LD-CellTherapy-Hubspot-1920x1259[1]

Cell Manufacturing for Engineers

This eLearning course will teach engineers how to combine their foundational skill sets with advanced critical thinking to bring scalable, affordable and consistent quality to advances in cell therapy and regenerative medicine. 

The missing link to the future of regenerative medicine is you.

It’s up to engineers like you to bring scalability to cell therapy that may positively impact millions of patients around the world. This ASME course focuses on critical points in the supply chain, including manufacturing operations, cell processing, and preservation, that expand an engineer’s foundational knowledge and apply it to this emerging medical field to help aid in the development of highly effective treatments for cancer, diabetes, and other life-threatening diseases.

Cell Mfg_Images-05

The Challenge

The cell therapy industry is growing at an exponential pace. The problem, however, is that right now it’s dominated by cell biology and medical experts who do not possess the capabilities to solve scalability challenges. In order to make the industry more accessible and more profitable, qualified engineers are needed with a working knowledge of cell culture techniques, a familiarity of manufacturing and production processes specific to this field, and a knowledge of regulatory requirements.

Cell Mfg_Images-06

The Solution

ASME’s Cell Manufacturing for Engineers eLearning course is the answer. You now have on-demand access to a course from an industry respected source, that you can complete at your own pace.

By taking the Cell Manufacturing for Engineers course, you will be able to:

  • Identify factors that limit the growth of the regenerative medicine industry and how engineering can help overcome them.
  • Assess engineering challenges to improve cell therapy production. These include collection, storage, transport, automation, scalability, reproducibility, and necessary facilities.
  • Understand current regulatory issues and how they impact the industry with a focus on the specific roles engineers play, and the products and processes they develop.
  • Recognize long-term career opportunities for engineers in the growing cell manufacturing industry.

ASME understands that it’s only through the collaboration of researchers and engineers that this next revolution in regenerative medicine will be fully realized. 

Finally, a course that addresses the engineer’s role in regenerative medicine.

Icons-01

The only course of its kind

Only ASME’s course in cell manufacturing offers engineers training on cell culture techniques, manufacturing, and production processes as well as regulatory and business requirements. 

Icons-02

Applied learning method of instruction 

This course provides you with real-life workplace situations, so you’ll be better able to integrate what you’ve learned.

Icons-03

ASME Careers in Cell Therapy Supply Chain Career Planner

Understanding how you fit in now is great, but the rapid expansion of cell therapy will impact long-term career opportunities and growth. This guide will help you plot out how to get there. 

Icons-04

 

We are ASME

ASME is a widely known and respected organization created for engineers by engineers. We’re solely dedicated to fostering innovation in the engineering community.

This course breaks down to six modules.
Here's how it works:

There are 6 self-paced modules featuring instructional videos, periodic knowledge checks, an embedded glossary of terms, and dynamic multimedia.

 

Module 1:

Promises and Challenges of Cell Therapy
 

Module 2:

Cell Collection
 
 

Module 3:

Cell Manufacturing Operations/Supply Chain and Upstream Processing

Module 4:

Downstream Processing
 

Module 5:

Cell Manufacturing Facilities
 

Module 6:

Delivering the Final Cell Therapy Product

Cell Mfg_Images-07

Who should take this course?

If you are a bioengineer or you are currently working in the regenerative medicine space, this would be the right course for you. Additionally, as many of the concepts of cell manufacturing rely on fundamental engineering principles, including fluid flow and heat transfer, other engineers who are interested in expanding their application into bioengineering should also register for this course. 

Use your engineering background in ways you never imagined

Why choose a course from ASME Learning & Development?

Since its inception, ASME has been working with experts to drive safety while supporting the advancements of new technologies. As you’ll see, we’ve taken all this experience and expertise and applied it to our ASME Learning & Development courses.

Immersive Learning on Your Schedule

Our unique course approach maximizes your learning experience. And because classes are on-demand, they’re available the very day you want to start. Then you decide – finish the course in one day or 90!

Learning Tools that Strengthen On-the-Job Performance

Interactive tools facilitate high integration of theory and application – the result helps you save time, money and increase manufacturing consistency.

Industry Expertise On Tap

Because we're ASME, we have broad access to world-renowned experts in a wide range of fields, covering topics that are most applicable to the latest innovative technologies. We combine technical expertise and our adult learning skill into a superior learning experience.

Team Training

ASME also has customized learning solutions that can be tailored to meet the needs of your team. Learn more by contacting learningsolutions@asme.org.

Like this? Share it with everyone: