Master of Molecular Biomedical Engineering (BioE)

The Molecular Biomedical engineering programme at NM-AIST will offer unique opportunity for graduates to become not only top-notch scientists or academicians/researchers, but also business managers and techno-preneurs, due to stylishly structured curricula, combining both, biological and engineering knowledge on one side, and business and humanities concepts, on the other. It is anticipated that graduates of this programme will be well prepared for leadership careers in academia and industry. Graduates from this programme can also be employed in Biomedical research Institutions like NIMR and specialized referral hospitals.

The programme will be jointly offered for three years, in which the first year will involve course work that will be conducted at NM-AIST, and the remaining two years will be entirely for research, which will be carried out in China as agreed under the signed agreement between NM-AIT and HUT.

Entry Requirements

Candidates to be admitted into the Master of Molecular Biomedical Engineering (BioE) must have obtained a good Bachelor’s degree with at least a GPA of 3.0/5.0 or its equivalent in the appropriate field of :

  1. Possession of a second-class Bachelor’s degree in specialty subjects, with at least a GPA of 3.0/5.0 or its equivalent in an appropriate area of study from an accredited university or similar institution of higher learning. Students who need to join the Masters of Molecular Biomedical Engineering programme shall therefore need to have the following specialty (Engineering) specific qualifications: Bachelor of Science in Biomedical Engineering, Electrical and Electronics Engineering, Bachelor of electrical and biomedical engineering, Chemical Engineering, Physics, Mechanical Engineering, Industrial Biotechnology, Molecular Biology; Biomedical Technology, Clinical chemistry; Biochemistry, Biotechnology/Bioengineering, Analytical Chemistry or any other related engineering discipline for postgraduate course.
  2. Applicants holding unclassified degrees (e.g. M.D, BVM & DDS) should have at least an overall of “C” grade in addition to above specialty specific qualifications.

Areas of Specialization

  1. Molecular Biomedical Engineering

Programme Duration

Full Time

  1. Years: Two (2) Years
  2. Semesters: Four (4)

Part Time

  1. Years: Three (3) Years
  2. Semesters: 

Mode of Delivery

Blended mode or hybrid mode whereby a portion of the traditional face-to-face instruction is mixed with web-based online instruction.

Programme Outline for Master of Molecular Biomedical Engineering (MSc. BioE) by Coursework and Dissertation

Common Core Courses

  1. BuSH 6007: Foundation of Law Philosophy and Ethics
  2. BuSH 6008: Technological Innovation and Entrepreneurship Management

Common Core Courses at School Level

  1. LSBE 6101: Research Methods and Statistics
  2. LSBE 6102: Outreach and internship
  3. LSBE 6401: Graduate Seminars
  4. LSBE 6901: Dissertation (Bio engineering research) 

Programme Core

  1. BIOS 6101 Molecular and cell biology

Specialty Courses

  1. BioE 6201: Mathematics for Biosciences
  2. BioE 6202: Biosensors
  3. BioE 6203: Functional Genomics
  4. BioE 6204 Design and Development of Molecular Diagnostics and devices
  5. BioE 6205 Nanoscience

Elective Courses

Master’s students may elect courses, which strengthen their scientific knowledge and technical competence, from a prescribed pool of courses and/or some courses from within or outside the school, after seeking approval of the respective School.

  1. BioE 6301: Protein Design and Engineering
  2. BioE 6302: Advanced Biological Thermodynamics
  3. BioE 6303: Bioreactor Design and Operations
  4. BioE 6304: Microbial Engineering
  5. BioE 6305: Practical Course in Genetic Engineering
  6. BioE 6306: Protein Chemistry and Catalysis
  7. BioE 6307: Material Analysis
  8. BioE 6308: Novel Drug Technology and Dosage
  9. BioE 6309: Vaccinology
  10. BioE 6310: Synthetic Biology
  11. BioE 6311: Bioprocess Engineering
  12. BioE 6312: Bioengineering Innovation and Entrepreneurship
  13. BioE 6313: Microbial Physiology

Programme expected learning outcomes 

­­­­­­­­­­­By the end of the Programme, graduates  will be able to:

  1. Describe vaccine and drug development and delivery systems and molecular diagnostics, including biosensors.
  2. Explain thermodynamics concepts in biological systems and its application in real situations.
  3. Describe concepts of bioreactor designing.
  4. Apply skills for developing diagnostic assays, vaccine, drugs and their delivery systems, biosensors
  5. Design and develop bioreactors.
  6. Apply skills required for analysis of DNA/RNA, protein sequence data (OMICs data), purification of proteins/enzymes and analysis of protein/enzyme functions.
  7. Conduct hands on biomedical research in living labs/models and industrial in bioproduct development; vaccines and diagnostics development.
  8. Communicate scientific ideas to specialized and non-specialized audience.
  9. Design and develop molecular diagnostics assays and sensors using engineering concepts.