Course Catalog
Example Syllabi
INTRODUCTION TO BIOTECHNOLOGY
Prerequisites:
Eligibility for enrollment in College Algebra (Math
1314).
Catalog Description:
This course is an introduction to biotechnology including
career possibilities, history and applications of DNA/RNA
technology, molecular biology, bioethics, and laboratory
safety practices. This is a three credit hour laboratory
science, with two lecture hours and three laboratory
hours per week (four lecture hours and six lab hours
per week during Flex sessions).
Extended Course Description:
This course is designed to fulfill a three-hour laboratory-science
requirement. It will provide the student with general
knowledge about the field of biotechnology, and will
enable the student to analyze situations or phenomena
related to the biological world.
Course Outcomes:
A. The purpose of this course is to provide the student
with an understanding of the different disciplines within
the realm of biotechnology and applications of biotechnology
in the laboratory environment.
B. The goals of this course will be achieved by the
following course outcomes: Upon successful completion
of the course you will be able to:
1. Cite a general history of the field of biotechnology,
including a basic knowledge of the important researchers
within the field and their major contributions and
discoveries.
2. Explain the basics of classical genetics, and understand
the role of DNA in inheritance.
3. Understand the structure of the DNA molecule and
its associated proteins.
4. Explain the processes of replication, transcription,
and translation.
5. Summarize the basic processes used in genetic engineering.
6. Understand the methods used to manipulate the DNA
molecule, and the methods used in obtaining gene products.
7. Know the role of biotechnology in analyzing DNA,
and the role of DNA in disease diagnosis.
8. Describe the various research and concepts within
the field of gene therapy.
9. Understand the role of biotechnology in the field
of forensic science and forensic medicine.
10. Explain the biotechnological methods used by and
the goals of agricultural researchers.
11. Describe the ways in which researchers have used
mammalian cells to further the goals of biotechnology.
12. Understand the methods and goals of those organizations
that are active in the Human Genome Project.
13. Summarize the various areas within the biotech
field, and know the career opportunities available
in each.
14. Describe the various bioethical topics and dilemmas
created by the growth and progress of biotechnology.
15. Perform basic techniques used within biotechnology
laboratories, and know the fundamentals of laboratory
safety.
16. Summarize the techniques used to manipulate the
DNA, RNA and proteins within the laboratory, and perform
such techniques if provided with a protocol.
17. Know and describe how to properly use the various
pieces of equipment used to complete our experiments
in lab.
LABORATORY METHODS AND TECHNIQUES
Prerequisites:
Permission of Program Coordinator or
completion of BITC 1311 with a grade of C or higher.
Catalog Description:
This course is a study of laboratory operations, management,
equipment, instrumentation, quality control techniques,
and laboratory safety practices and procedures. Use
of pH meters, mixing buffers, performing measurements,
standardizing and preparing solutions, and performing
separatory techniques will be covered. This is a four
credit hour laboratory science, with three lecture hours
and four laboratory hours per week (6 lecture hours
and 8 lab hours per week during Flex sessions).
Extended Course Description:
This course is designed to fulfill a four-hour laboratory-science
requirement. It will provide the student with general
and specific knowledge about the biotechnology laboratory,
and will enable the student to successfully handle situations
or phenomena involving the operations of a biotechnology
laboratory.
Course Outcomes:
The purpose of this course is to provide the student
with an understanding of the operations within and management
of biotechnology laboratories, and applications of biotechnology
in the laboratory environment. The goals of this course
will be achieved by the following course outcomes -
upon successful completion of the course you will be
able to:
1. Explain the basic organization of a biotechnology
laboratory, and understand the roles of each department
within a biotech company.
2. Understand the rules and regulations that govern
laboratory safety, and understand how food and medical
products are regulated.
3. Describe the different product quality systems
that exist in different laboratories, and explain
the role of proper documentation in achieving product
quality.
4. Be able to perform basic math techniques and graphing
techniques as they apply to the biotech lab setting.
5. Understand the principles of proper data collection
and error avoidance.
6. Know the role of external standards, calibration,
and traceability in the biotechnology laboratory.
7. Understand how to use a variety of instruments
for performing tests and taking measurements (weight,
volume, pH, temperature, etc.) in lab, and understand
how to calibrate these instruments when necessary.
8. Know how to correctly prepare solutions using appropriate
lab skills and mathematical techniques.
9. Understand the principles behind proper chemical
storage, filtration techniques, and cleaning and sterilization
of lab materials.
10. Understand the different techniques used in filtration,
centrifugation, and separation of biological materials.
11. Know how to interpret, write and use standard
operating procedures for basic lab techniques.
12. Understand how to perform basic procedural duties
such as ordering supplies, performing safety checks,
etc.
13. Summarize the various areas within the biotech
field, and know the career opportunities available
in each.
14. Describe the various bioethical topics and dilemmas
created by the growth and progress of biotechnology.
15. Perform basic techniques used within biotechnology
laboratories, and know the fundamentals of laboratory
safety.
16. Summarize the techniques used to manipulate the
DNA, RNA and proteins within the laboratory, and perform
such techniques if provided with a protocol.
17. Know and describe how to properly use the various
pieces of equipment used to complete our experiments
in lab.
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