be manufacturer specific. Learning Outcomes Upon successful completion of the course, the student will:
- Identify ignition-related components.
- Explain various ignition systems.
- Diagnose ignition-related concerns in a lab setting.
- Define on-board diagnostics (OBD) II terminology.
- List the steps required to safely restrain a vehicle on the dynamometer.
- Explain how a dynamometer can be used in diagnosis.
Listed Topics
- Safety
- Manufacturer-specific diagnostic service information
- Ignition-related components
- Primary ignition system
- Secondary ignition system
- Timing controls
- Ignition system diagnosis in lab setting
- OBD II
- Dynamometer safety
- Diagnosis using a dynamomter
Reference Materials Instructor-approved textbook and materials. Approved By: Johnson, Alex Date Approved: 12/21/2011
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ATE 245 - Engine Performance 2 Credits: 4 6 Skills Lab Hours
Prerequisites: ATE 230
Description This course covers, in detail, the theory, operation and diagnosis of computerized fuel injection and emission control systems. The student will verify the operation of fuel and emission control systems utilizing diagnostic test equipment to include a chassis dynamometer. Certain course sections will be manufacturer specific. Learning Outcomes Upon successful completion of the course, the student will:
- Identify inputs used by the engine computer to calculate fuel delivery.
- Prioritize engine computer inputs as they relate to engine operation.
- Explain how fuel adaptive functions of engine computers can be used as diagnostic tools.
- Use a scan tool to analyze engine computer inputs and retrieve diagnostic fault codes.
- Test and verify operations of fuel delivery systems.
- Identify emission control systems and components and explain what emissions they are designed to control.
- Identify engine computer outputs and associate them to correct corresponding inputs.
- Define on-board diagnostics (OBD) II terminology.
- Explain how a dynamometer can be used in diagnosis.
Listed Topics
- Shop safety
- Gasoline
- Fuel pumps
- Tanks/lines/filters
- Fuel injection
- Diagnosis
- Exhaust gas recirculation
- Positive crankcase ventilation
- Secondary air
- Evaporative emission system
- Catalytic converters
- Exhaust gas analysis
- OBD II
- Dynamometer diagnosis
Reference Materials Instructor-approved textbook and materials Approved By: Johnson, Alex Date Approved: 12/21/2011
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ATE 250 - Automotive Internship 1 Credits: 1 400 Cooperative Ed Hours
Prerequisites: ATE 101 and Department Recommendation
Description This internship adds a professional opportunity for “hands on” experience with all the skills and knowledge gained in the Automotive Program courses. Employment with a commercial auto or truck repair business with a minimum of 400 verifiable working hours is required to complete this course. The work hours logged must be in ASE categories A1 through A8. Learning Outcomes Upon successful completion of the course, the student will:
- Complete a co-operative working experience of 400 hours.
- Participate in various aspects of the workplace in order to gain experience and insight into how automotive service centers operate.
- Meet employer expectations by cooperating with fellow employees as measured by a written evaluation form which shall include:
- Quality of work,
- Personal habits,
- Attitude,
- Judgment,
- Initiative,
- Productivity
4. Participate in the diagnosis and repair of vehicles with guidance from the service shop supervisor.
Listed Topics
- The student will have the opportunity to diagnose and repair vehicle concerns with guidance from the service shop supervisor or the employer.
Reference Materials Service information will vary with shop. Approved By: Sutin, Stewart Date Approved: 03/01/2005
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ATE 251 - Automotive Internship 2 Credits: 1 400 Cooperative Ed Hours
Prerequisites: ATE 250 and Department Recommendation.
Description This internship is a continuation of Automotive Internship 1 (ATE 250 ) to further provide students a professional opportunity for “hands on” experience with all the skills and knowledge gained in the Automotive Program courses. Employment with a commercial auto or truck repair business with a minimum of 400 verifiable working hours is required to complete this course. The work hours must be logged in ASE categories A1 through A8. Learning Outcomes Upon successful completion of the course, the student will:
- Complete a co-operative work experience of 400 hours.
- Continue to participate in various aspects of the workplace in order to gain experience and insight into how automotive service centers operate.
- Continue to meet employer expectations by cooperating with fellow employees as measured by a written evaluation form which shall include:
- Quality of work,
- Personal habits,
- Attitude,
- Judgment,
- Initiative,
- Productivity
4. Participate in the diagnosis and repair of vehicles with guidance from the service shop supervisor.
Listed Topics
- The student will continue to have the opportunity to diagnose and repair vehicle concerns with guidance from the service shop supervisor or the employer.
Reference Materials Service information will vary with shop. Approved By: Sutin, Stewart Date Approved: 03/01/2005
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Aviation (Flight) Technology |
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AVT 111 - Flight Theory/Instrument Credits: 3 3 Lecture Hours
Prerequisites: AVT 101 AVT 103 AVT 105
Description This course covers the aeronautical knowledge needed to sit for the Federal Aviation Administration (FAA), Part 141 Instrument Pilot Knowledge exam. Successful completion of this course will authorize the student to sit for the exam. Learning Outcomes Upon successful completion of the course, the student will:
- Discuss principles of attitude instrument flight.
- Review appropriate instrument flight planning and decision-making.
- Demonstrate proper understanding of instrument flight rules.
- Demonstrate proper understanding of visual flight rules.
- Describe proper instrument approach procedures.
Listed Topics
- Principles of instrument flight
- Pre- and post-flight procedures
- Instrument flight environments
- Instrument approaches
- Instrument flight rules (IFR) operational considerations
- Meteorology
- Flight planning
Reference Materials Federal Aviation Regulations (FAR), Aeronautical Information Manual (AIM), instrument flight information charts, current textbook and the internet. Approved By: Bullock, Quintin Date Approved: 05/06/2014
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AVT 116 - Navigation Credits: 3 3 Lecture Hours
Prerequisites: AVT 103
Description This course is a study of air navigation beginning with a review of pilotage and dead reckoning, and continuing through the use of available radio guidance systems, on-board radar, and flight director. Plotters, navigation computers, aerial charts, and FAA publications and manuals are studied. Learning Outcomes Upon successful completion of the course, the student will:
- Demonstrate pilotage and dead-reckoning and VFR flight planning procedures.
- Determine proper electronic navigation principles and procedures.
- Investigate ground based radar navigation and instrument approaches procedures.
- Analyze principles of area navigation, Loran-C, RNAV, GPS and long range over water navigation systems.
- Demonstrate operation of electronic flight, navigation and flight management systems.
Listed Topics
- Pilotage and dead-reckoning
- VFR Flight planning
- Electronic navigation
- Ground based radar navigation
- Instrument approaches
- Principles of area navigation
- Loran-C, RNAV
- GPS
- Long range over water navigation,
- Inertial navigation
- Electronic flight information systems
- Navigation and flight management systems
Reference Materials Aviators Guide to Navigation / D. Clausing , FAR/AIM Approved By: Sutin, Stewart Date Approved: 07/13/2006
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AVT 201 - Aircraft Systems Credits: 3 3 Lecture Hours
Prerequisites: AVT 101
Description This course is a study of the components and operation of the systems of an aircraft, including hydraulic, electrical, fuel, oil, pressurization, mechanicals, anti-icing, and the interrelationship of directional guidance. Also studied are engine/propulsion systems ranging from basic piston engines to sophisticated jet propulsion. Learning Outcomes Upon successful completion of the course, the student will:
- Analyze the physics of aircraft engines, reciprocating/jet engine theory.
- Demonstrate the operational considerations of complex aircraft systems, propeller and governors, fuel systems, turbo-charging, super-charging, and landing gear systems.
- Examine pneumatic and de-ice and rain systems.
- Investigate aircraft structures and flight control systems.
- Demonstrate the concepts and practical application of aircraft weight and balance.
- Explore aircraft inspections and pilot maintenance.
- Demonstrate the concepts Boeing 737 system integration and operation.
Listed Topics
- Physics of aircraft engines
- Reciprocating engine theory
- Lubrication and cooling
- Propellers and governors
- Fuel systems
- Power management
- Turbo charging super charging
- Pressurization systems high altitude operations
- Electrical systems
- Hydraulics and landing gear systems
- Pneumatic and de-icing systems
- Aircraft structures and flight controls
- Weight and balance
- Inspections and pilot maintenance
- Aircraft instrumentation
- 737 Systems introduction
- Aircraft general
- Electrical
- APU/fire/fuel
- Pneumatics air-conditioning/Ice and rain
- Hydraulics/landing gear and brakes
- Emergency equipment
- CRM/QRH/walk around/ checklists
Reference Materials AVT 201 Aircraft Systems 737 study guide. John Hochendoner, FAR /AIM, Aircraft Systems for Pilots, Dale Remer PhD.
Approved By: Sutin, Stewart Date Approved: 07/13/2006
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AVT 215 - Flight/Commercial 2 Credits: 4 2 Lecture Hours 4 Lab Hours
Prerequisites: AVT 205 and AVT 211
Description This course is a continuation of the commercial flight course. It includes the Federal Aviation Administration (FAA) required hours of instruction in a complex aircraft and flight experience including pre and post flight briefings as well as dual and solo flights. A second class medical certificate is required to take this course. For successful completion of the course, the student must successfully pass the FAA Part 141 commercial pilot practical exam. The FAA required minimum flight hours in this course are 60 hours; however, the actual flight hours may vary based on student proficiency. Learning Outcomes Upon successful completion of the course, the student will:
- Execute minimum and maximum performance maneuvers.
- Demonstrate complex aircraft operations.
- Define the operations and limitations of a commercial pilot.
- Pass the FAA Part 141 commercial pilot practical exam.
Listed Topics
- Commercial pilot operations
- Complex aircraft operations
- Maximum performance maneuvers
- Stall/spin awareness
- Commercial maneuvers
Reference Materials Federal Aviation Regulations (FAA), Aeronautical Information Manual (AIM), instrument flight information charts, National Aeronautical Charting Office (NACO) and the Internet. Approved By: Bullock, Quintin Date Approved: 05/06/2014
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AVT 216 - Flight Safety Credits: 3 3 Lecture Hours
Prerequisites: AVT 201 , ENG 101 Co-requisites: AVT 211
Description This is a course in safe flight from proper pre-flight planning through the requirements for accident reports. Sources include the Airman’s Information Manual, FAA Regulations, and FAA-sponsored materials. Learning Outcomes Upon successful completion of the course, the student will:
- Analyze and discuss aviation accident causation.
- Determine corrective actions for pilot training in aircraft accident prevention.
- Explore crew resource management techniques, and demonstrate their use.
- Develop a sample corporate aircraft safety program.
- Dissect and examine air carrier safety programs.
Listed Topics
- Aircraft accidents involving:
- Advisory circulars airworthiness directives
- Student pilot safety
- Solo pilot mishaps
- Fuel planning
- Controlled flight into terrain
- Lost pilot procedures
- VFR emergencies
- IFR emergencies
- Airworthiness directives
- Weather hazards
- Navigational errors
- Aircraft loading /weight and balance
- Midair collisions
2. Crew resource management
3. Advanced decision making techniques
4. Corporate safety programs
5. Air carrier safety operations
Reference Materials Aviation Safety Programs: A Management Handbook: Second Edition Richard H. Wood, FAR/AIM.
Approved By: Sutin, Stewart Date Approved: 07/13/2006
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AVT 217 - Legal Environment of Aviation Credits: 3 3 Lecture Hours
Prerequisites: AVT 101 ENG 101
Description This course is a study of the laws affecting the aviation industry, including administrative agencies, liability, negligence, aircraft accident reporting, airline, and various particular applications. Learning Outcomes Upon successful completion of the course, the student will:
- Discuss the American legal system and the Federal aviation system.
- Analyze and write a research paper detailing aircraft ownership in the United States.
- Analyze and discuss in a research paper the building and certification of experimental aircraft and the FAA regulation regarding experimental aircraft.
- Articulate in writing and through oral examination an overview of the aviation insurance industry and its impact on aircraft ownership and flight training.
- Demonstrate an understanding of FAA enforcement procedures of FA’s as they pertain to Aircraft operations.
- Analyze and write a research paper detailing the principles of negligence liability, product liability, and negligence law.
- Demonstrate knowledge of the FAA’s medical certificate issuance and appeals process.
Listed Topics
- The American legal system
- The Federal Aviation Administration
- Aircraft ownership seminar: guest speaker
- Homebuilt aircraft EAA Pittsburgh Chapter field trip
- Aviation insurance seminar: guest speaker
- FAA enforcement procedures seminar: guest speaker FAA
- Principles of negligence liability seminar: guest speaker
- Particular applications of negligence law
- Product liability
- Medical certificate appeals and special issuance seminar: guest speaker
Reference Materials Aviation Safety Programs: A Management Handbook: Second Edition Richard H. Wood, FAR/AIM Approved By: Sutin, Stewart Date Approved: 07/13/2006
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Barbering |
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Biology |
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BIO 110 - Introduction to Biological Science Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: Eligibility for ENG 100 (or EAL 100 ) and DVS 101 or DVS 103 (or EAL 101 )
Description This course is an introduction to fundamental life processes. Emphasis is on molecular biology that includes the study of micro and macro molecules. Cellular biology is also emphasized including structure, function, reproduction and genetics. This course incorporates an introduction to laboratory skills that includes the scientific method, metric system, and microscopy. Many institutions will accept this course as a science elective for non-biology majors. This course does not satisfy a biology requirement for biology majors. Students who plan on transferring to a four-year institution should consult a transfer counselor Learning Outcomes Upon successful completion of the course, the student will:
- Apply the scientific method to interpret data and solve problems based on evidence.
- Detail atomic structure, types of chemical bonds and the relationship between molecular structure and function.
- Distinguish between the molecular structures for the four categories of biomolecules.
- Demonstrate the proper use of the compound light microscope to visualize cell structure.
- Connect the flow of information in Central Dogma of Biology.
- Compare the individual phases and outcomes of mitosis and meiosis.
- Summarize the major stages of cellular respiration.
- Perform Punnett square analysis to identify variations in the population with respect to genetic disorders.
Listed Topics
- Scientific Method
- Metric system
- Microscopy
- Chemistry of life
- Cell structure and function
- Cellular respiration
- Mitosis and meiosis
Reference Materials Textbooks/materials as required by instructor Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Quantitative and Scientific Reasoning
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BIO 151 - General Biology 1 Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: Eligibility for ENG 101 and MAT 108 ; and BIO 110 or two high school science classes (one a biology with lab) with a grade of C or better in the last five years.
Description This course introduces students to atomic structure, important bioorganic molecules, cellular structure and function, cellular reproduction, genetic principles and biotechnology. Selected topics include an overview of cellular biochemistry, with emphasis on cellular respiration and photosynthesis. The accompanying laboratory program allows students to practice scientific procedures by conducting investigations which are coordinated with lecture topics. This course transfers to most four-year institutions. Students should consult a transfer counselor. Learning Outcomes Upon successful completion of the course, the student will:
- Formulate a hypothesis, make a prediction and design an experiment to test the validity of a hypothesis.
- Explain the structure of an atom, the nature of atomic bonds, and the reactivity of elements.
- List and define the unique characteristics of water that make it essential to life.
- Summarize the structure and characteristics of the four classes of macromolecules necessary for life.
- Summarize the structure and function of the cell, including cell organelles, cell membranes and cellular metabolism.
- Identify the differences between prokaryotic and eukaryotic cells.
- Explain the difference(s) between mitosis and meiosis.
- Explain the structure and function of DNA, including DNA replication, transcription, and translation.
- Explain and apply the principles of Mendelian genetics.
- Apply the principles of biotechnology to explain DNA cloning, genetic engineering and genetic disease testing.
Listed Topics
- Scientific process: solving problems
- Basic chemistry for biology
- Cell structure and function
- Cell division
- Photosynthesis
- Cellular respiration
- Mendelian genetics
- Molecular genetics
- Protein synthesis
- Overview of biotechnology
Reference Materials Textbook and student study guide, laboratory manual, lecture handouts, laboratory models and dissections, specimens, and lecture and laboratory videos. Approved By: Sutin, Stewart Date Approved: 07/13/2006
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BIO 152 - General Biology 2 Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 151
Description In this course there is an emphasis on plants and animals, particularly with regard to evolution, phylogeny and physiology. Darwinian principles of evolution and natural selection are underlying themes throughout the semester. Also included is a study of population genetics and mechanisms of speciation and conservation biology. Students are introduced to the development of organ systems throughout plant and animal groups. The laboratory program presents the domain and kingdom classification systems from the viewpoint of phylogeny and anatomy. Learning Outcomes Upon successful completion of the course, the student will:
- Explain the evidence for Darwinian evolution.
- Explain and apply the mathematical theory of population genetics.
- Explain the scientific theories for the origin of life.
- Identify plant structures and explain their role in plant processes.
- Compare and contrast organ systems throughout animal phyla.
- Identify the main structure and physiological functions of animal organ systems.
- Identify specific organisms within the Domain and Kingdom classifications.
- Explain basic principles of animal behavior.
- Define conservation biology and ecological concepts.
Listed Topics
- Darwin; historical background and evidence for evolution
- Population genetics and speciation
- Origin of life; scientific theories and evidence
- Structure of prokaryotes
- Plant structure and function
- Animal structure and function
- Phylogeny of bacteria, protists, fungi, plants and animals
- Terminology and general concepts of animal behavior
- Conservation biology and ecological concepts
Reference Materials Textbook and student study guide and laboratory manual, lecture handouts, laboratory models and dissection specimens, and lecture and laboratory videos. Approved By: Sutin, Stewart Date Approved: 07/13/2006
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BIO 160 - Introduction to Human Pathology Credits: 3 3 Lecture Hours
Prerequisites: BIO 110 or BIO 151
Description This is a course that introduces students to the major medical and surgical diseases. Basic biological concepts essential to the understanding of diseases and disease processes are stressed. Etiology, diagnoses and stages of the disease process are presented. Learning Outcomes Upon successful completion of the course, the student will:
- Define basic concepts and characteristics of diseases.
- Describe basic procedures used in the diagnosis of diseases.
- Outline cellular response to injury in the body.
- Compare cells and tissues in normal and diseased conditions.
- Describe basic defense mechanisms of the body and immune disorders.
- Relate basic concepts of microbiology with diseases.
- Describe the general nature, course and diagnostic manifestations of major diseases of body systems.
Listed Topics
- General concepts of disease and defining characteristics
- Diagnostic procedures
- Diseases affecting the body as a whole
- Diseases of specific body systems
- Immune system response (non-specific and specific defenses)
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 03/26/2007
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BIO 161 - Anatomy & Physiology 1 Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 110 or BIO 151
Description This is a course in systemic human biology for students in allied health, nursing, physical education and other fields requiring a background in human biology. The focus of the course is normal anatomy and physiology, with reference to pathological situations as appropriate. The course focuses on body organization; tissues; and the integumentary, skeletal-articular, muscular, nervous and the endocrine systems. Learning Outcomes Upon successful completion of the course, the student will:
- Describe the structure and function of the integument, skeletal (articulations), muscular, nervous and endocrine systems.
- Communicate effectively in the medical field using proper anatomical terminology including regional and directional terms.
- Apply the concept of feedback loops in homeostasis under normal conditions and in common clinical disorders.
- Distinguish between major human tissue types according to form, function and location.
- Analyze information utilizing case studies to solve anatomical and physiological problems.
- Demonstrate basic laboratory and microscopic techniques relevant to the field of anatomy and physiology.
Listed Topics
- Homeostasis and anatomical terminology
- Histology
- Integumentary dystem
- Osseous tissue and skeletal system
- Articulations
- Muscular tissue and muscles
- Nervous tissue
- Central nervous system
- Peripheral nervous system
- Sense Organs - general and special
- Autonomic nervous system
- Endocrine system
Reference Materials Textbook/materials as required by instructor Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Communication
- Critical Thinking and Problem Solving
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BIO 162 - Anatomy & Physiology 2 Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 161
Description This is a course in systemic human biology for students in allied health, nursing, physical education and other fields requiring a background in human biology. The focus of the course is normal anatomy and physiology, with reference to pathological situations as appropriate. The course includes the reproductive, circulatory, lymphatic, respiratory, acid-base/fluid/ electrolyte balance, urinary and digestive systems. Learning Outcomes Upon successful completion of the course, the student will:
- Describe the structure and function of the cardiovascular, immune (lymphatic), respiratory, urinary, digestive and reproductive systems.
- Communicate effectively in the medical field using proper anatomical terminology.
- Apply the concept of feedback loops in homeostasis under normal conditions and in common clinical disorders.
- Explain the role of blood in regulation of pressure, fluid, nutrients, wastes, electrolytes and pH balance in the body.
- Analyze information utilizing case studies to solve anatomical and physiological problems.
- Demonstrate basic laboratory and microscopic techniques relevant to the field of anatomy and physiology.
Listed Topics
- Circulatory system: heart, blood vessels, blood
- Lymphatic system and immunity
- Respiratory system
- Acid-Base, fluid, and electrolyte balance
- Respiratory system
- Digestive system
- Reproductive system
Reference Materials Textbook/materials as required by instructor. Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Communication
- Critical Thinking and Problem Solving
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BIO 175 - Microbiology Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 110 or BIO 151
Description This course is a study of the form, function and environment of microorganisms with emphasis on those which are pathogenic. Topics include epidemiology, immunology, genetics and control of microbes. Microbiological techniques such as principles of asepsis, identification of microorganisms, microscopic observation of specimens, staining procedures and cultivation of microbes are included. Learning Outcomes Upon successful completion of the course, the student will:
- Identify, define and use the basic principles of microbiology and recognize the ubiquity of microorganisms.
- Describe and identify and the body’s defenses against infections disease.
- Define, explain and recognize the dynamics of host-pathogen interactions in infectious disease.
- Explain the principles of microbiology used to diagnose, treat, control and prevent infectious disease.
- Demonstrate aseptic technique in lab procedures.
- Operate the microscope in observation of microbes.
- Apply knowledge and principles from lecture to microbial activities observed in laboratory.
Listed Topics
- Scope and history of microbiology
- Characterization and classification of microorganisms
- The prokaryotic cell
- Microbial growth requirements and characteristics
- Methods of studying microorganisms
- Principles of control of microorganisms
- Pathogen characteristics
- Body defenses
- Study of selected human infectious diseases
- Aseptic technique
- Microscopic observation and staining of microorganisms
- Growth and macroscopic characterization of microorganisms
Reference Materials Textbook, laboratory manual and/or handouts, videos, and computer enhancements. Approved By: Johnson, Alex Date Approved: 12/13/2010
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BIO 201 - Botany Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 151
Description This is a course that includes a detailed examination of the plant kingdom with the major concentration on the vascular plants. The major plant divisions are studied with respect to their anatomy, physiology, life cycles, evolution and ecology. A comparison of bacteria, algae, fungi and higher plants is included in the course. Learning Outcomes Upon successful completion of the course, the student will:
- Describe plant evolution emphasizing the relationship between green plants, bacteria, algae and fungi.
- Explain the life cycles of plants within the major divisions.
- Relate anatomical structures with their physiological functions.
- Describe photosynthesis.
- Summarize plant growth, reproduction and development with hormonal interactions.
- List plant nutritional needs.
- Explain plant ecology.
Listed Topics
- Plant evolution
- Plant life cycles
- Plant anatomy and physiology
- Photosynthesis
- Plant growth, reproduction and development
- Plant hormones
- Plant nutritional needs
- Plant ecology
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 03/26/2007
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BIO 207 - Genetics Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 151
Description This is a course which introduces the principles involved in the transmission of inherited characteristics, as revealed by classical and modern investigations. Special concepts include the chromosome theory, cytogenetics and genetic imbalance, mechanisms and significance of DNA mutation and DNA repair, Mendelian and multifactorial inheritance, the chemical structure of genes, applied molecular genetics, gene expression and regulation of gene action. Learning Outcomes Upon successful completion of the course, the student will:
- Explain cell reproduction, including mitosis, meiosis and the cell cycle.
- Apply Mendelian principles to explain single gene inheritance.
- Compare/contrast single gene, polygenic, and multifactorial inheritance.
- Apply mechanisms of inheritance to human genetic traits and disease.
- Explain the structure and function of DNA/RNA.
- Describe the different types of DNA mutation, mutational mechanisms and DNA repair.
- Illustrate the relationship between genetic expression and environmental interactions.
- Describe common principles and procedures related to recombinant DNA technology.
- Employ basic laboratory techniques used in Mendelian and molecular genetics.
- Evaluate the impact of gene therapy and genetic testing on human diseases and disorders.
Listed Topics
- Cell reproduction (cell cycle, mitosis, meiosis)
- Mendel’s principles
- Complex patterns of inheritance
- Cytogenetics and chromosomes
- DNA structure, replication and gene organization
- Gene expression
- DNA mutation and repair
- Principles of recombinant DNA
- Basic laboratory techniques for genetics
- Genetic testing and therapy in humans
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 12/14/2006
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BIO 212 - Radiobiology Credits: 2 2 Lecture Hours
Prerequisites: BIO 151 or BIO 161
Description This is a course which introduces the properties of different types of radiation and their biological effects, both beneficial and harmful. The course details the effects of radiation at the molecular, cellular, tissue and organ system level. Learning Outcomes Upon successful completion of the course, the student will:
- Identify radiosensitive components of the cell.
- Discuss radiation effects on the cell cycle.
- Describe factors influencing radiation response of cells and tissues.
- Differentiate between direct and indirect effects of ionizing radiation.
- Evaluate factors influencing radiobiologic/biophysical events at the cellular and subcellular level.
- Explain the concept of LD50/30.
- List the effects of electromagnetic and particulate radiation on cells and tissues.
- Explain the Laws of Bergonie and Tribondeau.
- Compare the relationship of time, dose, fractionation, volume and site to radiation effects.
Listed Topics
- Cell biology review
- Cellular response to radiation
- Direct and indirect effects of radiation
- Modification of cell and tissue response to radiation and the concept of LD 50/30
- Laws of Bergonie and Tribondeau
- Variations in radiation effects due to time, dose, fraction and volume
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 12/14/2006
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BIO 216 - Cell Biology Credits: 3 3 Lecture Hours
Prerequisites: BIO 151
Description This is a course which emphasizes the relationships between the molecular structure of organisms and their functions. Regulation of cell processes in response to changes in both the intra and extra cellular environment are discussed. Learning Outcomes Upon successful completion of the course, the student will:
- Characterize the structure and properties of the four key classes of cellular macromolecules.
- Summarize the structure and function of the cell and organelles.
- Relate cell structure to specific cellular disease.
- Describe cell membrane structure and its role in cell transport.
- Summarize the cell energy metabolic pathways.
- Describe signal transduction mechanisms.
- Describe enzyme structure and function and its relationship to bioenergetics.
- Explain cell movement with relationship to both extracellular and intracellular compartments.
Listed Topics
- Bioorganic macromolecules
- Cell structure and function
- Cellular basis of disease
- Membrane structure and transport
- Cellular metabolism
- Signal transduction
- Bioenergetics
- Cell movement
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 12/14/2006
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BIO 230 - Research Methodology/Quality Assurance Credits: 3 3 Lecture Hours
Prerequisites: BIO 151 , MAT 108
Description This course provides students with the basics of conducting proper scientific research in a laboratory. Specific topics include process of science, use of scientific literature sources, critical article review and analysis, presentation of experimental data and basic methods and procedures of quality assurance. Learning Outcomes Upon successful completion of the course, the student will:
- Describe how scientific research is conducted in a laboratory.
- Distinguish between different types of experimental designs.
- Determine the proper presentation of experimental data and corresponding statistics.
- Conduct comprehensive scientific literature reviews.
- Critique scientific journal articles.
- Write a research proposal.
- Employ proper documentation/techniques in the laboratory to measure accuracy and precision.
- Run assays that include appropriate quality control samples.
- Analyze quality control sample data to support routine data quality in biological systems.
- Create histograms and control charts from sample data and interpret.
Listed Topics
- Science as a process
- Experimental design and analysis
- Experimental data (presentation and interpretation)
- Database of scientific literature sources
- Understanding a scientific article (reading/critiquing)
- Research proposals
- Procedures for quality control
- Skill standards for bio-science industry workers
Reference Materials Textbook/materials as required by instructor. Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Communication
- Information Literacy
- Quantitative and Scientific Reasoning
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BIO 240 - Environmental Biology Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 151
Description This is a course which introduces the diverse elements that make up an organism’s environment. Biotic and abiotic factors which influence the environment are studied along with energy flow through ecosystems. Population and community structures are studied with regard to stability and change. The effects of human intervention on aquatic and terrestrial ecosystems are discussed. Students may be expected to participate in field experiences off campus and for extended periods of time. Learning Outcomes Upon successful completion of the course, the student will:
- Identify theoretical constructs of an ecosystem.
- Describe energy flow within an ecosystem.
- Explain biogeochemical cycles.
- Identify and summarize factors which affect population growth cycles.
- Explain the structure and function of communities.
- Apply ecological concepts to current environmental concerns and issues.
- Perform basic methods of gathering ecological data through laboratory and field experience.
Listed Topics
- Ecosystem structure
- Energy flow in ecosystems
- Biogeochemical cycles
- Population growth and regulation
- Community stability and change
- Aquatic ecosystems
- Terrestrial ecosystems
- Human intervention in ecosystems
- Field experience using common lab methods and protocols
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 12/14/2006
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BIO 241 - Pathophysiology Credits: 4 4 Lecture Hours
Prerequisites: BIO 161 , BIO 162
Description This course provides an in depth study of the predisposing factors and direct causes of diseases, as well as their effects on the body. The course includes a systemic approach to the basic disease process in terms of etiology, symptomatology, general pathological changes, diagnostic procedures and treatments. Learning Outcomes Upon successful completion of the course, the student will:
- Explain why and how diseases occur.
- Describe the process by which one approaches disease(s) and arrives at a diagnosis.
- Identify the mechanism and response of cells to injury.
- Discuss diseases of the blood and cardiovascular system.
- Examine disorders of movement, sensation and neurological function.
- Discuss diseases of immunity.
- Examine the sequela of gastrointestinal disorders.
- Describe alterations in renal function.
- Examine disorders of respiratory function.
- Discuss the pathogenesis of reproductive disorders.
- Identify alterations of the endocrine system.
Listed Topics
- Cell reponses to injury
- Diagnostic procedures
- Etiological agents
- Signs and symptoms of disease
- General pathological changes
- Therapy and treatment protocols
- Prognosis
Reference Materials Textbook and contemporary learning materials. Approved By: Sutin, Stewart Date Approved: 12/14/2006
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BTC 101 - Lab Techniques in Cellular Biology and Histology Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BIO 151 and MAT 108
Description This course introduces the basic concepts and laboratory skills used in a biotechnology workplace. Laboratory skills emphasized include micropipetting, dilutions, preparing physiological solutions and spectroscopy. Modern and classic techniques used to determine cellular structure and enzymatic function will be explored. Students will become competent performing laboratory protocols including tissue embedding, staining, cell culture and immunohistochemistry. Learning Outcomes Upon successful completion of the course, the student will:
- Prepare common physiological solutions for laboratory use.
- Utilize precise measuring, sterile technique and light microscopy.
- Maintain a laboratory notebook and digital photo atlas.
- Demonstrate basic histological techniques.
- Develop skills to maintain cells in culture.
- Assemble analyzed experimental data.
Listed Topics
- Safety in the laboratory
- Laboratory measurements and solutions
- Laboratory notebooks and data collection
- Operation of scientific instruments
- Structural organization of the cell
- Staining techniques
- Immunofluorescence
Reference Materials Textbooks/materials as required by instructor Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Communication
- Critical Thinking and Problem Solving
- Technological Competence
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BTC 103 - Bioinformatics Credits: 3 3 Lecture Hours
Prerequisites: BTC 101 and MAT 165
Description This course provides an introduction to some of the important fundamental skills sets in bioinformatics. In-depth descriptions of methods and algorithms provide background, while hand-on experience with software provides practical experience. Concepts and approaches to DNA and amino acid sequence alignment, homology, conserved domain identification, phylogenetic inference, array-based transcriptomics, quantitative Real Time-Polymerase Chain Reaction (qRT-PCR) analysis and peptide identification searches are presented. Basic computer skills are required. Learning Outcomes Upon successful completion of the course, the student will:
- Identify molecular biology of genes, transcription and translation beyond basic principles of the central dogma.
- Solve biological questions using biological databases containing sequences, clinical and structural information.
- Retrieve information from biological databases.
- Perform structure/function analysis of biological molecules using information obtained from database searches.
- Perform DNA/protein sequence alignment and analysis as a result of database queries, specifically identifying homologs and conserved domains.
- Identify differentially expressed genes from analysis of a microarray data set.
- Interpret the output of a quantitative Real Time-Polymerase Chain Reaction (qRT-PCR) experimental data.
- Define peptide identification search algorithms given proteomics profile.
Listed Topics
- Central dogma of genetics
- Database searching methods and sequence comparison
- DNA /protein sequence alignment and analysis
- Interpretation of microarray data sets
- Interpretation of (qRT-PCR) experiments
- Interpretation of proteomic profiles
Reference Materials Textbook/materials as required by instructor. Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Critical Thinking and Problem Solving
- Technological Competence
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BTC 202 - Molecular Biology Laboratory Credits: 4 3 Lecture Hours 3 Lab Hours
Prerequisites: BTC 101 or BIO 207
Description This course introduces students to modern molecular biology theory and laboratory practices. Special topics will include advanced molecular biology methods used in protein and nucleic acid analysis, enzyme-mediated reactions, genetic transformations, DNA sequence interpretation and gene amplification. Learning Outcomes Upon successful completion of the course, the student will:
- Contrast agarose and polyacrylamide gel electrophoresis protocols.
- Employ molecular techniques to isolate and characterize nucleic acids and proteins.
- Apply enzyme-linked immunosorbent assay techniques to biomedical problems.
- Interpret enzyme mediated biochemical reaction rates.
- Perform experiments to study restriction enzyme activity.
- Compare Southern blot analysis of DNA and Western blot analysis of proteins.
- Interpret DNA sequencing data
- Apply the polymerase chain reaction to amplify target DNA.
- Perform RNA analysis using reverse transcription polymerase chain reaction.
- Execute basic laboratory techniques used in genetic transformation of bacteria.
Listed Topics
- DNA and protein isolation and separation using electrophoresis
- Enzyme rates of reactions
- Enzyme-linked immunosorbent assay (ELISA)
- Western blot analysis of protein
- Restriction enzyme analysis
- Polymerase chain reaction (PCR)
- DNA and RNA isolation and analysis
- Southern blot analysis of DNA
- DNA sequencing analysis
- Bacterial cell transformation
Reference Materials Textbooks/materials as required by instructor. Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Communication
- Quantitative and Scientific Reasoning
- Technological Competence
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BTC 204P - Biotechnology Internship Credits: 2 2 Lecture Hours 120 Practicum Hours
Prerequisites: BTC 202 and Cumulative GPA 2.0
Description This course provides practical work experience at one of the affiliated biotech industries or university research facilities. Techniques learned in biology/biotechnology labs are applied in an actual laboratory setting to give the student more experience while learning practical applications for laboratory procedures. Performance evaluation of student by faculty coordinator and employer. This course is graded on a pass/fail basis. Learning Outcomes Upon successful completion of the course, the student will:
- Write competency-based goals to support specific laboratory skills to be utilized in experiments.
- Construct a logbook or research notebook of all laboratory/work-related experiences.
- Demonstrate personal and professional skills, including an acceptable work record, as required by host laboratory.
- Evaluate protocols using proper equipment to collect data in the laboratory.
- Summarize the internship experience in a written document, outlining laboratory techniques utilized in the internship.
Listed Topics
- Topics will be determined by nature of internship experience.
Reference Materials Will be provided by faculty coordinator and employer Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Quantitative and Scientific Reasoning
- Technological Competence
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BTC 280 - Adv Topics in Biology and Biotechnology Seminar Credits: 1 1 Lecture Hours
Prerequisites: BIO 151
Description This seminar exposes students to contemporary biological topics presented by faculty experts. Topics include immunology, tissue engineering, environmental sustainability, neurology, cancer biology, pathophysiology and forensic analysis. Students will learn about local workforce opportunities by regional corporations. Emphasis is placed on building critical thinking skills through discussion of concepts through examination of articles and lecture. This course is graded on a pass/fail basis. Learning Outcomes Upon successful completion of the course, the student will:
- Define the role of the immune system in biotechnology applications.
- Classify scaffold materials utilized in tissue repair and regeneration.
- Identify regional environmental biology key concepts.
- Differentiate nervous system role in controlling body functions.
- Compare signal transduction pathways for cancer disease progression.
- Identify abnormal physiology and histology in diseased tissue.
- Distinguish data collection and interpretation utilized in forensic analysis.
Listed Topics
- Immunology
- Regenerative medicine and tissue engineering
- Environmental biotechnology
- Neurology
- Cancer biology
- Pathophysiology
- Forensic analysis
Reference Materials Textbooks/materials as required by instructor. Students who successfully complete this course acquire general knowledge, skills and abilities that align with CCAC’s definition of an educated person. Specifically, this course fulfills these General Education Goals: - Critical Thinking and Problem Solving
- Quantitative and Scientific Reasoning
Approved By: Bullock, Quintin Date Approved: 04/11/2019
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BLC 203 - Surveying Credits: 4 2 Lecture Hours 2 Lab Hours
Prerequisites: Knowledge of basic trigonometry.
Description This course focuses on building site layout and preparation. Studies include surveying techniques, adjustment and care of surveying equipment. Learning Outcomes Upon successful completion of the course, the student will:
- Demonstrate measurement of distance, direction and angles.
- Collect and document field data.
- Transfer field data and notes to survey drawings.
- Perform basic surveying calculations.
- Operate and maintain surveying equipment.
Listed Topics
- Measurement techniques and instruments
- Field data collection at the job site
- Plotting of field data to survey drawings
- Basic surveying calculations
- Operation and maintenance of surveying equipment
Reference Materials Surveying equipment, surveying text. Approved By: Bullock, Quintin Date Approved: 05/31/2017
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BLC 294 - Construction Estimating 1 Credits: 3 3 Lecture Hours
Prerequisites: Prior knowledge of building construction materials and methods.
Description This course will teach basic techniques for estimating utilizing the quantity survey method. Emphasis will be placed on a uniform method of entering the description and dimensions and computing the quantities of materials for the various items of work encountered in general building construction, including excavation, concrete, form work, masonry, carpentry, structural steel and building finishes. Students will estimate quantities from construction drawings, blueprints and details. A discussion of green materials will be introduced in the course. Students will learn to prepare quantity surveys for construction materials that normally fall under the responsibility of a general contractor; electrical and mechanical estimating are beyond the scope of this course. Learning Outcomes Upon successful completion of the course, the student will:
- Describe the standard estimating procedures in quantity surveys of requiredmaterials for construction projects.
- Compile and analyze quantities of elementary work items in construction projects.
- Demonstrate the use of shortcut strategies and additional time saving techniques in construction estimating.
- Solve estimate quantity equations utilizing a uniform method in unit measurement.
- Discuss the costs and quantity of green materials in construction estimating.
Listed Topics
- Materials
- Estimating Procedures
- Quantity Analysis
- Cost-Saving Techniques
- Estimating Projects
- Going Green
Reference Materials Industry Handouts and Materials, Construction Blueprints. Approved By: Bullock, Quintin Date Approved: 05/31/2017
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BLC 295 - Construction Estimating 2 Credits: 3 3 Lecture Hours
Prerequisites: BLC 294
Description This is an advanced general construction estimating course designed for the building industry to further prepare students to enter jobs which require skills used in the development of complete construction estimates by the quantity survey method. Emphasis will be placed on pricing of direct labor costs, materials, equipment, subcontractor costs, project overhead, and markup. Each student will prepare cost estimates for construction materials that normally fall under the responsibility of a general contractor; electrical and mechanical estimating are beyond the scope of this course. Students will adjust portions of a national construction cost database by substituting local labor and material costs. A discussion of green materials and LEED Certification will be reviewed in the course. Learning Outcomes Upon successful completion of the course, the student will:
- Develop an estimate from the organizing and planning stages to completion.
- Compute the cost of materials, labor, equipment, sub-contracts, taxes, insurance, overhead, markup and contract bonds in the assembly of a complete bid.
- Interpret estimate quantities from construction drawings, blueprints and details.
- Differentiate between items that influence and contribute to the cost of construction projects.
- Recognize the cost differential of utilizing green technologies.
Listed Topics
- Cost Estimating
- Planning
- Labor, Equipment and Material Costs
- Subcontracts, Taxes, Insurance
- Overhead, Markup, Contract Bonds
- Blueprint Analysis
- Cost Analysis, Green Technologies
- National Database Adjustments
Reference Materials Industry Materials and Handouts, Construction Blueprints. Approved By: Johnson, Alex Date Approved: 05/11/2009
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BLC 296 - Advanced Computer Estimating Credits: 3 3 Lecture Hours
Prerequisites: BLC 294 and BLC 295
Description The purpose of this course is to use the estimating skills acquired in Building Construction Estimating 1 and 2 in a hands-on computer environment to increase productivity. The student will prepare estimates for construction items that normally fall under the responsibility of a general contractor; electrical and mechanical estimating are beyond the scope of this course. Learning Outcomes Upon successful completion of the course, the student will:
- Compile a total cost estimate utilizing leading industry software.
- Operate software in order to generate estimating reports.
- Input data to support and generate estimates.
- Adjust estimates to accommodate changes in bidding requirements.
Listed Topics
- Leading Industry Software
- Report Calculations
- Data Generator
- Total Cost Analysis
Reference Materials Industry Handouts and Materials, Construction Blueprints. Approved By: Johnson, Alex Date Approved: 05/11/2009
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BUS 108 - Principles of Finance Credits: 3 3 Lecture Hours
Prerequisites: ACC 104
Description This course is an introduction to the principles of finance including the concepts of money and interest, forms of business enterprises, capitalization of corporations and financial reports. Learning Outcomes Upon successful completion of the course, the student will:
- Define and describe the goals and functions of financial management.
- Use financial ratios to evaluate the financial performance of a firm.
- Perform financial forecasts given baseline data.
- Use recognized analytical methods to evaluate capital projects for investment.
- Explain the relationship of securities markets to corporate financial management.
- Calculate break-even and describe the impact of operating leverage on the firm.
- Create and/or interpret and compare scenarios of financial leverage and the impact on the firm.
- Compare and contrast the use of debt and equity in the capital structure of a corporation and the related cost of capital.
- Define and describe sources of short-term financing.
- Utilize models for managing current assets, such as creating cash flow budgets, calculating the economic ordering quantity (EOQ) for inventory and calculating return on investments in accounts receivable.
- Measure relative risk as it relates to portfolio theory of investments.
- Describe the factors that affect dividend policy.
Listed Topics
- The goal of maximizing shareholder wealth
- Capital markets
- Financial analysis
- Financial forecasting
- Leverage
- Time value of money
- Valuation of securities
- Cost of capital
- Capital budgeting
- Dividend policy
- Risk
- Working capital management
Reference Materials Current textbook.
Supplementary materials such as study guides, videos, handouts and library resources. Approved By: Johnson, Alex Date Approved: 12/13/2010
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BUS 130 - Business Communications Credits: 3 3 Lecture Hours
Prerequisites: Eligibility for ENG 101
Description This course develops a student’s skills in writing effective business letters, reports and research projects. Verbal communication skills and the preparation of resumes and other job related materials are studied. Learning Outcomes Upon successful completion of the course, the student will:
- Illustrate a basic understanding of the theory, concepts and principles of business communications.
- Apply the principles through written assignments and in-class communications.
- Use business communication principles in academic, professional and personal lives.
- Present the principles of effective business communications.
- Apply the planning process as it pertains to business communications.
- Recognize the importance of the editing process in business communications.
- List the various types and styles of written communications.
- Define the importance of an oral presentation as it relates to meetings, conferences and interviews.
- Recognize the importance of listening.
- Apply various communication strategies when seeking employment.
- Recognize communication differences in a culturally diverse environment.
Listed Topics
- Communication foundations
- Communication analysis
- Communication through voice, electronic and written messages
- Communication through reports and business presentations
- Communicating about work and jobs
Reference Materials Current textbook and supplementary materials. Approved By: Johnson, Alex Date Approved: 05/28/2013
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BUS 151 - Social Theory of Business Ethics Credits: 3 3 Lecture Hours
Prerequisites: BUS 103
Description This course presents an analysis of the manager as an individual and as a member of the corporate structure. The course includes the following topics: business attitudes, job satisfaction, philosophy of profit, business and social responsibility. Learning Outcomes Upon successful completion of the course, the student will:
- Define business ethics contrasted with law.
- Describe and utilize a framework for balancing personal values and organizational ethics.
- Apply sound decision-making process for handling ethical dilemmas.
- Identify criteria for whistle blowing, the risks associated with it and when and how to blow the whistle.
- Identify the characteristics of ethical management.
- Recommend actions to handle common human resource issues.
- Identify components of a system for recognizing and preventing unethical behavior.
- Create a role-play an intervention meeting.
- Develop creative ways to promote ethical behavior in the workplace.
- Identify the common types of ethical issues that arise in various functional areas.
- Develop a corporate code of ethics.
- Describe the importance of an internal ethics audit.
Listed Topics
- Morality in business
- Ethical theories
- Privacy in the workplace
- Sexual harassment
- Safety
- Whistleblowing
- Intellectual property
- Bribes
- Advertising and the consumer
- Corporate social responsibility
- Diversity and affirmative action
- Environmental protection
Reference Materials Textbook, Case Studies, Films, Exercises, News Media, Supplements. Approved By: Johnson, Alex Date Approved: 05/11/2009
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BUS 200 - Principles of Supervision Credits: 3 3 Lecture Hours
Description An introduction to the methodology of supervision. Emphasis is placed on building effective work relationships, clarity of communications, dealing with group behavior, handling daily conflicts, and controlling work flow. Learning Outcomes Upon successful completion of the course, the student will:
- Define and explain the basic skills of first line supervision of subordinates.
- Analyze the supervisor’s role in the major functions of management.
- Adequately communicate verbally and in writing with other areas of the firm.
- Demonstrate the ability to function effectively in a culturally diverse workplace.
- Demonstrate the ability to effect change in subordinate behavior.
- Implement total quality management and safe work habits in the workplace.
- Exercise an awareness of the importance and magnitude of the inter-relationships between business and business management.
Listed Topics
- Supervision: The Role and the Territory
- Planning, Organizing and Goal Setting Values and Ethics
- Developing Effective Relationships
- Employee Behavior
- Communication Skills
- Interpersonal Relationships
- Work Groups and Unions
- Leadership
4. Controlling, Building and Maintaining Performance
- Productivity
- Evaluating Performance
- Coaching and Developing
5. Staffing and Human Resource Management Issues
- Orientation
- Nontraditional Employees, Diversity
- Safety and Health Issues
- Career Development
Reference Materials Current textbook.
Supplementary materials such as study guides, videos, handouts, library resources.
. Approved By: Sutin, Stewart Date Approved: 01/13/2005
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BUS 204 - Labor Relations Credits: 3 3 Lecture Hours
Prerequisites: BUS 101
Description This course is an analysis of collective bargaining as well as the causes and possible solutions to conflict between management and labor. The course includes the following topics: wages, pensions, working conditions, safety and union recognitions, wage and salary administration practices, recruitment, training programs and procedures. Learning Outcomes Upon successful completion of the course, the student will:
- Examine the evolution of U.S. labor relations.
- Apply labor terminology in classroom discussions as it relates to current events locally, nationally and internationally.
- Analyze the impact of the most significant pieces of labor-related legislation on the work environment.
- Assess methods of recruitment and the selection of personnel.
- Evaluate actual labor relation cases.
Listed Topics
- The Historical Framework
- The Legal Framework
- Union Behavior: Structure, Government and Operation
- Overview of Collective Bargaining
- Grievances and Arbitration
- Wage issues under Collective Bargaining
- Economic Supplements under Collective Bargaining
- Institutional issues under Collective Bargaining
- Administrative Issues under Collective Bargaining
Reference Materials Textbook, Case Studies, Internet, Exercises, Supplements. Approved By: Johnson, Alex Date Approved: 05/11/2009
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BUS 212 - Principles of Selling Credits: 3 3 Lecture Hours
Description A study of the techniques of salesmanship. Topics include the analysis of customer need, selection of prospects, the sales approach, the sales presentation, overcoming customer objections, closing the sale, and suggestion selling. Learning Outcomes Upon successful completion of the course, the student will:
- Demonstrate the significance of selling activities: to consumers, business firms, salespeople and society in general.
- Recognize the principle forms of marketing channels of distribution.
- Demonstrate the necessary skills and characteristics that contribute toward greater sales effectiveness.
- Cite the principal buying motives of purchases.
- Show how company, product and competitor information can facilitate the selling process.
- Develop improved communication and listening skills.
Listed Topics
- Selling Today: Developing a Personal Selling Philosophy
- Personal Selling and the Marketing Concept
- Career Opportunities in Selling Today
2. Developing a Relationship Strategy
- Factors Influencing the Relationship-Building Process
- Communication Styles: Managing the Relationship Process
3. Developing a Product Strategy
- Acquiring Product Information
- Developing Product-Selling Stretegies
4. Developing a Customer Strategy
- Understanding Buyer Behavior
- Developing a Prospect Base
5. Developing a Presentation Strategy
- Preparing for the Sales Presentation
- Creating the Consultative Presentation
- Custom Fitting the Sales Demonstratiion
6. The Professional Salesperson is a Problem Solver
- The Importance of Time Management to Success
- The Listening Factor and How It Increases Sales
Reference Materials Current textbook.
Supplementary materials such as study guides, videos, handouts, library resources.
Approved By: Sutin, Stewart Date Approved: 01/13/2005
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