Biotechnology
The Biotechnology Program provides students with a strong foundation in the biological and laboratory techniques used in modern medicine and healthcare research. Through hands-on training and coursework in molecular biology, biotechnology, and laboratory procedures, students develop the skills needed for careers in clinical labs, biomedical research, and the biotechnology industry, as well as for continued education in health and science-related fields.
- Career Path
- Health Sciences
Programs
Biotechnology Laboratory Sciences, A.A.S.
If you are interested in starting a career in the biotechnology field or working in a laboratory setting that supports biomedical or clinical research, this program is designed to introduce you to the core principles and hands-on applications of biotechnology. The goal is for you to gain foundational laboratory skills and industry knowledge that prepare you for entry-level roles in research, development, or production environments. If you are a student, career changer, or professional seeking to enter the biotechnology workforce, this program will help you build technical competencies in laboratory science, safety protocols, and quality control standards. You will learn essential laboratory techniques, operate modern lab equipment, and collaborate with peers to solve real-world biotechnology challenges-all while gaining practical experience that aligns with industry expectations.
- Duration
- 5 semesters (full time)
- Program Format
-
- In-Person
- Hybrid
- Campus Location
- Total minimum credits: 60
-
View the Biotechnology Laboratory Sciences, A.A.S. degree plan to see the total credit hours required.
- Cost
-
Enter the semester credit hours into the Tuition & Cost Calculator to estimate tuition.
Biotechnology Laboratory Sciences, C1
If you are interested in starting a career in the biotechnology field or working in a laboratory setting that supports biomedical or clinical research, this program is designed to introduce you to the core principles and hands-on applications of biotechnology. The goal is for you to gain foundational laboratory skills and industry knowledge that prepare you for entry-level roles in research, development, or production environments.
- Duration
- 2 semesters (full time)
- Program Format
-
- In-Person
- Hybrid
- Campus Location
- Total minimum credits: 19
-
View the Biotechnology Laboratory Sciences, C1 degree plan to see the total credit hours required.
- Cost
-
Enter the semester credit hours into the Tuition & Cost Calculator to estimate tuition.
Biotechnology Laboratory Sciences, C2
If you are interested in starting a career in the biotechnology field or working in a laboratory setting that supports biomedical or clinical research, this program is designed to introduce you to the core principles and hands-on applications of biotechnology. The goal is for you to gain foundational laboratory skills and industry knowledge that prepare you for entry-level roles in research, development, or production environments.
- Duration
- 3 semesters
- Program Format
-
- In-Person
- Hybrid
- Campus Location
- Total minimum credits: 30
-
View the Biotechnology Laboratory Sciences, C2 degree plan to see the total credit hours required.
- Cost
-
Enter the semester credit hours into the Tuition & Cost Calculator to estimate tuition.
Medical Biotechnology, A.T.C.
Biotechnology is an integrated discipline consisting of chemistry, biology, physics, microbiology, molecular biology, cellular physiology, nanotechnology, etc. With new discoveries and emergence of new knowledge in these fields, there is robust growth in the field of biotechnology with dominant application in health care sector that includes research, development and manufacturing of novel medicinal and bio-molecular products for detection, diagnosis, treatment, and management of various infectious diseases like HIV, COVID-19, and metabolic disorders like cancer, heart disease, diabetes, autoimmune diseases, etc., in the State of Texas and the nation.
This program at Houston City College use a selective admissions process and requires an additional application beyond applying. Enrollment is limited, and not all qualified applicants may be offered placement. Please review the admission dates below carefully to ensure you complete all required steps by the required deadlines.
| Term | Applications Accepted | Application Review | Application Status Notification |
|---|---|---|---|
| Fall: August 2026 | January 5, 2026 - May 22, 2026 | By June 2026 | By June 2026 |
On average, approximately 100 students apply for admission each application period. Of these, approximately 50 applicants are typically accepted.
Selective criteria are used to determine which applicants are offered admission. Selective criteria are awarded based on the following:
- 100% may be awarded based on the Biomedical Science Program academic criteria (DEGREE CONFERRED).
- All application requirements must be satisfied by the close of the application window.
Prospective students must have a minimum cumulative course GPA of 2.5 or above, and must have completed an Associate of Science (AS), Associate of Applied Science (AAS), or Bachelor’s degree in Biological Sciences/Premedical/Health Science/Biomedical Sciences or related fields (such as any science field: - e.g. chemistry, biology, physics, biochemistry, microbiology, Biomedical Engineering, Chemical & Biomolecular Engineering, Nursing, medicine, pharmacy, etc.)
If You Are Offered Admissions
If you are offered admission, you will need to complete the following pre-enrollment requirements by a specific due date to maintain eligible status:
- Complete the Intent Form by the deadline stated in the admission acceptance offer email that will be sent to your email address submitted with the application form.
- Complete the mandatory Student Services Orientation and Program Orientation on the date provided in your admission email. (Please clear your calendar so you are available to attend the mandatory orientations if you are offered admission as follows: Fall Term – plan to attend in July or August)
HB 1508 requires the following information be given to students:
This program may lead to an occupational license for which a prior criminal history may make a student ineligible. For more information please visit: HB 1508 Licensing Requirements.
Students will be able to:
- Conduct Medical Biotechnology Research by performing various analytical laboratory techniques.
- Produce Bio-Therapeutics and Diagnostic Products and Demonstrate proper lab procedures and maintenance of equipment.
- Apply Safety and Quality Control Standards in Biological, Biomedical and Clinical Laboratories.
- Perform Data Management and Analysis in Bio-Industrial / Medical Biotechnology Operations.
Psychomotor Skills
| Functional Capacity |
Standards (Tasks) |
|---|---|
| Gross Motor |
Maintain prolonged arm positions necessary for scanning. Bend and stop routinely. Position patients/clients for treatment or examination. Assist patients/clients onto and off of examining tables. Organize and accurately perform the individual steps in a sonographic procedure in the proper sequence. |
| Fine Motor |
Elicit information from patients/clients by palpation, auscultation, percussion, and other evaluation procedures. Operate ultrasound equipment to produce and record images of the motion, shape, and composition of blood, organs, tissues, or bodily masses, such as fluid accumulations. Adjust settings or positions of medical equipment. Demonstrate manual dexterity and the ability to engage in procedures involving grasping, pushing, pulling, holding, rotating, manipulating, and extending. Key/type and otherwise operate common desktop computer accessories. |
| Physical Strength & Endurance |
Work standing upright up to 80% of the time. Strength sufficient to assist in lifting some patients/clients. Routinely push and pull heavy equipment on wheels, (e.g., up to approximately 500 pounds), and to move patients/clients in wheelchairs and stretchers. Lift more than 50 pounds routinely. Possess physical strength to perform cardiopulmonary resuscitation. |
| Mobility |
Demonstrate a full range of mobility sufficient to assist patients/clients with ambulation. Execute motor movements, including physical/dexterity strength to stand and ambulate, and lift and transfer patients/clients. |
Cognitive Skills
|
Functional |
Standards (Tasks) |
|---|---|
| Critical & Analytical Thinking |
Measure, calculate, reason, analyze, and synthesize data. Demonstrate thought processes inherent in problem-solving and diagnosis, including obtaining, interpreting, and documenting data. Make proper assessments and sound judgments, appropriately prioritize diagnostic procedures, and measure and record patient/client care outcomes. Learn to use computers for searching, recording, storing, and retrieving information. |
| Safety |
Recognize safety issues and emergency situations, and respond with appropriate actions in a timely manner. Manage and maintain an environment that is safe for the individual, family, groups, and health care personnel. Abide by safety policies and procedures in classroom, laboratory, and clinical facility settings. Maintain awareness of alarms and emergency signals, and respond appropriately (e.g., monitors, fire alarms, hospital codes, etc.). |
Sensory Skills
| Functional Capacity |
Standards (Tasks) |
| Observation |
Observe demonstrations and participate in laboratory experiments as required in the curriculum. Observe and care for patients/clients throughout examinations to ensure their safety and comfort. Observe computer screen during scan to ensure that image produced is satisfactory for diagnostic purposes, and adjust equipment, as required. |
| Perception |
Distinguish audible sounds (e.g., when using Doppler to image vascular structures). Perceive depth in the surrounding environment. Maintain awareness of peripheral space. |
| Interpretation | Complete comprehension of assignments and assessment exercises. Demonstrate ability to search and evaluate curriculum literature. |
Social-Behavioral Skills
| Functional Capacity |
Standards (Tasks) |
|---|---|
| Communication |
Demonstrate English language proficiency to communicate and interact with patients/clients and healthcare team members (e.g., communication that is clear and easy to understand). Use proper communication techniques in printed and typed correspondence (e.g., correct grammar, punctuation, and spelling) with faculty, allied health personnel, and peers in the classroom, laboratory, and clinical settings. Demonstrate cultural sensitivity, including multilingual needs. Converse effectively and sensitively in order to elicit an appropriate medical history directly from the patient/client and/or guardian. Complete written assignments and maintain written records. Use therapeutic communication, such as attending, clarifying, coaching, facilitating, and touching in clinical settings, as well as didactic and laboratory environments. |
| Adaptability |
Adapt effectively to changing environments and increasing tension levels in a variety of situations. Demonstrate flexibility and learn to function in the face of uncertainties and ambiguities inherent in the clinical problems of many patients/clients. |
| Emotional Stability |
Demonstrate attributes of empathy, integrity, concern for others, interpersonal skills, interest, and motivation. Possess the emotional well-being required for full use of intellectual abilities. Consistently exercise sound judgment. Promptly complete all responsibilities attendant to the evaluation and care of patients/clients. Monitor and appropriately regulate own emotions to maintain composure, without prompting from others (e.g., control anger and avoid aggressive behavior, even in very stressful or demanding situations). Tolerate taxing workloads and function effectively under stress. Focus sustained attention on tasks. Recognize constructive criticism and performance feedback as avenues for improvement. |
| Interpersonal Skills |
Interact compassionately and effectively with the sick or injured. Demonstrate sensitivity to others’ needs and feelings, and be understanding and helpful on the job. |
| Ethics & Professionalism |
Establish rapport with patients/clients, teachers, classmates, and colleagues of all cultures, genders, health status, and backgrounds. Develop mature, sensitive, and effective relationships with healthcare team members and patients/clients. Maintain professional conduct and appearance. Maintain patient/client privacy and confidentiality (e.g., adhere to HIPAA restrictions) and operate within the scope of practice. Demonstrate assertiveness, delegate responsibilities appropriately, and function as part of a medical team (e.g., organizational skills necessary to meet deadlines and manage time). |
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Coleman Intake Office
- Duration
- 3 semesters (full time)
- Program Format
-
- In-Person
- Campus Location
- Total Minimum Credits: 36
-
View the Medical Biotechnology, A.T.C. degree plan to see the total credit hours required.
- Cost
-
Enter the semester credit hours into the Tuition & Cost Calculator to estimate tuition.
Career Outlook
This overview highlights key labor market indicators for University Transfer and Workforce Training careers in this field in the Houston area, including the number of currently employed, the median annual salary for the occupation, and the job growth.
Average Salary
50th percentile (median) salary range in the Houston area.
Currently Employed
1,936 currently employed in the Greater Houston area.
Projected Growth
5.8% projected growth for 2026-2030.