Life Science - Biochemistry
Introduction
Biochemistry is the study of components and compositions of living cells. It focuses on studying the components building up a cell, such as carbohydrates, protein, fats, nucleic acid and other biomolecules, generally deals with the structure, function, chemical reaction and the relationship between living cells. Apart from the inner part of cells, students will also learn chemistry in the human body, plants and microorganisms, for instance, the metabolism, synthesis and decompose of the matter, transmission of the signals, mutation of genetic materials, the occur and cure of diseases.
Study Subjects
- Bioenergetics
- Bio-informatics
- Bio-inorganic chemistry
- Biomolecules
- Bio-organic Chemistry
- Bio-physical Chemistry
- Biotechnology
- Cell Biology
- Chemical Metabolism
- Clinical Biochemistry
- Enzymology
- Genetic Engineering
- Immunology
- Membrane Biology
- Microbial Physiology and Hormones
- Microbiology
- Molecular Biology
- Nutritional Biochemistry
- Organic chemistry
- Plant Biochemistry
- Protein Chemistry
- Research Methodology
- Stereo Chemistry
- Tools and Techniques in biochemistry
Career Opportunities
Graduates can work for the government departments or research institution to engage in the research of biochemistry, or work as a medical researcher, assayer or an assistant in the hospitals and laboratories. Besides, students can also throw themselves into the other interrelated field, such as industrial and agricultural sector to make assay and research.
Life Science - Bioinformatics
Introduction
Bioinformatics is interdisciplinary of biology and information technology (IT). This happens as while conducting biological researches, it involves large and complex biological data sets, such as the sequencing of DNA and proteins, the genome annotation, biomolecules structure and the metabolism. Therefore, except the rudimental biological knowledge, students also study the IT knowledge such as the software tools and computer programming to interpret and analyse the biological data. Furthermore, students learn about the existing bio-information systems and bio-consulting tools, too.
Study Subjects
- Anatomical Sciences
- Biochemistry
- Bioinformatics
- Biostatistics
- Biotechnology
- Cellular biology
- Data mining and modeling
- Ecology and Evolutionary Biology
- General Biology
- Genetics
- Microbiology and Immunology
- Molecular Biology, Biochemistry and Biophysics
- Molecular genetics
- Physiology and Related Sciences
- Statistical formulas and data collection
Career Opportunities
Graduates may work as the data set administrator in hospitals, medical centres, research institutions and laboratories to interpret and manage related data. Moreover, students can devote themselves to the private sector, for examples, biotechnology enterprise, medical companies, cosmetics manufacturing companies or food companies to be a bioinformatician, database manager and software programmer.
Life Science - Biology
Introduction
Biology focuses on studying the life and living organism including their physical structure, growth, origin and evolution. Furthermore, this main department is divided into zoology, botany and microbiology according to the various research target; based on the research content, it is classified to taxonomy, anatomy, physiology, genetics etc. On top of that, students are trained to be familiar with adequate experimental skills, to discover modest knowledge that combines biology with other sectors including pharmacy, agriculture and food processing.
Study Subjects
- Botany
- Cell biology
- Chemistry in Biology
- Diffusion and osmosis
- Ecology
- Evolution
- Homeostasis
- Immunology
- Macromolecules
- Paleontology
- Taxonomy
- Virology
- Zoology
Career Opportunities
Graduates could work for the government department or research institutions, such as the environmental department, MARDI, PORIM and NAFAS to take charge of the research and technology development. Moreover, students may allocate themselves in the related industrial field, for instance, waste disposal, fertilizer, agriculture, pharmaceutical and food processing industry.
Life Science - Biotechnology
Introduction
Biotechnology is a study that introduces scientific techniques to enhance our living quality by using gene manipulation, screening and transplanting, cell, protein and microbial biotechnology. Students will learn the combination knowledge of biology and other related fields, for instance, in the medical sector, to furnish the diagnostic method, develop a vaccine, genetic treatment and drug discovery. For agriculture, students could cooperate with their knowledge to increase the crop resistance, yield production and bio-fertilizer development. Furthermore, students will learn to apply their knowledge into industrial use.
Study Subjects
- Advanced analytical techniques
- Animal Biotechnology
- Applied Chemistry
- Applied Genetic Engineering- II (Application)
- Applied Physics
- Bioinformatics
- Biological & Biochemical Techniques
- Biomathematics
- Biophysics
- Bioprocess Technology
- Biostatistics
- Biotechnology Management
- Cell Biology
- Commercial Aspects of Biotechnology
- Concept of Biotechnology
- Developmental Biology
- Down stream Processing
- Ecology & Biodiversity
- Electronics Engineering
- Engineering Drawing
- Engineering Mechanics
- Environmental Technology
- Functional Genomics / High throughput Research Tools
- Genetic Engineering
- Genetics & Evolution
- Immunology & Virology
- Intermediary Metabolism
- IPR , Biosafety, Bioethics & Enterpreunership
- Mammalian Anatomy
- Mammalian physiology
- Microbiology
- Molecular Biology of Eukaryotes
- Molecular Biology of Prokaryotes
- Molecular Cell Signalling
- Molecules of life Enzymology & Enzyme Technology
- Neurobiology and Behavioral Sciences
- Plant Biotechnology
- Principles of Drug Action, Modelling & Design Paper
Career Opportunities
Graduates can opt to work for the government and research institutions for the research work. Students can also choose to work in private institutions such as the biotechnology enterprise, medical, cosmetic, food manufacturing companies and environmental conservation enterprise.
Life Science - Genetics
Introduction
Genetics is the study of DNA, genes and heredity. It includes the study of gene development, structure and function in plants, animals and humans as well as in bacteria with a focus on how the characteristics of a species are passed from one generation to the next. This course is also to provide students with a fundamental understanding of genetic principles underlying the application of molecular genetic techniques where they will be able to understand basic principles of molecular genetics, apply such principles to ecological, environmental and conservation research, interpret genetic data in an applied context, communicate and disseminate the results of their research.
Study Subjects
- Structure and Function of Genes
- Chromosomes and Genomes
- Biological Variation
- Recombination, Mutation, and Selection
- Population Genetics
- Genetic Methods
- Analyze Protein Function
- Gene Regulation
- Inherited Disease.
Career Opportunities
Practical experience gained through work shadowing and placements in the laboratory or field may increase graduates’ chances of finding genetics-related work. It's also useful to build up knowledge of the range of techniques used in the area. Graduates might decide to do some volunteering with organizations that specialize in researching genetic conditions or supporting people with inherited disorders.
The jobs that graduates can opt for is academic researcher, clinical research associate, clinical scientist, genomics, clinical scientist, immunology, genetic counsellor, pharmacologist, plant breeder/geneticist, research scientist (life sciences) and research scientist (medical).
Life Science - Microbiology
Introduction
Microbiology is a department that studies small, cell-free, single-cell or simple-structured multi-cell lower organisms. The research topic of this department include the structure, morphological characteristics, physiological characteristics, metabolism, reproduction and variation of microorganisms such as viruses, archaebacterial, epiphyte, algae and protozoa, variation, resistance (fastness) and ecological distribution (ecological distribution) etc. In addition, students will also learn how to combine the knowledge of this department with other field, such as biotechnology, medicine, agriculture, environmental pollution treatment and remediation, etc., and be exposed to the knowledge of some microorganisms on human functions or diseases caused by them.
Study Subjects
- Microbial physiology
- Genetics
- Ecology
- Immunology
- Virology
- Taxonomy
- Virology
- Microbiologically pure culture techniques
- Microscopic observation art assay techniques
- Cell volume
- Quantitative technique
Career Opportunities
Graduates can generally work as researchers in laboratories of microbiology, bioengineering, biotechnology, etc. in research institutions or government and private hospitals to engage in research or technology development. In addition, you can also enter the microbiology-related industries (such as pharmaceutical industry, environmental protection industry, mildew industry, food industry, agriculture, etc.) to engage in technical operations or development related work.
Life Science - Zoology
Introduction
Zoology is actually a biology course that studies on animals including Parasites, Protozoa. Mammal, Insects, Sea Creatures and Reptiles. Students will be learning on physiological studies of the animals, Evolution, Genetics and Life form of the animals.
Apart from that, students will need to study other biology field like Plantation, Animal Agriculture and Veterinary studies.
Study Subjects
- Evolution of life
- Biology
- Animals’ genetics
- Immunology
- Biotechnology
- Wild Animal Management
- Anatomy studies
- Animal Breeding studies
Career Opportunities
Graduates can be working in Wildlife Conversation, Parks, Farms, Zoo, and Breeding Farm.
Other courses you might be interested...
Life Science - Biochemistry
Introduction
Biochemistry is the study of components and compositions of living cells. It focuses on studying the components building up a cell, such as carbohydrates, protein, fats, nucleic acid and other biomolecules, generally deals with the structure, function, chemical reaction and the relationship between living cells. Apart from the inner part of cells, students will also learn chemistry in the human body, plants and microorganisms, for instance, the metabolism, synthesis and decompose of the matter, transmission of the signals, mutation of genetic materials, the occur and cure of diseases.
Study Subjects
- Bioenergetics
- Bio-informatics
- Bio-inorganic chemistry
- Biomolecules
- Bio-organic Chemistry
- Bio-physical Chemistry
- Biotechnology
- Cell Biology
- Chemical Metabolism
- Clinical Biochemistry
- Enzymology
- Genetic Engineering
- Immunology
- Membrane Biology
- Microbial Physiology and Hormones
- Microbiology
- Molecular Biology
- Nutritional Biochemistry
- Organic chemistry
- Plant Biochemistry
- Protein Chemistry
- Research Methodology
- Stereo Chemistry
- Tools and Techniques in biochemistry
Career Opportunities
Graduates can work for the government departments or research institution to engage in the research of biochemistry, or work as a medical researcher, assayer or an assistant in the hospitals and laboratories. Besides, students can also throw themselves into the other interrelated field, such as industrial and agricultural sector to make assay and research.
Life Science - Bioinformatics
Introduction
Bioinformatics is interdisciplinary of biology and information technology (IT). This happens as while conducting biological researches, it involves large and complex biological data sets, such as the sequencing of DNA and proteins, the genome annotation, biomolecules structure and the metabolism. Therefore, except the rudimental biological knowledge, students also study the IT knowledge such as the software tools and computer programming to interpret and analyse the biological data. Furthermore, students learn about the existing bio-information systems and bio-consulting tools, too.
Study Subjects
- Anatomical Sciences
- Biochemistry
- Bioinformatics
- Biostatistics
- Biotechnology
- Cellular biology
- Data mining and modeling
- Ecology and Evolutionary Biology
- General Biology
- Genetics
- Microbiology and Immunology
- Molecular Biology, Biochemistry and Biophysics
- Molecular genetics
- Physiology and Related Sciences
- Statistical formulas and data collection
Career Opportunities
Graduates may work as the data set administrator in hospitals, medical centres, research institutions and laboratories to interpret and manage related data. Moreover, students can devote themselves to the private sector, for examples, biotechnology enterprise, medical companies, cosmetics manufacturing companies or food companies to be a bioinformatician, database manager and software programmer.
Life Science - Biology
Introduction
Biology focuses on studying the life and living organism including their physical structure, growth, origin and evolution. Furthermore, this main department is divided into zoology, botany and microbiology according to the various research target; based on the research content, it is classified to taxonomy, anatomy, physiology, genetics etc. On top of that, students are trained to be familiar with adequate experimental skills, to discover modest knowledge that combines biology with other sectors including pharmacy, agriculture and food processing.
Study Subjects
- Botany
- Cell biology
- Chemistry in Biology
- Diffusion and osmosis
- Ecology
- Evolution
- Homeostasis
- Immunology
- Macromolecules
- Paleontology
- Taxonomy
- Virology
- Zoology
Career Opportunities
Graduates could work for the government department or research institutions, such as the environmental department, MARDI, PORIM and NAFAS to take charge of the research and technology development. Moreover, students may allocate themselves in the related industrial field, for instance, waste disposal, fertilizer, agriculture, pharmaceutical and food processing industry.
Life Science - Biotechnology
Introduction
Biotechnology is a study that introduces scientific techniques to enhance our living quality by using gene manipulation, screening and transplanting, cell, protein and microbial biotechnology. Students will learn the combination knowledge of biology and other related fields, for instance, in the medical sector, to furnish the diagnostic method, develop a vaccine, genetic treatment and drug discovery. For agriculture, students could cooperate with their knowledge to increase the crop resistance, yield production and bio-fertilizer development. Furthermore, students will learn to apply their knowledge into industrial use.
Study Subjects
- Advanced analytical techniques
- Animal Biotechnology
- Applied Chemistry
- Applied Genetic Engineering- II (Application)
- Applied Physics
- Bioinformatics
- Biological & Biochemical Techniques
- Biomathematics
- Biophysics
- Bioprocess Technology
- Biostatistics
- Biotechnology Management
- Cell Biology
- Commercial Aspects of Biotechnology
- Concept of Biotechnology
- Developmental Biology
- Down stream Processing
- Ecology & Biodiversity
- Electronics Engineering
- Engineering Drawing
- Engineering Mechanics
- Environmental Technology
- Functional Genomics / High throughput Research Tools
- Genetic Engineering
- Genetics & Evolution
- Immunology & Virology
- Intermediary Metabolism
- IPR , Biosafety, Bioethics & Enterpreunership
- Mammalian Anatomy
- Mammalian physiology
- Microbiology
- Molecular Biology of Eukaryotes
- Molecular Biology of Prokaryotes
- Molecular Cell Signalling
- Molecules of life Enzymology & Enzyme Technology
- Neurobiology and Behavioral Sciences
- Plant Biotechnology
- Principles of Drug Action, Modelling & Design Paper
Career Opportunities
Graduates can opt to work for the government and research institutions for the research work. Students can also choose to work in private institutions such as the biotechnology enterprise, medical, cosmetic, food manufacturing companies and environmental conservation enterprise.
Life Science - Genetics
Introduction
Genetics is the study of DNA, genes and heredity. It includes the study of gene development, structure and function in plants, animals and humans as well as in bacteria with a focus on how the characteristics of a species are passed from one generation to the next. This course is also to provide students with a fundamental understanding of genetic principles underlying the application of molecular genetic techniques where they will be able to understand basic principles of molecular genetics, apply such principles to ecological, environmental and conservation research, interpret genetic data in an applied context, communicate and disseminate the results of their research.
Study Subjects
- Structure and Function of Genes
- Chromosomes and Genomes
- Biological Variation
- Recombination, Mutation, and Selection
- Population Genetics
- Genetic Methods
- Analyze Protein Function
- Gene Regulation
- Inherited Disease.
Career Opportunities
Practical experience gained through work shadowing and placements in the laboratory or field may increase graduates’ chances of finding genetics-related work. It's also useful to build up knowledge of the range of techniques used in the area. Graduates might decide to do some volunteering with organizations that specialize in researching genetic conditions or supporting people with inherited disorders.
The jobs that graduates can opt for is academic researcher, clinical research associate, clinical scientist, genomics, clinical scientist, immunology, genetic counsellor, pharmacologist, plant breeder/geneticist, research scientist (life sciences) and research scientist (medical).
Life Science - Microbiology
Introduction
Microbiology is a department that studies small, cell-free, single-cell or simple-structured multi-cell lower organisms. The research topic of this department include the structure, morphological characteristics, physiological characteristics, metabolism, reproduction and variation of microorganisms such as viruses, archaebacterial, epiphyte, algae and protozoa, variation, resistance (fastness) and ecological distribution (ecological distribution) etc. In addition, students will also learn how to combine the knowledge of this department with other field, such as biotechnology, medicine, agriculture, environmental pollution treatment and remediation, etc., and be exposed to the knowledge of some microorganisms on human functions or diseases caused by them.
Study Subjects
- Microbial physiology
- Genetics
- Ecology
- Immunology
- Virology
- Taxonomy
- Virology
- Microbiologically pure culture techniques
- Microscopic observation art assay techniques
- Cell volume
- Quantitative technique
Career Opportunities
Graduates can generally work as researchers in laboratories of microbiology, bioengineering, biotechnology, etc. in research institutions or government and private hospitals to engage in research or technology development. In addition, you can also enter the microbiology-related industries (such as pharmaceutical industry, environmental protection industry, mildew industry, food industry, agriculture, etc.) to engage in technical operations or development related work.
Life Science - Zoology
Introduction
Zoology is actually a biology course that studies on animals including Parasites, Protozoa. Mammal, Insects, Sea Creatures and Reptiles. Students will be learning on physiological studies of the animals, Evolution, Genetics and Life form of the animals.
Apart from that, students will need to study other biology field like Plantation, Animal Agriculture and Veterinary studies.
Study Subjects
- Evolution of life
- Biology
- Animals’ genetics
- Immunology
- Biotechnology
- Wild Animal Management
- Anatomy studies
- Animal Breeding studies
Career Opportunities
Graduates can be working in Wildlife Conversation, Parks, Farms, Zoo, and Breeding Farm.
Other courses you might be interested...
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