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Professional Certificate

Regenerative Medicine & Stem Cell Technologies

Explore stem cell biology, tissue engineering and bioengineering approaches contributing to regenerative medicine.

£549.00
Enrol in this programme
3 coursesOnline learningSelf-paced
Programme overview

Connect knowledge.
Deepen your expertise.

This interdisciplinary programme combines stem cell technology, tissue engineering and bioengineering. Learners examine stem cell properties and differentiation, tissue regeneration strategies, biomaterials and engineering principles relevant to experimental regenerative systems.

CPD
Who this programme is for

Designed for curious minds

Cell biologists, biotechnology researchers, biomedical engineers, laboratory professionals and regenerative medicine researchers.

Learning outcomes

What you will achieve

  • Explain the biological properties and classifications of stem cells.
  • Describe principles of stem cell differentiation and cellular reprogramming.
  • Examine tissue engineering approaches and applications in regenerative research.
  • Identify contributions of bioengineering and biomaterials to biological system development.
  • Discuss scientific and translational challenges associated with regenerative medicine.
Programme curriculum

Your connected learning pathway

Explore each included course and the knowledge it brings to your programme.

01
Course 1

Stem Cell Technology

This course explores the fundamental principles of stem cell biology, including stem cell potency, embryonic, adult and induced pluripotent stem cells (iPSCs). Learners will study cellular reprogramming, directed differentiation, organoid technology, CRISPR genome editing, quality control and GMP manufacturing. The course also examines regulatory requirements, ethical considerations and current clinical applications of stem cell technologies in regenerative medicine.

What you’ll learn
  • Understand the different types of stem cells and the hierarchy of potency, from totipotent to multipotent.
  • Learn the techniques for generating iPSCs and the epigenetic remodelling involved in cellular induction.
  • Gain insight into 3D culture systems and the engineering of brain, gut, and liver organoids.
  • Understand how CRISPR is used for genome engineering in stem cells and the correction of disease-specific mutations.
  • Learn about quality control markers, genomic stability, and the regulatory frameworks of the FDA, EMA, and MHRA.
View full course details
02
Course 2

Tissue Engineering

Over the past 30 years, tissue engineering has undergone a significant transformation, focusing on the regeneration of functionalised tissue for medical applications. This course covers all aspects of tissue engineering, including cell biology, biomaterial scaffolds, and cell bioreactors. In addition, students will gain insight into the latest advancements in the field.

What you’ll learn
  • Gain an understanding of the core concepts of tissue engineering, as well as the needs and challenges faced by researchers
  • Learn fundamental cell culture techniques for cell suspension
  • Identify the advantages and disadvantages of different types of biomaterial scaffolds
  • Explore research strategies for developing and characterising materials and investigating cell–material interactions
  • Describe different types of bioreactors used in tissue engineering applications
  • Develop an understanding of selected research studies across various medical fields
View full course details
03
Course 3

Bioengineering

Bioengineering is a multidisciplinary field that applies engineering principles to biological and medical challenges. From organ transplantation to biomaterials and bioreactors, it plays a vital role in improving health and quality of life. This course introduces the core concepts, subfields, and real-world applications of bioengineering, highlighting both its potential and the challenges faced by researchers.

What you’ll learn
  • Gain a comprehensive understanding of bioengineering, including its social impact, ethical issues, and challenges.
  • Learn about key subfields within bioengineering.
  • Describe the advantages and disadvantages of various biomaterials used in implants.
  • Learn research strategies for developing and characterising materials and host-cell interactions.
  • Understand different types of bioreactors in tissue engineering applications.
  • Gain insight into current developments in bioengineering.
View full course details
Your achievement

Recognise your learning

Individual course certificates

Earn a certificate for each successfully completed CPD-accredited course.

CBEHx Professional Certificate

Complete all included courses to qualify for an additional consolidated programme certificate.

Support your professional development

Connect your knowledge

Study complementary scientific subjects together to build a broader understanding of the field.

Learn at your own pace

Fit online learning around your research, studies or professional commitments.

Recognise your learning

Keep your completed course certificates and programme certificate together in your learning space.

Our Students

Our students come from different organisations around the world including:

Organisations our students come from, as shown on the CBEHx home page

INNOVATION DRIVES SCIENCE FORWARD

We are proud to partner with the leading In2scienceUK. This is a step that drives us towards achieving our mission of empowering people with quality education and knowledge worldwide.

EMPOWERING PROGRESS THROUGH INNOVATION

Proud to provide specialised training to leading organisations worldwide.

Oxford Biomedica, CDI, Sangamo Therapeutics, ViennaLab and Animal & Plant Health Agency
Your next step

Enrol in this programme

One programme purchase

£549.00
  • All 3 included courses
  • Individual course certificates
  • Additional program certificate on completion
  • 365 days of course access

Enrolment will be available soon.

Annual membership

Go further with annual access

Eligible annual subscribers can access this programme alongside the wider course library.

£699.00 / year
  • Get 3 months free with annual access
  • Most learners complete 10–16 courses in 6 months
  • Serious learners choose annual
  • Build expertise across advanced bioscience topics with structured CPD learning
A little more clarity

Common questions

Will I receive a certificate for each course?

Yes. You will receive an individual CPD-accredited certificate for each successfully completed course. Once you have completed all courses in the programme, you will also receive an additional CBEHx Professional Certificate recognising the full learning pathway and its combined CPD learning hours. Read more in the Support Centre

Are the courses CPD-accredited?

Yes. Each course included in the programme is individually CPD-accredited. The additional consolidated Professional Certificate is issued by CBEHx and records the courses completed and their combined CPD learning hours. Read more in the Support Centre

Can my previous learning count?

No. Courses purchased or completed individually before enrolling in a Professional Certificate Programme do not count towards its requirements. To receive the consolidated CBEHx Professional Certificate, you must purchase the complete programme and successfully complete all included courses, or complete the requirements through an eligible annual subscription. Previously awarded individual course certificates remain valid. Read more in the Support Centre

Can I buy courses individually?

Yes. All constituent courses remain available for individual purchase. However, courses purchased individually do not count towards a Professional Certificate Programme, and individual purchases do not include the consolidated Professional Certificate. To earn it, purchase the complete programme or meet the requirements through an eligible annual subscription. Read more in the Support Centre

How long can I access the courses?

Standalone Professional Certificate purchases provide 12 months of course access from enrolment, subject to the published terms. If you access the courses through a subscription, access continues while your subscription remains active. Certificates already earned remain valid after access ends. Read more in the Support Centre