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Bioprocessing Certificate Program

OU Bioprocessing Certificate

Preparing Advanced Engineers

Enrollment for Spring 2025 is now open! 

The OU Bioprocessing Certificate Program provides students a state-of-the-art experience. Students gain fundamental knowledge and skills through a combination of coursework and advanced hands-on laboratory experience at the OU Bioprocessing Core Facility, providing students with transferable skills eagerly sought in the biotech industry.

Undergraduate Students:
Madena McGinnis
mmcginnis@ou.edu

Graduate Students:
Jennifer Jones 
Jennifer.R.Jones-1@ou.edu 

Bioprocessing is a manufacturing process for products such as proteins, enzymes, vaccines, and monoclonal antibodies produced by biological systems such as cells or enzymes.

The bioprocessing workflow includes several steps listed below:

  • Cell Line Development
  • Cell Growth and Product Expression in a Bioreactor Setup
  • Harvesting and Purification
  • Quality Control and Testing
  • Characterization, Stability and Storage

      

  • The Biotech Industry is rapidly growing. Biologic drugs – produced by the biotech industry - now represent almost half of the pharmaceutical industry. 
  • Bioprocessing is multidisciplinary and requires a strong collaboration among diverse disciplines with expertise in cell biology, biochemistry, engineering, and quality assurance.
  • Bioprocessing plays a crucial role in the production of biopharmaceuticals and other bio-based products that have significant applications in healthcare, agriculture, food and environmental industries.
  • The above are just a few examples of how the Biotech Industry has become one of the largest, most diverse and growing industries. 
  • With an annual growth rate of almost 14%, career opportunities for today’s engineers with relevant experience are lucrative, plentiful, and growing. 
Farid Talebnia Rowshan.

Bioprocessing Core Facility

This biotechnical facility is state-of-the-art and located in the industrial district of downtown Oklahoma City.  The facility is directed by Dr. Farid Talebnia Rowshan.

Researcher next to piece of equipment.

Unmatched Student Experience

The OU Bioprocessing Core Facility provides students the unique opportunity to acquire hands-on training developing advanced biotechnology skillsets at an industry level.   

Image of AMBR 250 High Throughput machine.

Advanced Biotechnology

The facility consists of nine labs. Each lab has industry leading advanced equipment used throughout the Biopharmaceutical Industry. These technologies provide state-of-the-art upstream and downstream bioprocessing up to a pilot scale. 

The OU Bioprocessing Certificate is open to all students on a graduate and undergraduate level. 

The OU Bioprocessing undergraduate certificate is a 15-hour program having three required core courses (9 hours) and two elective courses (6 hours), which are selected from the three offered electives within this program curriculum.

The OU Bioprocessing graduate certificate is a 12-hour program having three required core courses (9 hours) and 1 elective course (3 hours), which are selected from the three offered electives within this program curriculum. 

Core Courses:

CHE/BME      5423/4423Genetic Engineering and Biotechnology 3
CHE /BME 5243/4243Biochemical Engineering 3 
CHE 5583/4583Advanced Techniques in Biomanufacturing 3

Elective Courses:

CHE/BME 5373/4373Tissue Engineering  3 
CHE 5203/4203Bioengineering Principles 3
DSA 5103Intelligent Data Analytics 3
   

The required 9-hour core courses curriculum is designed to provide students with a comprehensive foundational understanding of bioprocessing processes relative to technical and theoretical aspects.

Core technical and theoretical areas include 1.)State-of-the-art technologies of manipulating and controlling genes, genomes, and cellular pathways with a goal of engineering human (stem) cells and microbes for health, environmental and biomanufacturing applications (CHE/BME-5423/4423), 2.)Current bioprocesses for reaction and separation with emphasis on fundamental principles of biochemical engineering, biochemistry, and microbiology (CHE/BME-5243/4243), and 3.) Biomanufacturing workflow including upstream and downstream bioprocessing, with a focus on biological products, design and operation of industrial practices at the OU Bioprocessing Core Facility (CHE558/4583).

 

Course Number

Course Title

CHE/BME  5423/4423 

Genetic Engineering and Biotechnology
 CHE/BME  5243/4243 Biochemical Engineering
CHE 5583/4583
Advanced Techniques in Biomanufacturing

While the common core serves as the foundation, the selection from the three electives allows for a broader understanding of bioprocessing from data analysis, tissue engineering, and bioengineering principles. 

Undergraduate Students must complete two elective courses (6-hours) from the three offered electives within this program curriculum. 

Graduate Students must complete one elective course (3-hours) from the three offered electives within this program curriculum. 

 

Course NumberCourse Title
CHE/BME 5373/4373Tissue Engineering
CHE 5203/4203Bioengineering Principles
DSA 5103Intelligent Data Analytics

 

 

ENROLLMENT FOR THE SPRING 2025 SEMESTER IS OPEN
 

Graduate Students apply for the Graduate Bioprocessing Certificate Program below.
Once complete email your application to Jennifer Jones at Jennifer.R.Jones-1@ou.edu 
Complete the Graduate Application (PDF)

 

Undergraduate Students apply for the Undergraduate Bioprocessing Certifiicate Program below .
Once complete email your application to Madena, McGinnis at mmcginnis@ou.edu
Complete the Undergraduate Application (PDF)

 

 

 

Questions? 

Email point of contact for Undergraduate Students:
Medena McGinnis 
mmcginnis@ou.edu

Email point of contact for Graduate Students:
Jennifer Jones
Jennifer.R.Jones-1@ou.edu