虚拟导览
概述
以生命创新·改变世界
加入UCSI大学生物科技（荣誉）理学士课程，踏上科学前沿。本课程结合生物学与创新，共同解决全球最紧迫的挑战。从基于 CRISPR 的基因编辑、合成生物学，到生物制药开发与精准农业，本课程助你掌握塑造未来生物经济的核心工具。
作为马来西亚领先开设生物科技教育的私立大学之一，UCSI 通过全球合作伙伴关系、前沿实验室及真实项目，为学生提供无与伦比的实践机会。你不仅将获得科学洞察力，更能培养创业思维，将研究成果转化为具实际影响力的解决方案。无论是在精准作物生物技术中推进可持续农业、开发下一代治疗方案，还是利用组学技术与 AI 生物信息学设计诊断工具，你都将站在生物科技领域最激动人心的最前沿。
关于本课程
这是一门面向未来的学士课程，旨在让学生利用生命科学的力量推动现实世界的创新。本课程融合了生物学、技术与创业思维，探索 CRISPR-Cas 基因编辑、合成生物学、下一代测序（NGS）及 AI 驱动的生物信息学等先进工具，正如何改变从医疗保健到农业的各个领域。
通过本课程，学生将深入学习基因工程、分子诊断、发酵技术、药物基因组学及计算生物学等核心领域，同时探索生物技术如何应用于解决全球健康、粮食安全及环境挑战。课程强调实践经验，通过实验室操作、技术转移项目、行业合作及科研计划，让学生掌握生物制药、农业生物技术及环境生物技术专业人士使用的同类方法与工具。
课程一大优势在于其紧密的行业结合。UCSI 与领先的生物技术及制药公司合作，为学生提供的合作实习、企业参访、真实项目实践及商业化路径体验。学生还将培养创业思维，将科学发现转化为可投放市场的创新成果。
评估方式包括笔试、实验报告、口头及海报展示、小组项目、案例分析以及毕业研究项目，以确保毕业生不仅具备扎实的学术能力，也能够在多学科、创新驱动的环境中胜任工作。
毕业生可在研发、分子诊断、监管事务、生物制造或生物技术初创企业等领域开展令人振奋的职业生涯。本课程也为有志继续攻读生命科学高级研究生课程的学生打下坚实基础，包括生物科技理学硕士、生物科技与商业管理理学硕士课程。
入学要求
Academic Requirements
UCSI Foundation in Science or equivalent in Malaysia
Minimum CGPA 2.00 and Possess SPM with 3 credits inclusive of Mathematics and one science subject
National matriculation
Minimum CGPA 2.00 and Possess SPM with 3 credits inclusive of Mathematics and one science subject
STPM
Minimum GPA 2.00 in any two (2) subjects and Possess SPM with 3 credits inclusive of Mathematics and one science subject
UEC
Minimum Grade B in five (5) subjects, inclusive of:
- Mathematics
- One Science subject
OR Minimum Grade B in 5 subjects and Possess SPM with 3 credits inclusive of Mathematics and one science subject
High School/Grade 12 (WITHOUT Exit award Grade 11)
Minimum overall average 60%, obtain 50% average of any two (2) subjects of the following:
- Mathematics
- Chemistry/Biology/Physics
High School/Grade 12 (WITH Exit award Grade 11)
Minimum overall average 60%, obtain 50% average of any two (2) subjects of the following:
- Mathematics
- Chemistry/Biology/Physics
Or 50% average in of any two (2) subjects of the following in Grade 11:
- Mathematics
- Chemistry/Biology/Physics
A-levels
Minimum Grade D in any two (2) subjects and Possess SPM with 3 credits inclusive of Mathematics and one science subject
Australian High/Secondary School Diploma (Grade 12) - SAM/AUSMAT/ SACE/ TEE/ NTCE/WACE
Minimum ATAR 60% or minimum 60% average in five (5) subjects inclusive of:
- Mathematics
- One Science subject
Canadian Grade 12 – CPU/CIMP
Minimum average of 60% in six (6) subjects, inclusive of:
- Mathematics
- One Science subject
International Baccalaureate (IB)
Minimum score of 26/42 from six (6) subjects, inclusive of:
- Mathematics
- One Science subject
Diploma/Advanced Diploma in related field
Minimum CGPA 2.00
Other qualifications recognized by the Malaysian government
Admission: Case by case basis
English Language Requirements
For Local Students
SPM English language
B+CEFR
Low B1English language 1119/O-Level English/IGCSE
CUEC English Language
A2MUET
Band 3- In the event that the English language requirements are not met, applicants will be required to take the Basic English and English Foundation for in-sessional academic enhancement concurrently with the programme.
For International Students
IELTS Academic
Score of 5.0Cambridge English Qualifications and Tests
Minimum score of 154TOEFL iBT
40Pearson Test of English
47MUET
Band 3.5CEFR
High B1Certified Intensive English Programme (CIEP) by ELS
Minimum score of 107- International applicants who do not meet the respective academic programme’s English Language Requirement will need to improve their proficiency by enrolling into the English for Tertiary Education programme (R/KJP/00920-00929) which helps them prepare for attaining a required band score. Placement into the various levels of the English for Tertiary Education programme depends on the English Language qualification students have at the point of admission and/or the outcome of the English Placement Test. Exemptions from the University English Language requirements can be granted if the following corresponding requirements are fulfilled: i. Internal transfer applicants who have already fulfilled the University English Language requirements. ii. Applicants who have an academic qualification from a higher learning institution which uses the English Language as a medium of instruction. The applicants who have met the respective academic programme’s English Language Requirements may be advised by the Faculty to improve their proficiency by undertaking the additional English proficiency courses.
课程大纲
Year 1
- Effective Speaking
- Effective Writing
- Integriti dan Anti-Rasuah (Integrity and Anti-Corruption) (MPU-U2)
- Chemistry for Applied Sciences
- Biomolecular Structure & Function
- Fundamental Techniques in Applied Sciences
- Biochemistry: Principles & Experiments
- Microbiology
- Molecular Cell Biology
- Introduction to Biomaterials
- Extra-curricular Learning Experience 1 (MPU-U4)
- Co-Operative Placement 1
Year 2
- Analytical Chemistry
- Immunology
- Biocatalysts & Biosensors
- Research Methods & Data Analysis
- Animal Cell Culture Technology
- Plant Biotechnology & Genetics
- Introduction to Programming
- Pharmacology
- Extra-curricular Learning Experience 2 (MPU-U4)
- Co-Operative Placement 2
Year 3
- Tools in Genetic Engineering
- Bioinformatics
- Environmental Biotechnology & Sustainability
- Human Genetics
- Bioeconomy & commercialization
- Fermentation Technology & Downstream Processing
- Bioprocess Engineering
- Co-Operative Placement 3
- Biotechnology Research Project 1
- Biotechnology Research Project 2
Electives (Choose 3 out of 12)
- Food Chemistry
- Food Processing & Packaging
- Food Microbiology
- Entrepreneurship for Applied Sciences
- Fundamentals of Marketing
- Fundamental of Management
- Introduction to Public Speaking
- Ecology & Sustainability
- Environmental Monitoring & Assessment
- Conservation & Management of Aquatic Resources
- Current Topics in Aquatic Science
- Aquatic Pollution & Toxicology
General Courses (MPU) are compulsory for all students.
U1
For Malaysian students:
- Appreciation of Ethics and Civilisations (Penghayatan Etika dan Peradaban)
- Philosophy and Contemporary Issues (Falsafah dan Isu Semasa)
For foreign students:
- Philosophy and Contemporary Issues
- Communication in Bahasa Melayu 3 (Bahasa Melayu Komunikasi 3)
Examples of research areas:
-
Algal bioreactors for wastewater treatment and biofuel production.
-
Recombinant probiotic vectors for oral biologics delivery.
-
Nanotechnology and microencapsulation for functional foods and skincare.
就业机会
生物科技毕业生可在以下领域运用专业知识，发挥所长:
- 各机构、大学、农业、临床与鉴证试验室的研究与开发（R&D）工作
- 制药、医疗保健和其他工业的品质监控
- 医院与制药公司临床研究员
- 生物信息学计算分析
其他职业机会
- 管理
- 知识产权（IP）和专利法
- 生物科技工业、生态、废物管理及环境污染控制的销售与支援服务
- 风险投资业务
- 生物科技企业
常见问题
Biomedical science is the study of basic sciences related to medicine including biochemistry, genetics, microbiology, parasitology, pharmacology, haematology, immunology, histopathology and cytopathology. Biomedical Science helps students to gain an understanding of the basic sciences that are related to medicine and to develop skills in different biomedical areas. Prepare students to work effectively in healthcare services such as diagnostics, therapeutics, determining the nature of diseases, quality control, prevention, control and treatment of diseases.
Biotechnology is the application of biological knowledge to the development of products that can improve various aspects of life such as health, food supply, environment and general well-being. Examples of biotechnology application in the field of medicine include diagnosis of genetic diseases, and production of medicinal pharmaceutical preparations such as vaccines. In additional, biotechnology can also be broadly applied in non-medical areas such as production of transgenic crops in the agriculture sector, and DNA fingerprinting for criminal investigation.
The Ninth Malaysian Plan states the Government's intention to make Malaysia a biotechnology hub. In its quest to be a major biotech player in the region, the government launched the National Biotechnology Policy (NBP) in April 2005. This saw the creation of the Malaysia Biotech Corporation (MBC), a dedicated government agency to develop the industry.
Biotechnology is the application of biological knowledge to the development of products that can improve various aspects of life such as health, food supply, environment and general well-being. Examples of biotechnology application in the field of medicine include diagnosis of genetic diseases, and production of medicinal pharmaceutical preparations such as vaccines. In additional, biotechnology can also be broadly applied in non-medical areas such as production of transgenic crops in the agriculture sector, and DNA fingerprinting for criminal investigation.
The Ninth Malaysian Plan states the Government's intention to make Malaysia a biotechnology hub. In its quest to be a major biotech player in the region, the government launched the National Biotechnology Policy (NBP) in April 2005. This saw the creation of the Malaysia Biotech Corporation (MBC), a dedicated government agency to develop the industry.
Biotechnology is not a field that involves merely research on the bench, but runs the whole gamut from thoughts seeded in research, to realisation in development, feasibility in commercialisation studies and trials, and finally culminating in the production of branded products into the marketplace. Hence. holding a degree in Biotechnology does not mean that you will be just a researcher in a laboratory. In addition, the Biotechnology technical knowledge that students learned from this degree is applicable globally in various fields. A biotechnology graduate can be a research and development (R&D) officer in research institute, universities, agricultural, clinical and forensic laboratories; quality control and quality assurance officer of pharmaceutical, health care and other industrial products; clinical research coordinator in hospitals and pharmaceutical firm; and bioinformatics computational analyst. They can also be a sales and marketing executive in the field related to biotechnology or the pharmaceutical industry, manager in the manufacturing industry, patent agents specialised in Intellectual Property (IP) and patent law, venture capitalists as well as biotechnology technopreneurs.
The National Biotechnology Policy envisions that biotechnology will be a new economic engine for Malaysia, enhancing the nation’s prosperity and well-being.
The Policy is divided into three main phases; Phase I (2005-2010), Phase II (2010-2015), and Phase III (2016-2020). Phase I will focus on capacity building and the establishment of the Malaysian Biotech Corporation (MBC), the establishment of advisory and implementation councils, the education and training of knowledge workers, and the development of a legal and intellectual property (IP) framework. Phase I also focuses on the creation of jobs in the areas of agricultural biotechnology, healthcare biotechnology, industrial biotechnology, and bioinformatics. Phase II will emphasise on the business aspects, such as developing expertise in drug discovery and the development based on natural resources, new product development, and technology acquisition and licensing. Phase III will be based on the results achieved in the first two phases and bringing local biotech companies to international status.
Reference: www.bio.org
The Policy is divided into three main phases; Phase I (2005-2010), Phase II (2010-2015), and Phase III (2016-2020). Phase I will focus on capacity building and the establishment of the Malaysian Biotech Corporation (MBC), the establishment of advisory and implementation councils, the education and training of knowledge workers, and the development of a legal and intellectual property (IP) framework. Phase I also focuses on the creation of jobs in the areas of agricultural biotechnology, healthcare biotechnology, industrial biotechnology, and bioinformatics. Phase II will emphasise on the business aspects, such as developing expertise in drug discovery and the development based on natural resources, new product development, and technology acquisition and licensing. Phase III will be based on the results achieved in the first two phases and bringing local biotech companies to international status.
Reference: www.bio.org
Biotechnology programme is a multi-disciplinary science based programme which cannot be run without good laboratory facilities. The specially designed and purpose-built laboratories at UCSI university include Basic Chemistry and Biology laboratory, Microbiology laboratory, Physiology and Pharmacology laboratory, Molecular Biology laboratory, Enzyme Technology laboratory, Fermentation and scale-up laboratory, and Animal and Plant Cell Culture Laboratory. All these laboratories were built to ensure that our students were given the best facilities and real hands-on practical experience in the different fields of Biotechnology which is important for their future careers. The laboratories are equipped with high-value equipments such as Bioreactor, High-Performance Liquid Chromatography, Atomic Absorbance Spectrophotometry and such. All our students will have to carry out a final Research Project at the end of their third academic year in these laboratories under the supervision of our highly qualified academic staff. Each student will gain invaluable experience from their final project as they are given a chance to plan, exhibit and experience real hands-on laboratory practical work.
To differentiate ourselves from other institutions of higher learning offering the same degree programme, our students are well-equipped for the workforce before graduation. Our Biotechnology programme is a homegrown B.Sc. degree and is tailored to incorporate Co-Op training in year 1, 2 and 3 of study. The students have the opportunity of working for two months at the end of each of the three academic years on their Co-Operative Placements in a company in the related industries. This means they would have more than six months of real world working experience before they graduate. The Co-Op aims to develop not only students’ communications and soft skills, but also help students to relate theory with practical and working experience in the Biotechnology industry in Malaysia. It also aims to provide students with technical and analytical skills to carry out life science research and prepares them to pursue postgraduate studies in a range of disciplines.
UCSI B.Sc. Biotechnology (Hons) degree is recognized by our partner universities in Australia, UK, Canada and USA.
UCSI graduates can pursue a Master in Science degree by research or course work in local universities or overseas. They can choose to enrol in a Masters programme specialising in any of the 5 main fields of Biotechnology, i.e. Industrial Biotechnology, Medical Biotechnology, Agricultural Biotechnology, Environmental Biotechnology and Forensic Molecular Biology or in any other specific disciplines such as Biomedical Sciences, Immunology, Pharmaclogy and many others.
The career opportunities for a biotech graduates range across many industry sectors due to the wide applications of biotechnology. These include the food and agricultural sector, medical and bio-pharmaceutical sector, industrial and environmental sector as well as the animal and aquaculture sectors. UCSI University graduates have gone on to pursue careers overseas such as in Singapore where they found employment as researchers, both in private and government research centres.
This programme does not need any professional body recognition but it is accredited by the Malaysian Qualification Agency (MQA).
费用
本国学生
总费用约：
RM 99,400
国际学生
总费用约：
RM 120,801
注：
- 此为预估费用，因各国签证处理费和行政费而异。请向各国升学顾问咨询有关费用明细。
- 根据马来西亚政府税务条例，自2025年7月1日起，非马来西亚公民须缴纳6%的服务税。
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