Advance Your Research Journey with Us

 

At Taylor's University, we believe that research is the key to unlocking solutions to society’s most pressing challenges. Your research can contribute to groundbreaking advancements and make a meaningful impact on the world.

 

Join a vibrant community of scholars and experts dedicated to pushing the boundaries of knowledge. With access to state-of-the-art facilities and unparalleled support, your research can pave the way for significant societal change.

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WHY RESEARCH AT TAYLOR'S

Taylor's University is proudly ranked in the top 1% of universities globally, reflecting our commitment to excellence in education and research. Accredited by prestigious bodies, we are recognised for our innovative approach and impactful research contributions. Our reputation for academic rigour and research excellence attracts students and scholars from around the world, fostering a diverse and vibrant academic community.

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PROGRAMME OVERVIEW

Our postgraduate research degrees are designed to empower you to make significant contributions to your field. With a focus on innovative and impactful research, we offer a dynamic environment where you can thrive and achieve your academic and professional goals.

MASTER IN RESEARCH
DOCTOR OF PHILOSOPHY (PhD)

Master of Research degree provides a solid foundation in research methodologies and advanced study in your chosen discipline, preparing you for higher-level research or professional practice.

Master of Science

Advance your expertise in scientific research, gaining deep insights and innovative skills to solve complex real-world problems.

Master of Food Studies

Explore the science, culture, and technology of food. Develop innovative solutions for global food challenges and sustainability.

Master of Design

Unleash your creativity and transform ideas into impactful designs. Lead the future of design with advanced knowledge and practical skills.

Master of Education

Empower future generations through advanced educational theories and practices. Become a leader in educational innovation and reform.

Master of Science in Engineering

Drive technological advancements and solve engineering challenges with cutting-edge research and practical application.

Master of Science in Tourism

Shape the future of tourism with innovative strategies and sustainable practices. Lead in a dynamic and evolving global industry.

Master of Philosophy in Pharmaceutical Science

Conduct pioneering research in pharmaceutical sciences, advancing drug development and therapeutic innovations for better healthcare.

Master of Philosophy in Pharmacy

Transform healthcare through advanced research in pharmacy. Innovate in drug therapy, patient care, and pharmaceutical technologies.

Master of Science in Medical Science

Advance medical knowledge through cutting-edge research. Contribute to groundbreaking discoveries and improve healthcare outcomes.

Our PhD programme is designed for those who wish to make original contributions to knowledge in their field, fostering independent research and critical thinking skills.

Doctor of Philosophy in Architecture

Innovate and lead in architectural research. Shape the future of design and construction with groundbreaking studies and creative solutions.

Doctor of Philosophy in Science

Push the boundaries of scientific knowledge. Conduct pioneering research that addresses critical global challenges and advances our understanding of the natural world.

Doctor of Philosophy in Business

Transform the business world with cutting-edge research. Explore innovative strategies and solutions to drive success in a dynamic global marketplace.

Doctor of Philosophy In Food Studies

Revolutionise the field of food studies. Conduct impactful research that addresses global food security, sustainability, and innovation in the food industry.

Doctor of Philosophy in Media and Communication Studies

Lead the evolution of media and communication. Conduct transformative research that influences public discourse and shapes the future of communication.

Doctor of Philosophy in Computer Science

Drive technological innovation and advancement. Conduct pioneering research in computer science to solve complex problems and create new technologies.

Doctor of Philosophy In Design Management

Lead in the integration of design and management. Innovate in design strategies, enhance business processes, and drive organisational success through research.

Doctor of Philosophy In Education

Transform education with visionary research. Explore new teaching methodologies, policy development, and educational practices to improve learning outcomes.

Doctor of Philosophy in Engineering

Innovate and lead in the field of engineering. Conduct cutting-edge research to solve complex technical challenges and advance technological frontiers.

Doctor of Philosophy In Hospitality & Tourism

Transform the hospitality and tourism industry with innovative research. Develop sustainable strategies and enhance global tourism experiences.

Doctor of Philosophy in Law

Advance legal scholarship and practice. Conduct impactful research on contemporary legal issues and contribute to the evolution of law.

Doctor of Philosophy in Social Sciences

Explore and address societal challenges through rigorous research. Influence policy, social change, and contribute to a better understanding of human behaviour and society.

Doctor of Philosophy in Pharmaceutical Science

Pioneer advancements in pharmaceutical sciences. Conduct groundbreaking research to enhance drug development, delivery, and therapeutic outcomes.

Doctor of Philosophy in Medical Science

Advance the frontiers of medical science. Conduct innovative research to improve health outcomes and contribute to the future of medical practice.

RESEARCH OPPORTUNITIES

Researchers at Taylor's are engaged in numerous impactful projects that address real-world challenges. Some of our current research projects include:

School of Architecture, Building and Design
School of Biosciences
School of Engineering
School of Medicine
School of Pharmacy

Developing a Circular Economy Design Framework for Existing Purpose-built Office Towers in Kuala Lumpur, Malaysia

Developing a Circular Economy Design Framework for Existing Purpose-built Office Towers in Kuala Lumpur, Malaysia

This project aims to develop and validate a circular design framework for existing purpose-built office towers based on secondary and primary data from stakeholders of the selected buildings in Kuala Lumpur.

 

  • Funding: N/A
  • Project/Team Leader: Associate Professor Dr Camelia Kusumo
  • Discipline: Architecture
  • School: School of Architecture, Building and Design

Investigating the Anthocyanin Biosynthetic Pathway and Its Regulatory Mechanisms in Clitoria ternatea Varieties Using Transcriptomics and Metabolomics Approaches

Investigating the Anthocyanin Biosynthetic Pathway and Its Regulatory Mechanisms in Clitoria ternatea Varieties Using Transcriptomics and Metabolomics Approaches

This project focuses on investigating the anthocyanin biosynthetic pathway and its regulatory mechanisms in Clitoria ternatea varieties using transcriptomics and metabolomics approaches.

  • Funding: N/A
  • Project/Team Leader: Associate Professor Dr Yap Wei Hsum
  • Discipline: Biosciences
  • School: School of Biosciences
Mapping the complex interplay of dietary exposure to advanced glycation end products (AGEs) and their endogenous appearance in healthy and diabetic adults in Malaysia using the triads approach, and determining their relationships to cardiometabolic status

Mapping the complex interplay of dietary exposure to advanced glycation end products (AGEs) and their endogenous appearance in healthy and diabetic adults in Malaysia using the triads approach, and determining their relationships to cardiometabolic status

The Project aims to explore the relationship between dietary advanced glycation end products (AGEs), endogenous AGEs, and cardiometabolic markers, focusing on diabetic and non-diabetic populations. The Graduate Student Assistant (GRA) is expected to undertake laboratory analyses of food samples of commonly consumed Malaysian foods, plasma and urine samples. Biological samples are already obtained from the diabetic and health cohorts of the Rice Intervention in Chronic Health Patients (RICH) Study, which is the parent of this study. The GRA will work under the supervision of experts at Taylor's University and the Institute of Medical Research/ NIH and will have access to and training in advanced instrumentation.

  • Funding: FRGS/1/2023/SKK06/TAYLOR/01/1
  • Project/Team Leader: Prof Dr Tilakavati Karupaiah
  • Discipline: Food Science, Nutrition, Biomedical Science
  • School: School of Biosciences

Investigation of the Correlations of 5G Heterogeneous Network Performance and User Bandwidth Behavior Using Machine Learning

Investigation of the Correlations of 5G Heterogeneous Network Performance and User Bandwidth Behavior Using Machine Learning

This research applies advanced Machine Learning (ML) to explore how mobile users' bandwidth preferences relate to 5G network performance, following 3GPP standards. It aims to develop adaptable networks that respond to user needs and network changes. Real-time 5G data is processed with outlier detection, extracting features to enhance insights. Techniques like dimensionality reduction and feature scaling ensure data quality and reduce complexity. Supervised, unsupervised, and reinforcement learning algorithms analyse processed data, evaluating models based on accuracy and recall. The goal is to uncover correlations between 5G performance and user bandwidth behaviour, revealing patterns and relationships.

  • Funding: MYR 72,447
  • Position: Master's by Research
  • Project/Team Leader: Associate Professor Ir. Dr Pang Wai Leong
  • Discipline: Mobile Network, Machine Learning, 5G
  • School: School of Engineering

Comprehensive Assessment of Chlamydia trachomatis in Pregnant Women: Prevalence, Risk Factors, and Diagnostic Considerations Accompanied by Digital Health Education‎‎‎‎

Comprehensive Assessment of Chlamydia trachomatis in Pregnant Women: Prevalence, Risk Factors, and Diagnostic Considerations Accompanied by Digital Health Education‎‎‎‎

The overall aim of this project is to develop safe, effective, and affordable methods for the early detection, treatment, and prevention of chlamydial infection. This study is expected to produce standard operating procedures (SOPs)/guidelines for detection and treatment and promote health education in pregnancy.

  • Funding: MYR 27,000
  • Project/Team Leader: Associate Professor Dr Anitha Ponnupillai
  • Discipline: Obstetrics & Gynaecology, Taylor’s Clinical School
  • School: School of Medicine

The Assessment of Medication Use Problems among Individuals Living with HIV

The Assessment of Medication Use Problems among Individuals Living with HIV

This Master/PhD project aims to study the incidence and prevalence of polypharmacy, drug-drug interactions and potentially inappropriate prescription among HIV and non-HIV individuals

  • Funding: The project is fully funded, and scholarships are available for deserving candidates to cover tuition fees and/or provide a monthly stipend.
  • Project/Team Leader: Dr Renukha Sellappans
  • Discipline: Pharmacy
  • School: School of Pharmacy
Utilising Active Learning for the Computational Design of Highly Selective Swainsonine Analogues Targeting GMII

Utilising Active Learning for the Computational Design of Highly Selective Swainsonine Analogues Targeting GMII

This project aims to utilise active learning, a combination of machine learning and simulation methods, to computationally design and synthesise highly selective swainsonine analogues targeting Golgi alpha-mannosidase II as potential anticancer agents.

  • Funding: N/A
  • Project/Team Leader: Dr Jason Loo
  • Discipline: Computational Chemistry, Computer-aided Drug Design
  • School: School of Pharmacy
Development of a Biomimetic Lamellar System for Tocotrienol Delivery Against Air Pollution-Induced Skin Damage

Development of a Biomimetic Lamellar System for Tocotrienol Delivery Against Air Pollution-Induced Skin Damage

The study aims to develop a lamellar nanocarrier system using self-assembly technology to enhance skin permeability, targeted release, and stability of tocotrienols, thereby mitigating air pollution-induced skin damage.

 

  • Funding: MYR 205,521
  • Project/Team Leader: Dr Chu Chee Chin
  • Discipline: Pharmaceutical Technology
  • School: School of Pharmacy
Formulation Design and Efficacy Assessment of Essential Oil Blends for Marine-based Anti-aging Skincare

Formulation Design and Efficacy Assessment of Essential Oil Blends for Marine-based Anti-aging Skincare

Description: In this research, we are going to examine the synergistic effects of essential oils with marine algae extracts, exploring their anti-ageing properties and formulating effective skincare regimens to fight premature ageing. We aim to unlock novel skincare solutions that are sustainable and also, to revolutionise beauty with science and innovations.

  • Funding: N/A
  • Project/Team Leader: ChM. Dr. Brian Teo Sheng Xian
  • Discipline: Cosmetic Science, Skincare
  • School: School of Pharmacy
Mesenchymal Stem Cells Exosomes for the Treatment of Skin Diseases

Mesenchymal Stem Cells Exosomes for the Treatment of Skin Diseases

In this research, we are going to determine the efficacy of mesenchymal stem cell exosomes for the efficacy in alleviating skin diseases. This work will use both cell culture and animal models for the efficacy study.

  • Funding: The project is fully funded by Industry, and scholarships are available for deserving candidates to cover tuition fees and/or provide a monthly stipend.
  • Project/Team Leader: Associate Professor Dr Foo Jhi Biau
  • Discipline: Regenerative Medicine
  • School: School of Pharmacy
Assessing the Adherence to Medication among Renal Transplant Patients in Malaysia

Assessing the Adherence to Medication among Renal Transplant Patients in Malaysia

Adherence to medication and lifestyle modifications is crucial for the long-term success of renal transplant patients on immunosuppressant medications. The study will investigate factors influencing adherence, including socioeconomic status using a novel adherence scale. This project aims to evaluate and understand the adherence patterns of renal transplant patients in Malaysia.

  • Funding: N/A
  • Project/Team Leader: Dr Ganesh Sritheran Paneerselvam
  • Discipline: Clinical Pharmacy
  • School: School of Pharmacy
Exosome-Liposome Hybrid Carrier for Breast Cancer Treatment

Exosome-Liposome Hybrid Carrier for Breast Cancer Treatment

This research aims to develop a hybrid carrier combining exosomes and liposomes to deliver therapeutic peptides for breast cancer treatment and the efficacy of this formulation will be evaluated through cell culture.

  • Funding: N/A
  • Project/Team Leader: Dr Stella Tan Li Kar
  • Discipline: Formulation & Drug Delivery
  • School: School of Pharmacy

Be part of a vibrant community of scholars, access state-of-the-art facilities, and work alongside world-renowned experts. Your research can drive groundbreaking advancements and make a meaningful impact on the world. Request For Information.

SUPPORT AND RESOURCES

Taylor's University is equipped with state-of-the-art research facilities designed to support your academic and research endeavours. Our advanced laboratories are fitted with cutting-edge technology and equipment, enabling you to conduct high-quality research.

 

At our libraries, we offer extensive collections of books, journals, and digital resources, providing comprehensive support for your studies. We also have collaborative spaces and meeting rooms that foster teamwork and innovation, ensuring you have the environment you need to succeed.

FUNDING AND SCHOLARSHIPS
SUPPORT SERVICES

We understand that financial support is crucial for your research journey. Taylor's University offers a range of funding opportunities, scholarships, and grants to help you pursue your postgraduate studies. These include:

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At Taylor's University, we are committed to providing comprehensive support to our postgraduate students. Our support services include:

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APPLICATION PROCESS

Application Timeline
Eligibility Requirements
How to Apply

Apply by the deadline to ensure a smooth admissions process.

September 2025 Intake

Malaysian applicants: August 2025 | Non-Malaysian applicants: June 2025

Note:

1. For students who require pre-requisites and those applying for PhD by Prior Publication will require more time.

2. 2025 dates are provisional dates and are subject to confirmation and approval.

To be considered for our postgraduate research degrees, applicants must meet the following criteria:

 

  • Academic Qualifications: A relevant bachelor's or master's degree with a strong academic record.
  • Research Proposal: A detailed research proposal outlining your intended area of study, objectives, and methodology.
  • English Proficiency: Proof of English proficiency (e.g., IELTS) for non-native speakers.
  • Additional Requirements: Some programmes may have specific prerequisites or require professional experience in the relevant field.

 

There are several modes available for our postgraduate research programmes:

 

Normal Mode

The conventional PhD path, focusing on new research supervised by our expert faculty

 

Direct Entry Mode

Accelerated PhD path for bachelor's degree graduates with strong research potential

 

Prior Publication Mode

Earn your PhD based on your existing published research 

*Not applicable for PhD in Social Sciences

Choose Your Programme

Choose Your Programme

Explore our range of postgraduate research degrees and select the programme that best aligns with your academic and career goals.
Prepare Your Documents

Prepare Your Documents

Gather all required documents, including academic transcripts, research proposal, proof of English proficiency, and any additional materials specified by the programme.
Submit Online Application

Submit Online Application

Complete and submit the online application form available on the Taylor's University website. Ensure all information is accurate and all required documents are uploaded.
Application Fee

Application Fee

Pay the non-refundable application fee as specified on the application portal.
Interview (if required)

Interview (if required)

Some programmes may require an interview as part of the selection process. You will be notified if an interview is necessary.
Await Decision

Await Decision

Once your application is submitted, it will be reviewed by the admissions committee. You will be notified of the decision via email.
Accept Offer

Accept Offer

If you receive an offer of admission, follow the instructions to accept the offer and complete any additional steps required for enrolment.