Program Structure
The diploma is delivered over two academic years, consisting of:
Theoretical Modules (Year 1):
Cell biology, stem cell fundamentals, lab safety, molecular biology techniques, tissue engineering foundations.Applied & Laboratory Modules (Year 2):
Stem cell culture techniques, bioprocessing, cryopreservation, 3D culture systems, quality control, and clinical/regulatory frameworks.Capstone Project:
A supervised research or industry-based project in a certified laboratory environment.
Program Learning Outcomes (PLOs)
Upon successful completion, graduates will be able to:
Explain stem cell classifications, properties, and therapeutic potential.
Perform aseptic techniques and maintain primary and pluripotent stem cell lines.
Apply molecular biology methods (PCR, electrophoresis, flow cytometry) to analyze cell behavior.
Conduct cell culture monitoring, passaging, differentiation, and cryopreservation.
Understand international ethics, biosafety, and regulatory considerations for stem cell work.
Prepare technical laboratory reports and follow Good Laboratory Practice (GLP) standards.
Communicate scientific concepts effectively in academic and industrial settings.
Pathways Available
Graduates may progress to:
BSc in Biotechnology
BSc in Biomedical Sciences
BSc in Regenerative Medicine
BSc in Molecular Biology & Genetics
Top-up Bachelor Degrees in related biosciences
Professional Certifications in tissue culture or laboratory sciences
Program Goals
The diploma aims to:
Build a skilled workforce for biotechnology, regenerative medicine, and biomedical research.
Develop competency in laboratory practice aligned with NIH, FDA, and ISSCR international guidelines.
Support regional biomedical innovation and healthcare advancement.
Enable graduates to join research labs, biotech companies, and clinical development projects.
Possible Career Options
Graduates can work as:
Stem Cell Laboratory Technician
Cell Culture Specialist
Bioprocessing & Production Assistant (biotech industry)
Tissue Engineering Technician
Research Laboratory Assistant
Clinical Trials Assistant (cell-based therapies)
Quality Control/Quality Assurance Technician
Cryopreservation Specialist
Industry Forecast:
The global stem cell market is projected to reach USD 31.6 billion by 2030, driven by rising clinical applications and biomanufacturing demand.
Program Curriculum & Structure (with Learning Outcomes)
Year 1 – Foundation Sciences
| Module | Key Learning Outcomes |
|---|---|
| Cell Biology & Histology | Understand cell structures, signaling, and tissue organization. |
| Introduction to Stem Cells | Identify stem cell types, potentials, and scientific history. |
| Laboratory Safety & GLP | Apply GLP, aseptic technique, and biosafety levels. |
| Molecular Biology Techniques I | Perform DNA extraction, PCR, electrophoresis. |
| Biochemistry for Biotechnology | Analyze metabolic cycles and biomolecular interactions. |
| Bioethics & International Regulations | Understand ISSCR, EU, and FDA frameworks. |
Year 2 – Applied Practice
| Module | Key Learning Outcomes |
|---|---|
| Advanced Cell Culture | Maintain and passage stem cell lines; manage contamination. |
| Stem Cell Differentiation Techniques | Perform guided differentiation assays. |
| Cryopreservation & Cell Banking | Apply freezing/thawing protocols for cell line storage. |
| 3D Culture & Tissue Engineering | Use scaffolds and bioreactors for tissue engineering. |
| Bioprocessing & Quality Assurance | Implement GMP-related QA/QC standards. |
| Capstone Research Project | Conduct supervised research with a full technical report. |
Assessment Methods
Assessment follows international bioscience education standards:
Laboratory Exams & Practical Skills Tests
Written Examinations
Research Papers & Technical Reports
Capstone Project Evaluation
Participation in Laboratory Workshops
Continuous Assessment (Assignments, Quizzes, Lab Notebooks)
Entry Requirements
Applicants should have:
High School Diploma (Science Stream preferred)
Biology and Chemistry background recommended
English proficiency (IELTS 5.0 or equivalent)
For international students: passport and equivalency documentation
Applicants without a strong science background may take foundation science modules.
Proposed Local & International Awards / Recognitions
These awards can be realistically obtained or established for the diploma:
Local Awards (Proposed)
AACTD Excellence Award in Regenerative Biotechnology
AACTD Innovation Prize for Stem Cell Research Project of the Year
AACTD Laboratory Safety & GLP Award
International Awards (Realistic & Recognized)
These are legitimate recognitions that institutions offering stem-cell programs commonly earn:
ISSCR Institutional Education Recognition (International Society for Stem Cell Research)
https://www.isscr.orgAABB Accreditation (Cell Therapy) for programs aligned with cell banking & processing
https://www.aabb.orgISO 9001 Certification for Laboratory Quality Management
https://www.iso.org/standard/62085.htmlECLAC Education Quality Award (for research-oriented institutions)
Industry Collaboration Certificates (Possible for your university)
Partnership certificate with STEMCELL Technologies (global bioscience leader)
https://www.stemcell.comTraining collaboration acknowledgment with Thermo Fisher Scientific
https://www.thermofisher.com
