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Bachelor of Science (Hons) in Bioinformatics(N/421/6/0038) (06/22) (MQA/PA 6184)

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Bioinformatics is an exciting and challenging multidisciplinary field that combines mathematical, statistical, computer science and information technology methods to solve problems in biology. In the recent years, rapid technological advances have produced tremendous amount of biological data. This has led to an increased demand for bioinformatics graduates who are skilled in applying computational algorithms and tools to make meaningful sense of the biological data. The Bachelor of Science (Hons) Bioinformatics aims to produce quality graduates with relevant skills and hands-on experience to meet the increasing demands in the bioinformatics job sector.

The Programme Educational Objectives (PEOs) are:

  • The programme aims to produce graduates who have a comprehensive understanding of bioinformatics
  • The programme aims to produce graduates who are competent in various practical, numerical and digital skills related to bioinformatics
  • The programme aims to produce graduates who are able to demonstrate entrepreneurship, leadership and recognize the need of lifelong learning for successful career advancement
  • The programme aims to produce graduates who are competent in communication and interpersonal skills
  • The programme aims to produce graduates who possess innovative thinking, analytical skills and problem-solving abilities to facilitate the application of bioinformatics into various aspects of bioinformatics.
  • The programme aims to produce graduates who are aware of current issues and technological advancement in bioinformatics taking into account of commercial, ethical, social and legal issues
The Programme Learning Outcomes (PLOs) are developed in such a way that on completion of the programme, graduates will be able to:

  • PLO1: Demonstrate specialized knowledge in a specific discipline in bioinformatics and life sciences.
  • PLO2: Perform independent research and adapt protocols and procedure to generate reliable data for scientific report.
  • PLO3: Analyze and assess bioinformatics information from a variety of sources to seek solutions to address challenges and concerns in bioinformatics and life sciences
  • PLO4: Communicate and demonstrate interpersonal skills
  • PLO5: Function effectively and responsibly as a group member or a leader in a group to solve problems
  • PLO6: Demonstrate professionalism and understanding of the basic ethical, legal and social issues related to bioinformatics
  • PLO7: Demonstrate lifelong learning and entrepreneurial skills
  • PLO8: Analyse and interpret data using digital and numerical skills
Programme StructureMinimum Entry RequirementsCareer OpportunityKey Highlights

Programme Structure

Year 1 Year 2 Year 3
Biochemistry Basic Mathematics Bioethics, Bioregulation & Biosafety
Biocomputing Biomathematics Biomolecular Diagnostics
Biodiversity Bioinformatics Trends Business Management
Biophysical chemistry Bioinstrumentation Comparative Genetics
Cell and Molecular Biology Biostatistics Crop Biotechnology
English for Specific Academic Purposes Database Management Environmental Biotechnology
English for Professional Purposes Genetics Genetic Engineering System Industrial Training
Introduction To Communication Object Oriented Programming with C++ Molecular Modeling
Microbiology Perl Programming and Bioperl Molecular Phylogeny and Evolution
Self Reliance & Social Responsibility Transcriptomics and Proteomics Research Methodology
Falsafah & Isu Semasa U4 Activities Research Project
Penghayatan Etika & Peradaban (Malaysia Students) or Bahasa Melayu Kumunikasi 2 (International Students) Electives: Choose 5 Web Designing and Internet Programming
Kursus Integriti & Anti Rasuah Algal and Fungal Science Electives: Choose 6
Biomathematics Articial Neural Network
Downstream Processing Bioethics, Bioregulation & Biosafety
Introduction to Algorithms Biopython
Laboratory Biorisk Management Business Management
Permutations and Combinations Forensic Bioinformatics
Plant Tissues and Animal Cell Culture Medical Biotechnology
Virology Metabolomics
Pharmacogenomics

Minimum Entry Requirements

QUALIFICATION ACADEMIC REQUIREMENTS
STPM/A-Level Pass with CGPA 2.0 (Grade C) in three (3) subjects including Biology
UEC Grade B in 5 subjects
Matriculation/Foundation in Sciences/Pre-Medical courses**(courses ≥ 1 year in the same institution) Pass in three (3) subjects including Biology (Min 50%/Grace C/CGPA 2.0)
Canadian International Matriculation Program (CIMP)/South Australian Matriculation (SAM)/Canadian Pre-Univeristy (CPU)/Monash University Foundation Year (MUFY)/New South Wales (NSW)/Higher School Certificate (HSC)/University of New South Wales (UNSW) Grade C in three (3) subjects including Biology
Diploma (Level 4, KKM) (Computer Science, IT/Health Sciences or any diploma in Science) Min Pass 50% or Grade C or CGPA ≥ 2.0
Degree (Level 6, KKM) (Computer Science, IT/Health Sciences or any diploma in Science) Min Pass 50% or Grade C or CGPA ≥ 2.0
International Baccalaureate (IB) Pass with min 24 score
Other qualification Will be assessed and referred for approval on case by case basis

Career Opportunities

  • Bioinformatician
  • Bioinformatics Data Analyst
  • Computational Biologist
  • Entrepreneur
  • Laboratory Specialist
  • Licensing Associate
  • Patent Agent
  • Product Sales and Marketing
  • Product Specialist
  • Quality Controller
  • Research Officer
  • Scientific Officer
  • Science / Biotechnology Writer
  • Tutor

Key Highlights

  • Overseas industrial training opportunity
  • Programmes crafted for Industrial Revolution 4.0 (IR 4.0)
  • Active research collaboration with local and international universities
  • Driven by the Centre of Excellence for Omics-Driven Computational Biodiscovery
  • (COMBio) which has won global recognitions and collaborations with top universities in the world.

Testimonial

I am incredibly proud to have completed my degree in Bioinformatics at Aimst University. The journey was both challenging and rewarding, providing me with a deep understanding of computational biology, data analysis, and the intersection of technology and life sciences. Throughout my studies, I had the opportunity to work with knowledgeable professors and collaborate with talented friends, all of which enhanced my learning experience. This degree has equipped me with the skills and confidence to pursue a meaningful career in bioinformatics, and I am excited about the opportunities that lie ahead.

 

Logadarshini Shanmugam

Medical Executive, Sol N Sons Sdn Bhd