In Silico Fermentation offers several training options for metabolic modeling and model-based fermentation engineering ranging from short introductory seminars to extended training workshops. As a former academic educator, Dr. Henson has extensive experience developing and delivery instructional materials on process modeling and biosystems engineering. I can customize the topic, format and duration of training events to meet the unique needs of your company.

Introductory Seminars

My experience indicates that many biotechnology and biomedical companies have limited computational modeling capabilities available in-house. To help bridge this gap, I can provide high-level seminars to introduce basic metabolic modeling concepts to diverse technical audiences. Seminars can be delivered remotely or in-person, depending on company location and preference. Following the seminar, focused meetings with individuals or small groups can be scheduled to critically assess the possible utility of in silico modeling within your organization. Beyond basic metabolic modeling, I can deliver seminars focused on the targeted use of metabolic models for bioreactor process engineering and microbial community analysis. If you would like to introduce metabolic modeling to scientist and engineers within your organization, I can provide the engaging training event you need.

In-Depth Workshops

While seminars are useful for introducing basic concepts, the ability to effectively utilize metabolic modeling tools requires more in-depth training. I can offer extended workshops aimed at developing functional skills through hands-on work with standardized metabolic modeling tools. These workshops can be delivered remotely or in-person over a single day or multiples days following a format chosen by the client. Modeling exercises can be completed using published data provided by Dr. Henson or with proprietary data supplied by the company. Possible workshops topics include:

  • Fundamentals of flux balance analysis
  • Stirred tank bioreactor simulation via dynamic flux balance analysis
  • Bubble column gas fermenter simulation incorporating multiphase hydrodynamics
  • In silico metabolic engineering based on pathway optimization
  • Community flux balance modeling using 16S rRNA gene sequence data
  • Microbial biofilm modeling via spatiotemporal flux balance analysis

I also have the expertise to provide training on related bioprocess engineering topics such as fermentation control and optimization. Whatever your intended application of metabolic modeling, I can provide the necessary hands-on training.

Individualized Training

I have observed that some companies have a single individual or a very small group tasked with computational modeling responsibilities. These individuals are unquestionably experts in basic methods, but they may lack the time and experience to explore more sophisticated modeling tools such as those listed above. Other companies may seek to train a single individual to become their metabolic modeling expert but lack the in-house experience required. In either case, I can provide the personalized training to bring your modeling experts to the next level.

Please contact me to discuss your training needs and my capabilities!