CHEMICAL AND LIFE SCIENCES - Singapore Polytechnic

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SCHOOL OF Chemical and life sciences Course Modules Diploma in Biotechnology The Diploma in Biotechnology course focuses on many areas of growth in the life sciences. The Biotechnology curriculum provides a strong foundation in cell biology, microbiology, chemistry, biochemistry and mathematics. In addition, students are expected to cover modules such as biophysics, plant sciences, molecular biology, microbial genetics, animal and plant tissue culture, plant biotechnology, agrotechnology, applied microbiology, hybridoma technology, immunology, genomic techniques, biostatistics and bioinformatics databases and tools. Students will learn how to manipulate nucleic acids, conduct genome analysis and produce enzymes, monoclonal antibodies, antibiotics and other organic molecules. Biosafety aspects of clinical, research laboratories and hospitals are also covered to create a culture of safety for all students. Communication skills and report writing modules prepare students for work and/or university education. At Singapore Polytechnic there is a strong emphasis on practical hands-on training in well-equipped laboratories. Facilities include specialist suites for microbiology, hybridoma, animal cell culture, biochemistry, plant tissue culture, fermentation and bioprocess studies, molecular biology and genomic techniques. These facilities house sophisticated instrumentation and equipment such as DNA sequencer, polymerase chain reaction thermal cyclers, real-time PCR machines, electro-cell fusion apparatus, biosafety cabinets, electrophoresis units, electron transmission, fluorescent and scanning electron microscopes, ultracentrifuge, tissue processors and a variety of fermenters and bioreactors. Facilities in the Solarium provide training in hydroponics and aeroponics while training in selective breeding of ornamental fish is undertaken in the Aquaculture Unit. Career Prospects With the increasing emphasis on Life Sciences in Singapore, graduates of the Diploma in Biotechnology are well placed for employment in the biomedical sciences sector and related areas of research and development. They will be able to achieve a level of satisfaction in niche areas of cutting-edge research; especially in new start-up companies involved in biotechnology, pharmaceutical, agricultural and healthcare products and services. Other career opportunities are also available in the public sectors in the National Environment Agency, Ministry of Education, National Parks Board and Agri- Food & Veterinary Authority, etc. Industrial Training Under the industrial training programme, biotechnology students can look forward to the opportunity of attachments at selected hospitals, biomedical science laboratories, research laboratories and biotechnology related establishments. Overseas attachments are also available. This will inculcate a global mindset in our students. Full-Time First Year Hours Stage 1A CP2036 Biosystems & Biomolecules 60 CP2038 Anatomy & Physiology I 45 CP2049 Biophysics 45 CP4001 Analytical & Physical Chemistry 60 LC0218 Critical Reasoning Skills 30 MS2101 Mathematics A 60 SP0201 Character Development 30 General Elective Module 1 (Semester 2) 30 Stage 1B CP2007 Basic Microbiology 75 CP2037 Cell Biology 75 CP4006 Inorganic & Organic Chemistry 75 LC0203 Report Writing & Presentation 30 MS2103 Mathematics B 60 SP0202 Innovation, Design & Enterprise in Action 30 General Elective Module 1 (Semester 2) 30 Full-Time Second Year Stage 2A CP2003 Plant Sciences 45 CP2009 Molecular Genetics 60 CP2011 Applied Microbiology 60 CP2013 Biochemical Techniques 75 CP4062 Organic Synthesis & Reaction Mechanisms 60 MS2230 Biostatistics 60 General Elective Module 2 30 IS1006 Industrial Training Programme Stage 2B CP2008 Metabolic Biochemistry 75 CP2016 Molecular Biology 75 CP2044 Anatomy & Physiology 2 45 CP2060 Laboratory Management & Biosafety 45 CP2069 Environmental Science 60 CP4009 Basic Instrumental Analysis 60 General Elective Module 3 30 IS1006 Industrial Training Programme Full-Time Third Year Stage 3A CP201Z Project* 60 CP2022 Animal Cell Culture 60 CP2023 Bioprocess Engineering 60 CP2055 Genomic Techniques 75 CP2056 Plant Biotechnology 60 CP2068 WWW Bioinformatics 30 LC0206 Oral Communication 30 General Elective Module 4 30 Stage 3B CP201Z Project* 60 CP2024 Hybridoma Technology 75 CP2025 Immunology 75 CP2040 Good Laboratory & Manufacturing Practice 45 CP2051 Molecular Modelling 30 CP2054 Agrotechnology 60 LC0214 Communication Skills for Work 30 * Modules covered in two semesters 110 Singapore Polytechnic Prospectus 2008/2009
SCHOOL OF Chemical and life sciences development, design and control, project management, environmental and energy management, research and development, marketing and technical sales, etc. Internship Programme Diploma in Chemical Engineering Chemical Engineering is an important discipline in the management of the Chemical Process industry. The Chemical Process industry covers a wide range of manufacturing industries, with products as diverse as petrochemicals, specialty chemicals, pharmaceuticals, semiconductors as well as food and healthcare products. Critical operational issues include process optimisation, environmental management, energy conservation and workplace safety. Running these industries efficiently and safely in a cost effective way demands exceptional talent and skills. Chemical Engineering technologists need to be good communicators who are quick learners and self-motivated individuals who work well in teams and able to work under pressure. These attributes are developed throughout the course to enable graduates to rise easily into positions of responsibility. Students will undergo extensive practical work in operating sophisticated pilot plants and computer systems, augmented by an industrial internship to prepare for a challenging career. The teaching staff comprises of highly qualified and experienced engineers who have jointly established a strong network with industry as well as universities and research institutes. The School has chemical engineering laboratories equipped with wellinstrumented pilot plants and stateof-the-art computer control systems. Students will benefit from hands-on experience in operating a whole range of process equipment, supplemented by multimedia-based process training and dynamic simulation. A Diploma and More Designed for students who wish to embark on a career in the chemical industry, the SP Diploma in Chemical Engineering offers a rigorous curriculum that balances theory with realistic hands-on practice. Students who intend to pursue a university degree course may also opt to study for a Certificate in Engineering Mathematics together with their diploma. This certificate course will provide a strong mathematics foundation for students intending to study for engineering or technological degrees at universities. Furthermore, the SP Diploma in Chemical Engineering is accredited by the Institution of Chemical Engineers (IChemE), U.K. since 1996, and our graduates are granted direct entry into the 2nd or 3rd year of many university degree programmes locally and abroad. Career Prospects Graduates may find employment in the chemical, petroleum, petrochemical, pharmaceutical, bioprocess, plastics, or food industry in addition to building careers in wafer fabrication plants, water treatment and waste disposal companies, energy management and process consulting firms, process training institutes, and various government offices. Chemical Engineering graduates are highly sought after for they are suitable for numerous fields such as production, process This 6-week internship programme is a customised Industrial Training Programme specially designed for Chemical Engineering students. The programme is organised in conjunction with the Chemical Process Technology Centre (CPTC) on Jurong Island. Second year students are required to undergo a structured programme during the semester vacation. The primary focus is to provide practice-oriented training on a live industry-scale chemical plant. Many important operational aspects are covered, including design and operation of distillation columns, heat exchangers, pipelines and storage vessels, pumps and compressors, the furnace and the flare, process instruments and DCS control, utility systems and effluent handling, as well as hands-on exposure to field communications, equipment maintenance and process safety management. Students will also get the opportunity to work on rotating shifts for 1.5 weeks to experience the life of a process technologist. Course Modules Full-Time First Year Hours Stage 1A CP4001 Analytical & Physical Chemistry 60 CP4008 Applied Electricity & Electronics 60 CP4088 Materials in Practice 60 CP5046 Chemical Engineering Principles A 45 CP5045 Introduction to Chemical Engineering (Semester 1) 45 LC0218 Critical Reasoning Skills 30 MS2125 Basic Mathematics (Semester 1) 60 SP0201 Character Development 30 General Elective Module 1 (Semester 2) 30 Stage 1B CP4006 Inorganic & Organic Chemistry 75 CP4089 Introduction to Microbiology 60 CP5047 Chemical Engineering Principles B 60 CP5045 Introduction to Chemical Engineering (Semester 1) 45 CP5048 Introduction to Plant Design and Simulation 30 LC0203 Report Writing & Presentation 30 MS2126 Engineering Mathematics I 75 SP0202 Innovation, Design & Enterprise in Action 30 Singapore Polytechnic Prospectus 2008/2009 111
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CHEMICAL AND LIFE SCIENCES - Singapore Polytechnic

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