Diploma in Biotechnology (R16)

Frequently Asked Questions

What is Biotechnology?

Biotechnology is developed from the application of biology. Traditionally, classical biotechnology involves the process and products of fermentation. Currently, advance biotechnological processes apply the understanding of cellular and biomolecular processes to solve problems or make products.

What is the difference between Biotechnology and Biomedical Science?

Biotechnology is now a discipline of integrated technologies derived from modern biology and engineering applied to vast areas from consumer products, the environment to medicine. The products of biotechnology include molecular based diagnostics, biomolecular therapeutics, and nanotechnhology used in medicines and cosmetics. Biomedical Science is centred on the specific clinical support areas such as routine diagnostics, clinical chemistry, hematology and histology.

What will I learn from this Diploma of Biotechnology (DBIO) programme?

The course will equip you with:

• A firm grounding in the concepts and fundamentals of biotechnology
• Practical knowledge of the foundational technologies for working with DNA, proteins and cells.
• A thorough grasp of the science behind the techniques.
• An introduction to major technological advances and to emerging fields in the post-genomics era.
• An appreciation of the biotechnology industry, its best practices and societal considerations.
• Knowledge of how biotechnology companies operate.

What are the different specialisation options available in this diploma programme?

Biotechnology

The future for professionals who understand and practise biotechnology is only limited by their imagination and vision of how they can contribute to the societies from where they came from. This track broadens the scope for students so that they can contribute to improving industries including but not limited to biomedicine where biological solutions offer better alternatives.

Biopharmaceutical Technology

Worldwide, many new drugs are large molecular compounds that can only be manufactured with living cells. Biologics manufacturing and biomanufacturing is currently a frontier of growth. Singapore already hosts world-class biopharmaceutical manufacturing firms, and with the promise of new investments in biologics, you will be ensured boundless career and educational opportunities in this area.

Biotech Enterprise

This track examines the entrepreneurial potential and regulatory requirements of the biotechnology sector. You will be introduced to biotechnology enterprise with its peculiarities and challenges. It also addresses the future implications and impact of the biotechnology industry.

Food and Nutrition

The boundaries between biotechnology, food and nutrition have merged in recent years. Ever increasingly, recombinant DNA technology and genetic engineering have been used to support the development of healthy foods. Food needed by an ever-growing human population.

This specialisation option provides students with the relevant skills required to support the growing food and nutrition industries, both in Singapore and around the world. Students will be exposed to the skills and techniques employed in the safe production of food as well as key concepts in human nutrition. Students may also apply these skills in support of the diet and nutrition healthcare sectors.

What career does it prepare me for?

DBIO graduates are prepared to join the workforce as laboratory or junior technologist in the pharmaceuticals, biotechnology, medical technology, food, and food supply industry. Graduates will also be able to find employment as marketing specialists in companies dealing with laboratory equipment and consumable supplies that support the biotechnology and biomedicine industries.

What university degree programmes will I qualify for after getting the diploma?

Students may pursue degrees at many universities in areas such as biotechnology, biology, biochemistry, bioinformatics, genetics, microbiology, environmental science and food science.

How does the course at RP compare to those found in other polytechnics?

The DBIO programme as well as all other diploma programmes of SAS inculcate an appreciation of science with the focus on modern biology, a scientific approach to problem solving, and instil in graduates the ability to drive the biotechnologies and not be driven by technology. RP’s pedagogical approach of Problem-based Learning is integrative and necessary to enable students to adapt effectively to the ever-changing demands of the industry.

Do I qualify for the diploma programme?

Please click here for the entry requirements.

How many places are being offered in AY2010?

DBIO has vacancies for 150 students for the academic year 2010.

What are the Cut-Off Points for this course?

The Cut-Off Points for DBIO vary with the cohort.

Who is teaching the course?

Our faculty comprises academics and industry practitioners with international experience. Some of us have participated very actively in the development of biotechnology in Singapore and are still involved in its growth.