The BSc Biotechnology program in Dubai establishes a solid scientific foundation, preparing students for careers in biotechnology and life sciences. It has a solid interdisciplinary research base that prepares graduates to tackle challenges in medicine, agriculture and the environment. With a progressive curriculum, Manipal Academy of Higher Education, Dubai, aims to put its students at the forefront of biotech innovation. It is designed to offer an extensive scope for research and publication. They also hone their interdisciplinary understanding and skills through laboratory experiments, research projects and presentations laying the groundwork for an exploratory career in biotechnology.
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The BSc Biotechnology program boasts a team of faculty members with PhDs and substantial industrial experience.
Manipal Academy of Higher Education, Dubai, fosters global perspectives through international tie-ups, facilitating collaborative research and study tours. BSc Biotechnology students get opportunities to explore state-of-the-art laboratories and engage in research-oriented activities at universities around the world.
The program is supported by strategic collaborations, including Dubai Pharmacy College, Taylor-Shannon International, Zayed University and probiotic and food testing industries in Dubai. These partnerships facilitate internships, field trips, workshops and research projects, offering students exposure and insights into current advancements in the biotechnology niche.
State of the art labs to perform basic experiments in Biochemistry,
Microbiology, Molecular Biology, Human Physiology and Cell culture techniques and Advanced laboratory for Projects/Research.
To be eligible for the BSc Biotechnology program at Manipal Academy of Higher Education, Dubai, candidates must fulfill the following criteria:
Upon completing the BSc Biotechnology program at Manipal Academy of Higher Education, Dubai, graduates are well-prepared to enter a variety of sectors where biotechnological applications are critical. These roles span across various sectors, including research laboratories, food and beverage industry, quality control, academic institutions, sales of scientific products and health insurance companies, reflecting the versatility of the biotechnology field. Following are some of the key career opportunities:
The initial year sets the groundwork with an immersive introduction to the biotechnological sciences, emphasising the core concepts and practical skills essential for the field. Through engaging with foundational elements, students begin to develop their analytical abilities and laboratory competence. This year is pivotal for fostering a robust understanding of the scientific methods and techniques that form the backbone of biotechnological research and application.
Here is a semester-wise breakdown detailing the subjects:
| Semester 1 | Semester 2 |
|---|---|
| Basics of Biotechnology | Cell Biology |
| Biology | Biochemistry |
| Chemistry | Microbiology |
| Computer Science | Physics or Advanced Chemistry |
| Biology-I (Practical) | Cell Biology (Practical) |
| Chemistry (Practical) | Biochemistry(Practical) |
| Computer Science (Practical) | Physics or Advanced Chemistry (Practical) |
| Seminar/Journal Club | Seminar/Journal Club |
| Microbiology (Practical) |
As the second year progresses, the curriculum expands into more complex subjects, focusing on deepening the students' scientific knowledge and practical expertise. This year is characterised by an increased emphasis on applying biotechnological principles in various contexts, preparing students for the interdisciplinary nature of their future careers. Integrating theoretical knowledge with hands-on laboratory work continues to be a key focus for enhancing proficiency in biotechnological techniques.
Here is a semester-wise breakdown detailing the subjects:
| Semester 3 | Semester 4 |
|---|---|
| Genetics | Biostatistics |
| Molecular Biology | Plant Biotechnology |
| Cell and Tissue Culture | Bioinformatics |
| Biophysics | Immunology or Cell & Tissue Engineering |
| Genetics (Practical) | Biostatistics (Practical) |
| Molecular Biology (Practical) | Pharmacology & Pharmacogenomics (Practical) |
| Cell and Tissue Culture (Practical) | Plant Biotechnology (Practical) |
| Biophysics (Practical) | Bioinformatics (Practical) |
| Seminar/Journal Club | Immunology or Cell & Tissue Engineering (Practical) |
| Seminar/Journal Club |
The final year marks a transition towards specialised and research-oriented learning, where students can delve into advanced topics and engage in significant project work. This stage is designed to refine students’ critical analysis, problem-solving and independent research skills, culminating in a comprehensive project showcasing their accumulated knowledge and expertise. The third year is crucial for preparing students for professional opportunities or further academic endeavours in biotechnology.
Here is a semester-wise breakdown detailing the subjects:
| Semester 5 | Semester 6 |
|---|---|
| Microbial Biotechnology | Tutorials/Seminars/Journal Club |
| Environmental Science | Research Project work/ Submission of Dissertation/ Submission of Manuscript |
| Advanced Genomics | High end Research Facility Training |
| Research Methodology | |
| Microbial Biotechnology (Practical) | |
| Environmental Science (Practical) | |
| Advanced Genomics (Practical) | |
| Nanobiotechnology (Practical) | |
| Seminar/Journal Club |
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