Biotechnology encompasses the manipulation of biological systems to develop tools for solving problems and making products. These tools have the potential to revolutionise society by improving food supplies, enhancing health, and providing the means to mitigate our impact on the environment.
The Diploma in Biotechnology (DBIO) teaches students the fundamentals of biotechnology, focusing on the molecules and biological processes behind life.
The programme builds your understanding of cellular and bio-molecular processes, equipping you with the skills and knowledge to embark on a career in biotechnology.
1. Biotechnology
The future for professionals who understand and practise biotechnology is only limited by their imagination and vision of how they can contribute to society.
Besides medicine, the technologies developed to manipulate biological systems are being applied to wider areas of human endeavour, from better managing the environment to improving the world’s food supply. Many new drugs now comprise molecular compounds that can only be manufactured with the aid of living cells.
This specialization deepens student’s understanding of biotechnology with an emphasis on hands on skills that can be applied in research laboratories. This will prepare you for a career to work in industries where biological solutions offer better alternatives to societal needs. The strong foundations provided also prepare students for degree programme for those with aspirations for further studies.
2. Food and Nutrition
The boundaries between biotechnology and food and nutrition have merged in recent years. Increasingly, recombinant DNA technology and genetic engineering support the development of healthy foods and the efforts to increase food production for an ever-growing human population. This specialisation provides you with the relevant skills required to support the growing food and nutrition industries, both in Singapore and around the world. You will be exposed to the skills and techniques employed in the safe production of food, as well as key concepts in human nutrition. You can also apply these skills to support the growth of the diet and nutrition healthcare sectors.
DBIO graduates are sought after as laboratory or junior technologists in the biopharmaceuticals, biotechnology, medical technology, food, and food supply industries. You can also explore career opportunities as a marketing specialist in companies dealing with laboratory equipment and consumable supplies that support the biomedical science industry. If you have an entrepreneurial slant, you may consider a role in a startup enterprise.
To find out more about how you can apply for this diploma, visit Republic Poly's Admissions page.
Want to find out more about the school that offers this diploma? Then drop by the School of Applied Science's homepage now!
Table 1: Minimum Entry Requirements
Table 2: Aggregate Type
Elementary Mathematics Additional Mathematics
Addn Combined Science Additional Science Biology Chemistry Combined Science Computer Studies Creative 3D Animation Design & Technology Engineering Science Food & Nutrition Fundamentals of Electronics General Science Human & Social Biology Integrated Science Physics Physical Science Science (Chem, Bio) Science (Phy, Bio) Science (Phy, Chem) Science (Phy, Chem, Bio)
The course consists of general modules, discipline modules, and specialisation modules. Year 1 covers general modules such as Science and Mathematics. Year 2 and 3 focus on discipline and specialisation modules such as Microbiology, Biochemistry, Cell Culture, and Nutrition. In year 3, you can choose to go on the Biotechnology Track or the Food and Nutrition Track.
Each module is equivalent to 4 modular credits (MC).
6 compulsory modules: A101 Science A113 Mathematics A201 Chemistry B102 Organisational Behaviour G101 Cognitive Processes and Problem Solving G103 Introduction to Communication Practice
12 compulsory modules: A103 Anatomy and Physiology
A202 Chemistry II
A221 Microbiology A222 Molecular and Cell Biology A223 Biochemistry
A224 Recombinant DNA Technologies
A231 Immunology A232 Genetics A301 Laboratory Management
A321 Proteomics
A322 Genomics
A332 Structural Biology
Biotechnology Track A241 Cell Culture
A385 Bioprospecting
A364 Analytical Instrumentation
Food and Nutrition Track A337 Nutrition
A349 Food Science
A382 Industrial and Food Biotechnology
Industry Orientation Programme
Industry Immersion Programme (28 MC ) G301 Project G901 Creative Engagement A931 Industry Immersion Programme
Industry Projects (16 MC ) G311 Industry Project G322 Industry Project II
G901 Creative Engagement
Elective Modules
Select 1 out of 8 modules (4 MC)
A251 Medical Technology A308 Environment Health and Safety A346 Pharmaceutical Chemistry A365 Current Good Manufacturing Practice
A375 Dietary Supplements
and 3 specialisation modules from a different specialisation option
Select 3 out of 8 modules (12 MC)
Freely Chosen Module
Select 1 module (4 MC) from the entire range of modules offered by the Schools and Centres in RP.
Select 2 modules (8 MC) from the entire range of modules offered by the Schools and Centres in RP.
To graduate with a Diploma in Biotechnology, you need to successfully complete a total of 120 modular credits. You should be able to do this within three years of enrolment if you are deemed to have successfully completed a minimum of 20 modular credits, or its equivalent, per semester.