BS Biotechnology

The experiential learning is supported by these specific facilities and program structures:

• Specialized Biomedical Laboratories: The department operates dedicated teaching and research labs, such as the Biomedical Instrumentation Lab, Biomedical Signal Processing Lab, Biomechanics Lab, and Tissue Engineering & Biomaterials Lab.

• University Core Research Facilities: Students have access to university-wide advanced facilities, including the Central Imaging Facility, Micro/Nano Fabrication Facility (Clean Room), and the Advanced Materials Characterization Lab.

• Industry-Standard Software: Students are trained in key biomedical engineering software, which includes MATLAB for computation and signal/image processing, SolidWorks or similar for medical device CAD design, and specialized software for finite element analysis (e.g., ANSYS) and physiological modelling (e.g., COMSOL).

• Capstone Senior Design Project: A major Senior Design Project spans the final year, requiring student teams to design, prototype, and test a biomedical device or system, often with clinical or industry input.

The Bachelor of Science in Biotechnology at Manipal Academy of Higher Education (Dubai) offers a multidisciplinary science education that combines molecular biology, genetics, cell culture, bioinformatics and biophysics to prepare students for careers in biotechnology, healthcare, environment and agriculture. It suits students who are curious about living systems, enjoy laboratory work and want to apply biological and analytical skills to real-world challenges in research, diagnostics, and biotech industries. 

Curriculum structure

Year 1:
In the first year, students build strong scientific foundations with core units such as Basics of Biotechnology, Cell Biology, Biochemistry, Microbiology, and Computer Science, alongside practical labs like Cell Biology (Practical) and Biochemistry (Practical). These courses introduce fundamental concepts in cellular structures, biomolecules and microorganisms, while developing essential laboratory and soft skills that support all later study in biotechnology. 

Year 2:
In the second year, the programme deepens scientific understanding with modules such as Genetics, Molecular Biology, Plant Biotechnology, Biostatistics, Bioinformatics and Immunology or Nanobiotechnology, supported by hands-on lab components like Molecular Biology (Practical) and Cell & Tissue Culture (Practical). Students gain insight into genetic mechanisms, computational biology tools and applied biotechnology techniques that are central to research and industrial biotechnology settings. 

Year 3:
The final year emphasises advanced and applied topics through Microbial Biotechnology, Environmental Science, Advanced Genomics and Research Methodology, with practical work in Advanced Genomics (Practical) and a substantial Research Project/Dissertation. This year shifts toward independent inquiry, enabling learners to conduct field or lab research, interpret data critically and link biotechnology concepts to environmental, medical or industrial applications. 

Focus areas (in a string):
Genetics; molecular biology; cell and tissue culture; bioinformatics; biostatistics; immunology; plant and microbial biotechnology; advanced genomics; research methodology.

Learning outcomes (in a string):
Apply core biological and biochemical principles; perform and interpret biotechnological lab techniques; integrate computational tools in biology; conduct independent research; analyse and communicate scientific data; address environmental and healthcare biotechnology challenges.

Professional alignment (accreditation):
The programme is offered by Manipal Academy of Higher Education Dubai, which is licensed by the UAE Ministry of Education’s Commission for Academic Accreditation and benefits from a 5-Star KHDA institutional rating, aligning educational quality with regional and international science education expectations. 

Reputation (employability rankings):
Manipal Academy of Higher Education Dubai is recognised for strong life sciences programmes within the region, attracting a diverse international student body; biotechnology graduates from this programme are prepared for careers in pharmaceutical research, clinical diagnostics, environmental and agricultural biotechnology, supported by hands-on labs and industry-aligned coursework.