MSc in Process Safety

DetailsInformation
LevelPostgraduate (programmework)
FacultyDepartment of Chemical Engineering, Faculty of Engineering
Duration1–3 years full-time
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

JPT/BPP R/0711/7/0005 (02/25); MQA/SWA7662

Tuition (Total, Malaysian)RM29,550 for Malaysian students (conventional).

Who is this programme for?

Designed for engineering graduates, as well as working professionals seeking to develop expertise in process safety, risk management, and loss prevention across process industries such as oil and gas, petrochemical, chemical, pharmaceutical, and related sectors.

What will I learn, year by year?

Stage 1: Build foundations in process safety management, safe design and operation, human factors, hazard analysis and system safety. Stage 2: Develop specialist knowledge through electives such as fire and explosion engineering, quantitative risk assessment, industrial hygiene, emergency management and plant integrity. Final stage: Complete Research Methodology and Master Projects I & II.

Where do graduates work? Name employers and roles (≤60 words)

Graduates can work in oil and gas, petrochemical, chemical, pharmaceutical, consulting, public, and R&D sectors as Risk and Safety Managers, Process Safety Engineers, Process/Technical Safety Engineers, HSE Lead Engineers, Risk Analysts, and Safety Consultants.

One thing that makes it different at UTP

Engineer, Safety Engineer, Risk Analyst, Risk & Safety Manager, Process/Technical Safety Engineer, HSE Lead Engineer and Safety Consultant in oil & gas, petrochemical, chemical/pharmaceutical, consulting, regulatory and R&D organisations. Universiti Teknologi PETRONASUTP describes it as the only programme focusing specifically on Process Safety in Malaysia, developed with PETRONAS, process-safety institutions, experts and industry practitioners.

The Research Behind It: Which area, centre and academics?

Research and teaching focus on process safety, loss prevention, hazard analysis, risk assessment, fire/explosion, human factors, safety systems and process-plant integrity within the Department of Chemical Engineering. The programme also draws on industry practitioners through UTP's Adjunct Lecture Programme.

Cost & Funding: Which scholarships and aid apply to this programme?

GA is for PhD students only. GRA is research-oriented and should not be presented as funding for this programmework programme. Malaysian students can explore applicable EPF withdrawal, external sponsorships and education financing.

Student Life: What should an applicant to this programme know?

The programme is modular, allowing professionals to develop specific process-safety competencies. It can be studied full-time or part-time. The curriculum includes 41 credits, combining core modules, technical electives, Data Analytics, Project Management, Research Methodology and two Master Project modules.

Next Intake + Application Deadline

January, May and September intakes. For the January 2027 intake, UTP's current postgraduate application schedule gives 21 December 2026 as the Malaysian application deadline.

Placement or internship route for this programme

No compulsory internship is specified. Students instead complete Master Project I & II, allowing them to investigate and address a process-safety problem through research and applied analysis

Frequently Asked Questions

Engineering graduates and professionals interested in process safety and risk.

Yes, the programme is available part-time. 3. What areas can I specialise in?

Options include fire and explosion, quantitative risk, emergency management, industrial hygiene, environmental risk and plant integrity.

Apply Now

Programme Lead

Universiti Teknologi PETRONAS:Ts. Dr. M Hizami B M Yusoff

hizami.yusoff@utp.edu.my

Start Online Application Now
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MSc in Process Integration

Details Information
Level Postgraduate (programmework)
Faculty Faculty of Engineering
Duration 1–3 years full-time
Intakes January, May & September
Accreditation (EAC/BEM, MQA ref) (JPT/BPP(R3/0711/7/0008)07/29) (A4369)
Tuition (Total, Malaysian)  

Who is this programme for?

Individu (working professionals, engineers, managers, or graduates) who want to strengthen their expertise in process systems engineering, optimisation, energy efficiency, sustainability, and industrial process improvement.

What will I learn, year by year?

Students will learn how to design, model, integrate and optimise industrial processes to improve efficiency, safety and sustainability. They will develop skills in process modelling and optimisation, heat and energy integration, process safety, environmental design, advanced process systems, and data analytics, while applying their knowledge to real industry-based problems and projects.

Where do graduates work? Name employers and roles (≤60 words)

Graduates can pursue roles such as Process Engineer, Process Integration Engineer, Process Design Engineer, Production Engineer, Plant/Operations Engineer, Process Optimisation Engineer, Energy Engineer, Utilities Engineer, Project Engineer, Process Safety Engineer, Environmental Engineer, Sustainability Engineer, Refinery/Petrochemical Engineer, Technical Consultant, and Process Systems Engineer. These roles align with the programme’s focus on process systems engineering and its applications across the energy, chemical, petrochemical, oil & gas, renewable energy, and advanced manufacturing sectors.

One thing that makes it different at UTP

One thing that makes the MSc in Process Integration at UTP different is its strong industry integration. The programme was jointly developed with experienced PETRONAS engineers and incorporates industry-based examples, real industry-derived data, and input from senior industry experts and adjunct lecturers.

TESTIMONIAL: quote, full name, year, employer. Photo? (Y/N)

"The industry-focused knowledge, views and insights gained during my study now serve as a practical guide in my decision making, allowing me to formulate higher efficiency execution plans that have contributed to my plant’s overall operational improvement. Also, the framework helps me to optimise existing processes by analysing operations and planning from a strategic perspective. Great support and vast industrial experience of the lecturers contributed to deeper understanding of the practical relevance of the programmes in my day-to-day work challenges. - JJ Lau - Plant Engineer"

The Research Behind It: Which area, centre and academics?

"Area: Process Systems Engineering & Process Integration Department: Chemical Engineering, UTP Research strengths: Energy & Heat Integration • Process Modelling & Simulation • Process Optimisation • Process Control • Sustainable Process Design • Environmental Engineering • Process Safety Academics: Researchers and lecturers specialising in process integration, optimisation, modelling, energy systems, control, safety and sustainability. "

Cost & Funding: Which scholarships and aid apply to this programme?

EPF Withdrawal Scheme is available to Malaysian students for programmework programmes. GA is PhD-level only; GRA is tied to research-grant work and is not the standard funding route for programmework students. HRDF/SBL may be relevant where an employer sponsors an eligible employee.

Student Life: What should an applicant to this programme know?

The programme is modular and available in full-time conventional or full-time ODL mode. It requires 41 credit hours. The ODL option is fully online, with self-instructional materials, live online sessions and online open-book final exams.

Next Intake + Application Deadline

January 2027 — 21 December 2026 deadline for Malaysian applicants. UTP lists May 2027 closing on 19 April 2027. Dates are subject to change.

Placement or internship route for this programme

No separate internship is specified. Instead, Project 1 (3 credits) and Project 2 (7 credits) are designed as industrial/research-based projects under faculty and/or industry supervision, covering investigation, design/simulation, testing and implementation.

Frequently Asked Questions

No. Applicants from diverse academic and professional backgrounds are encouraged to join. Candidate with non engineering background must enrol in our two prerequisite programmes.

Yes. The programme is designed to support career advancement for professionals and managers. The is an atttractive mode of study for working profesionals which are through Open Distance Learning (ODL) which allow students to study anywhere, anytime, following their own pace!

Specialising in Process Integration equips engineers to look beyond individual equipment and optimise the entire process as an integrated system. It develops the skills to reduce energy and resource consumption, improve process efficiency, minimise environmental impact, and enhance overall plant performance, making it highly relevant to industries pursuing greater efficiency, competitiveness and sustainability

Apply Now

Programme Lead

Dr Nurul Aini Amran

nurul.amran@utp.edu.my

Start Online Application Now
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MSc in Petroleum Geoscience

DetailsInformation
LevelPostgraduate (programmework)
FacultyFaculty of Science, Management & Computing – Department of Geoscience
Duration1–3 years full-time
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

JPT/BPP(R4/0532/7/0003) (07/2031) (A7175)

Tuition (Total, Malaysian)RM29,550 (Malaysian)

Who is this programme for?

Designed for young graduates and industry professionals seeking advanced expertise in petroleum geoscience, exploration, reservoir characterisation, geophysics and subsurface risk assessment for the oil and gas industry.

What will I learn, year by year?

Semester 1: Study basin and structural dynamics, sedimentology, stratigraphy, petroleum systems and basin modelling. Semester 2: Develop skills in applied geophysics, formation evaluation, petrophysics and subsurface risking while beginning the industrial project. Semester 3: Choose two specialisations—advanced seismic, computational geophysics, reservoir modelling or reservoir engineering—and complete the industrial project and data analytics.

Where do graduates work? Name employers and roles (≤60 words)

Graduates can pursue roles such as Petroleum Geoscientist, Geologist, Geophysicist and Geotechnical Consultant, particularly within oil and gas exploration, reservoir characterisation and subsurface evaluation.

One thing that makes it different at UTP

The programme combines industry-developed curriculum, geological fieldwork, computer programming, real industry projects and specialist geoscience expertise, with modules taught by academics and industry experts.

The Research Behind It: Which area, centre and academics?

Research is supported by the Centre for Subsurface Imaging (CSI) and South-East Asia Clastic & Carbonate Research Laboratory (SEACARL). Areas include subsurface imaging, seismic technology, basin analysis, reservoir characterisation, rock physics, carbonate and clastic studies. Key academic: Assoc. Prof. Ts. Dr. Abdul Halim Abdul Latiff.

Cost & Funding: Which scholarships and aid apply to this programme?

GA is for PhD students only. GRA is research-oriented and should not be presented as funding for this programmework programme. Malaysian students can explore applicable EPF withdrawal, external sponsorships and education financing.

Student Life: What should an applicant to this programme know?

Offered full-time in conventional or ODL mode. The programme is modular, with technical modules typically delivered over 2–3 weeks, making it suitable for working professionals. ODL delivery is 100% online.

Next Intake + Application Deadline

January, May, September. For January 2027, the current Malaysian postgraduate application deadline is 21 December 2026; registration is scheduled for 4 January 2027.

Placement or internship route for this programme

Includes a 4-month Individual Industrial Project II. Projects are industry-provided and may cover basin evaluation, reservoir modelling, seismic technology, prospect maturation or non-seismic techniques.

Frequently Asked Questions

es, the modular/ODL format supports working professionals.

Advanced seismic, computational geophysics, reservoir modelling and reservoir engineering.

Yes, students undertake an industry-based project and may work on real petroleum-company projects.

Apply Now

Programme Lead

Ts Dr Abdul Halim Abdul Latiff

abdulhalim.alatiff@utp.edu.my

Start Online Application Now
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MSc in Offshore Engineering

DetailsInformation
LevelPostgraduate (programmework)
FacultyFaculty of Engineering – Department of Civil & Environmental Engineering
Duration1–3 years full-time
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

R2/0716/7/0004 (08/29); MQA/SWA4581

Tuition (Total, Malaysian)RM29,550 for Malaysian students

Who is this programme for?

Designed for engineering graduates and professionals seeking advanced expertise in offshore structures, hydrodynamics, foundations, structural integrity, project management and related offshore engineering applications.

What will I learn, year by year?

Stage 1: Build foundations in wave hydrodynamics, structural dynamics, offshore foundations and fixed offshore structures. Stage 2: Develop specialist knowledge through electives such as pipelines, subsea technology, floating platforms, geohazards and HSE. Final stage: Complete Research Projects I & II, applying offshore engineering knowledge to a research or industry problem.

Where do graduates work? Name employers and roles (≤60 words)

Graduates can pursue roles across the oil and gas and offshore engineering sectors, including offshore engineer, structural engineer, subsea engineer, pipeline engineer, geotechnical engineer, safety/risk engineer, project manager and operational maintenance engineer.

One thing that makes it different at UTP

UTP states that it is the only MSc in Offshore Engineering in Malaysia, with exposure to commercial industry software such as DNV SESAM and adjunct lectures from organisations including PETRONAS and DNV.

The Research Behind It: Which area, centre and academics?

Research focuses on offshore structures, structural integrity, subsea systems, pipelines and risers, floating structures, mooring systems and metocean engineering, supported by UTP's offshore-engineering research activities. Relevant academics include Assoc Prof Ir Ts Dr Faizul Amri Adnan and offshore engineering researchers within the Department of Civil & Environmental Engineering.

Cost & Funding: Which scholarships and aid apply to this programme?

No programme-specific scholarship is stated on the programme page. GA/GRA funding is generally associated with postgraduate research programmes, so applicants should check eligibility separately. Malaysian students can explore EPF withdrawal, external sponsorships and education financing where eligible.

Student Life: What should an applicant to this programme know?

The programme is conducted 100% online, with self-instructional materials and 8 hours of live online sessions per programme per semester. Classes are scheduled after working hours/over weekends, with online open-book examinations.

Next Intake + Application Deadline

January, May, September. For the upcoming January 2027 intake, the current UTP postgraduate schedule gives 21 December 2026 as the Malaysian application deadline.

Placement or internship route for this programme

No separate internship is stated on the conventional programme page. Students complete Research Project I & II (10 credits), allowing them to apply offshore engineering knowledge to an industry or research problem.

Frequently Asked Questions

Yes, the programme is delivered 100% online.

Students are exposed to commercial offshore-engineering software such as DNV SESAM.

Options include pipelines, subsea technology, floating platforms, offshore geohazards, HSE, materials and coastal sustainability.

Apply Now

Programme Lead

Assoc Prof Ir Ts Dr Faizul Amri Adnan

faizul.amri@utp.edu.my

Start Online Application Now
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MSc in Industrial Environmental Engineering

Details Information
Level Postgraduate (programmework)
Faculty Faculty of Engineering – Department of Civil & Environmental Engineering
Duration 1–3 years full-time
Intakes January, May & September
Accreditation (EAC/BEM, MQA ref) JPT/BPP(R/0717/7/0003)07/29; MQA/SWA11857
Tuition (Total, Malaysian) RM29,550 (Malaysian)

Who is this programme for?

Designed for engineering graduates and practising engineers seeking advanced knowledge in water, air and solid-waste management, environmental technologies, pollution prevention and sustainable solutions for industrial challenges.

What will I learn, year by year?

Year 1: Learn advanced biological wastewater treatment, sludge management, data analytics, project management and research methodology. Year 2: Develop expertise in physical-chemical treatment, renewable energy and a chosen specialisation in Environmental Management or Pollution Prevention. Final stage: Apply your knowledge through Research Project I & II and advanced air-pollution control.

Where do graduates work? Name employers and roles (≤60 words)

Graduates can pursue roles in environmental engineering, environmental management, wastewater treatment, waste management, pollution control, sustainability and environmental consulting across industrial companies, engineering consultancies, government agencies, utilities, energy companies and research organisations.

One thing that makes it different at UTP

UTP describes it as the only MSc in Malaysia focused on Industrial Environmental Engineering, combining advanced treatment technologies, renewable energy, waste recovery and circular-economy approaches.

The Research Behind It: Which area, centre and academics?

Research is centred on water and environmental engineering, including wastewater treatment, water quality, waste management, pollution control, hydrological modelling and sustainability. The programme sits within the Department of Civil & Environmental Engineering. Programme contact: AP Dr Muhammad Raza Ul Mustafa.

Cost & Funding: Which scholarships and aid apply to this programme?

UTP's published fee information should be checked for the latest aid options. GA/GRA are research-oriented and are not listed as funding for this programmework programme. Malaysian applicants can explore applicable external sponsorships, education financing and EPF withdrawal where eligible.

Student Life: What should an applicant to this programme know?

Available in full-time conventional and full-time ODL modes. The ODL route is conducted 100% online, with flexible classes and online open-book final examinations. The programme follows 12-week semesters.

Next Intake + Application Deadline

January, May and September. For the January 2027 intake, the current UTP postgraduate application schedule gives 21 December 2026 as the Malaysian application deadline.

Placement or internship route for this programme

No separate internship is specified on the programme page. Students undertake Research Project I & II, allowing them to investigate and develop solutions to an environmental engineering problem.

Frequently Asked Questions

Yes, the ODL route is 100% online.

Environmental Management or Pollution Prevention.

Water, air pollution, wastewater, solid/hazardous waste, renewable energy and sustainable environmental solutions.

Apply Now

Programme Lead

AP Dr Muhammad Raza Ul Mustafa

raza.mustafa@utp.edu.my

Start Online Application Now
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MSc in Drilling Engineering

DetailsInformation
LevelPostgraduate (programmework)
FacultyFaculty of Engineering – Department of Petroleum Engineering
Duration1–3 years full-time
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

JPT/BPP(N-DL/0724/7/0002)07/27; MQA/PSA15252:

Tuition (Total, Malaysian)RM69,800

Who is this programme for?

Designed for relevant engineering graduates and professionals seeking advanced expertise in drilling, well engineering, well construction, completion, well intervention, drilling fluids, geomechanics and well-control practices.

What will I learn, year by year?

Stage 1: Study geomechanics, well engineering, drilling fluids & cementing, well completion and research methodology. Stage 2: Develop expertise in data analytics, project management, well intervention, advanced well design and well construction. Final stage: Complete Individual Research Projects I & II, applying drilling-engineering knowledge to an industry or research problem.

Where do graduates work? Name employers and roles (≤60 words)

Graduates may pursue roles including Drilling Engineer, Well Intervention Engineer, Well Control Specialist, Directional Driller, Rig Manager and Deepwater Drilling Specialist within the oil and gas industry and related engineering organisations.

One thing that makes it different at UTP

UTP offers the only programme of its kind in Malaysia and the region, combining ODL study with access to land-rig training, IWCF Level-4 certification and industry-based learning supported by PETRONAS.

The Research Behind It: Which area, centre and academics?

Research centres around drilling engineering, well construction, well control, well intervention, geomechanics and petroleum engineering within the Department of Petroleum Engineering. Research and teaching are supported by petroleum/drilling academics including Dr Dzeti Farhah Mohshim and industry-linked experts.

Cost & Funding: Which scholarships and aid apply to this programme?

UTP Graduate Assistantship (GA) is for PhD level only, so it does not apply to this master's programme. Applicants can explore external sponsorships, educational loans and other financial-aid opportunities listed by UTP. Eligibility varies by funding body.

Student Life: What should an applicant to this programme know?

100% online, using self-instructional materials, with 8 hours of live online classes per programme per semester. Classes are scheduled after working hours or over weekends, with online open-book final examinations.

Next Intake + Application Deadline

January 2027 — 21 December 2026 for Malaysian applicants. Registration is scheduled for 4 January 2027. Dates are subject to change.

Placement or internship route for this programme

The programme includes an industry-based project and UTP's FAQ states that students have a 4-month internship or industry-based project opportunity to develop practical knowledge and industry networking.

Frequently Asked Questions

Yes, the ODL format is designed for flexibility.

Relevant non-engineering graduates may need prerequisite programmes in Reservoir Engineering I and Fundamental of Petroleum Exploration Engineering.

Yes, UTP highlights land-rig training and IWCF Level-4 certification.

Apply Now

Programme Lead

Dr Dzeti Farhah Mohshim

dzetifarhah.mohshim@utp.edu.my

Start Online Application Now
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MSc in Corrosion Engineering

DetailsInformation
LevelPostgraduate (programmework)
FacultyFaculty of Engineering, Department of Mechanical Engineering
Duration1–3 years full-time
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

MQA/PSA15250; JPT/BPP(N-DL/0714/7/0001) (10/27). No separate EAC/BEM accreditation is stated on the programme page.

Tuition (Total, Malaysian)RM23,100 ODL tuition for Malaysian students. Additional RM1,000 registration/onboarding fee and RM50 application/processing fee apply.

Who is this programme for?

Designed for engineering and engineering-technology graduates and working professionals seeking specialist knowledge in corrosion assessment, prevention, monitoring, materials selection and asset integrity. It is particularly relevant to professionals in energy, oil and gas, utilities, manufacturing and infrastructure.

What will I learn, year by year?

Year 1: Build foundations in corrosion science, engineering materials, corrosion control, monitoring, cathodic protection, coatings, failure analysis and inspection. Choose specialist electives such as pipeline, oilfield, MIC or high-temperature corrosion. Complete Research Methodology, Data Analytics and Project Management. Final stage: Undertake Industrial-Based Projects I & II involving an industry-related experiment, simulation or corrosion-failure investigation.

Where do graduates work? Name employers and roles (≤60 words)

Graduates can pursue roles in corrosion engineering, asset integrity, inspection, materials engineering, failure analysis, R&D and technical consulting across upstream/downstream oil and gas, power, utilities, manufacturing and infrastructure. UTP identifies opportunities in upstream, downstream, power, consulting/testing, manufacturing, academia and R&D.

One thing that makes it different at UTP

UTP describes it as a one-of-a-kind Corrosion Engineering programme in Southeast Asia, combining industry-oriented modular programmes, an industry network and access to specialised on-campus corrosion laboratory facilities while allowing students to study 100% online.

The Research Behind It: Which area, centre and academics?

Corrosion engineering/materials degradation and asset integrity, supported by UTP’s Centre for Corrosion Research (CCR). Research areas include oilfield corrosion, stress corrosion cracking, corrosion inhibitors, materials failure, protective coatings and multiphase-flow corrosion. Academics include Dr Kee Kok Eng, AP Dr A Rahim Othman, Dr Mazli Mustapha, Dr Saeid Kakooei and CCR researchers.

Cost & Funding: Which scholarships and aid apply to this programme?

UTP’s current postgraduate financial-aid information indicates that GA/GRA are for postgraduate research students, so they do not apply to this programmework ODL programme. Malaysian programmework students may use the EPF Withdrawal Scheme where eligible. Applicants should also check UTP’s Financial Aid Directory for external sponsorships/loans applicable to their circumstances.

Student Life: What should an applicant to this programme know?

This is a 100% online programme designed around working professionals. Students use online self-instructional materials, have 8 hours of live online sessions per programme per semester, with classes held after working hours/over weekends. Students can study at their own pace and may watch recorded sessions.

Next Intake + Application Deadline

January 2027 intake — 21 December 2026 deadline for Malaysian applicants. UTP lists the next Malaysian postgraduate programmework intake as January 2027, with registration on 4 January 2027. Dates are subject to change

Placement or internship route for this programme

No conventional internship is specified. Instead, students complete Industrial-Based Project I & II. For ODL students, the project can be an experiment/simulation or corrosion-failure investigation closely related to their professional work, allowing them to integrate workplace problems into the project.

Frequently Asked Questions

Yes. ODL is designed around work commitments and offers self-paced learning with classes after working hours/over weekends.

It can involve an experiment, simulation or corrosion-failure investigation related to your professional field.

Students can complete it in 12–36 months depending on study pace and workload.

Apply Now

Programme Lead

Dr. Kee Kok Eng

keekokeng@utp.edu.my

Start Online Application Now
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MSc in Asset Management & Maintenance

DetailsInformation
LevelPostgraduate (programmework)
FacultyFaculty of Engineering, Department of Mechanical Engineering
Duration1–3 years full-time
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

MQA: A7736

Tuition (Total, Malaysian)RM29,550 for Malaysian students

Who is this programme for?

Designed for engineers and managers involved in industrial assets, maintenance, reliability, asset integrity and lifecycle management across energy, oil and gas, manufacturing, infrastructure and power sectors

What will I learn, year by year?

Year 1: Study asset and maintenance management, asset lifecycle, operation optimisation, integrity, reliability, risk, data analytics and project management. Complete research methodology and an industrial-based project addressing a real workplace or industrial problem.

Where do graduates work? Name employers and roles (≤60 words)

Graduates may pursue roles such as Asset Management Engineer, Maintenance Engineer, Reliability Engineer, Asset Integrity Engineer, Maintenance Manager and Reliability Manager in energy, oil and gas, manufacturing, infrastructure and power industries.

One thing that makes it different at UTP

IAM accreditation: Graduates automatically receive Institute of Asset Management (IAM) certification upon completing the programme, without taking an additional IAM examination.

The Research Behind It: Which area, centre and academics?

Key areas include asset integrity, reliability, maintenance, risk, condition-based monitoring, failure analysis and asset lifecycle optimisation. The programme is supported by the Department of Mechanical Engineering, with expertise in Asset Integrity and Reliability.

Cost & Funding: Which scholarships and aid apply to this programme?

Students may explore applicable external scholarships, sponsorships and education loans. Funding eligibility varies by scheme and should be checked with UTP before application.

Student Life: What should an applicant to this programme know?

Conventional students attend physical classes at UTP. The programme has a strong industrial orientation and includes an Industrial-Based Project

Next Intake + Application Deadline

January 2027 — 21 December 2026 deadline for Malaysian applicants, based on UTP's current postgraduate admissions schedule.

Placement or internship route for this programme

Students complete Industrial-Based Project I & II, designed around an industrial/workplace problem and potentially involving faculty and/or industry supervision.

Frequently Asked Questions

Yes, graduates automatically receive IAM certification upon completion.

Yes, the Industrial-Based Project addresses a real industrial problem.

Yes, UTP offers a separate ODL version.

Apply Now

FINANCIAL SUPPORT

Programme Lead

More than 70% of UTP students receive financial sponsorship, study loans, or merit scholarships from PETRONAS, governmental bodies, or corporate partners.

BBM Programme Leader​

Ir Dr Mazian Mohammad

mazian.mohammad@utp.edu.my

+6053687152

 

Target: Straight A SPM / IGCSE

Academic Executive

Ms Farah Abdul Latif

farahlatif@utp.edu.my

+6053687030

Target: Straight A SPM / IGCSE

MBA in Energy Management

Details Information
Level Postgraduate (programmework)
Faculty Graduate School of Business (GSB)
Duration 1–3 years full-time
Intakes January, May & September
Accreditation (EAC/BEM, MQA ref) JPT/BPP(R2/0414/7/0391)07/28; MQA/FA2994.
ODL: JPT/BPP(R-DL/0414/7/0076)09/29; MQA/SWA12377
Tuition (Total, Malaysian) RM33,850 conventional / RM27,100 ODL for Malaysian students.

Who is this programme for?

Middle and senior managers, engineers, technical professionals, entrepreneurs and decision-makers seeking strategic leadership capabilities and business expertise for the energy sector and broader sustainable industries.

What will I learn, year by year?

The programme develops competencies in strategic management, leadership, finance, economics, energy policy, sustainability, digital transformation and energy business operations. Students apply advanced management concepts through industry-focused projects, case studies and research addressing real-world challenges in the energy sector.

Where do graduates work? Name employers and roles (≤60 words)

Graduates work in energy companies, utilities, consulting firms, government agencies and multinational corporations as Energy Managers, Business Development Managers, Strategy Consultants, Operations Managers, Sustainability Managers, Project Directors and Senior Leaders. Potential employers include PETRONAS, Shell, ExxonMobil, TNB, SLB, Baker Hughes and leading consulting firms.

One thing that makes it different at UTP

UTP's MBA in Energy Management uniquely combines world-class business education with deep energy sector expertise, sustainability perspectives, industry engagement and practical insights from the global energy transition.

The Research Behind It: Which area, centre and academics?

Energy economics, sustainability and ESG, digital transformation, energy policy, business analytics, innovation management and strategic leadership. Research strengths are supported by UTP's industry partnerships and academics specialising in management, sustainability and energy-related business research.

Cost & Funding: Which scholarships and aid apply to this programme?

UTP does not list a programme-specific scholarship for this programmework MBA. Applicants should explore external sponsorships, education financing and EPF withdrawal where eligible. GA/GRA funding is primarily associated with research postgraduate students rather than this programmework programme.

Student Life: What should an applicant to this programme know?

Students benefit from flexible learning, networking with industry professionals, exposure to energy-sector case studies, executive-style discussions, guest lectures and multidisciplinary collaboration with professionals from diverse industries.

Next Intake + Application Deadline

January, May, September. For the upcoming January 2027 intake, refer to UTP's current postgraduate application schedule for the applicable Malaysian deadline.

Placement or internship route for this programme

Industry-based projects, executive applied assignments and professional engagement opportunities integrated throughout the programme.

Frequently Asked Questions

No. Applicants from diverse academic and professional backgrounds are encouraged.

Yes. The programme is designed to support career advancement for professionals and managers.

The programme develops leadership and strategic capabilities relevant to the rapidly evolving global energy landscape, sustainability agenda and energy transition.

Apply Now

Programme Lead

AP Dr Amjad Shamim

amjad.shamim@utp.edu.my

Start Online Application Now
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Bachelor of Science (Hons) in Geoscience

DetailsInformation
LevelUndergraduate
FacultyFaculty of Science, Management & Computing
Duration3 years, 4 months
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)1. MQA
2. Geological Society of London
Tuition (Total, Malaysian)RM95,200

Who is this programme for?

For curious, hands-on learners who want to understand the earth, explore energy and mineral resources, experience fieldwork and global exposure, work with industry technologies and AI, and solve real-world challenges in energy, resources and the environment.

What will I learn, year by year?

During the early years, students build a strong foundation in geology, geophysics, geochemistry, Earth processes and mathematics, with compulsory fieldwork each year and opportunities for community engagement. As they progress, students explore energy geoscience, strategic minerals, geospatial technology and Earth resources while gaining hands-on experience with industry-standard software, AI, machine learning and data science. In the later years, students gain industry experience and tackle real-world challenges through capstone and research projects, while having the opportunity to specialise through field electives in Petroleum Geoscience or Basin Studies, preparing them for careers in a rapidly evolving geoscience industry.

Where do graduates work?

UTP Geoscience graduates work across PETRONAS/PETRONAS Carigali, SLB, Shell, Halliburton, Baker Hughes, geoscience and geophysical consultancies, and research/academia, in roles such as Geoscientist, Geologist, Geophysicist, Reservoir Geologist/Geophysicist, Petrophysicist, Exploration Geologist, Well Construction Field Engineer, Geomatics and Research.

One thing that makes it different at UTP

At UTP, Geoscience goes beyond conventional Earth science. We combine geoscience expertise with technology, AI, advanced sensing and real industry challenges, connecting education, research and industry to develop solutions for energy transition, resource development and environmental sustainability.

Testimonial

2019 Graduate

Chong Jing Ting

Currently working as Senior Software Engineer at Viridien; “My experience in UTP Petroleum Geoscience programme was challenging yet rewarding. It gave me the opportunity to broaden my knowledge beyond classes and labs, with regular field trips and industrial exposures. UTP’s strong collaboration with industrial partners also provides students with great exposures and learning experiences.” 

Target: Straight A SPM / IGCSE

2020 Graduate

Roodra Manogaran

Postdoctoral Research Associate at NASA Goddard Space Flight Center/University of Maryland, Baltimore County; “I would recommend anyone to go for a student exchange programme as it was the best experience I ever had in my life. Thanks to Yayasan UTP and the geosciences department, I was able to complete my study abroad programme in MST. The amount of growth and maturing that happens when you study abroad is amazing. I feel it has been one of the most significant attributes to my undergraduate career and personal growth during the last few years.” 

Target: Straight A SPM / IGCSE

2020 Graduate

Ain Natasha Mohd Nasir

Engineer – Process Data SSW at Shell 


““Internship period was one of the remarks on my life board. I did my 7-months internship with PETRONAS Carigali Sdn. Bhd. (PCSB) where it really thrives me a whole new knowledge on geological operations which involves Petroleum Engineering terms which I was not familiar to however this experience of internship really drives me to get into a picture of industrial work and I did enjoy the whole internship period. “

Target: Straight A SPM / IGCSE

2016 Graduate

Grandika S. Primadani

Principal Analyst, Asia Pacific – International Plays & Basins, S&P Global


“The petroleum geoscience program at Universiti Teknologi PETRONAS (UTP) is excellent preparation for careers in geosciences and other earth science-related professions. During my study in UTP, I was fortunate to have gone through the modules, namely sedimentology and stratigraphy, seismic interpretation, and basin analysis which actually helped me in the integration of geological and geophysical data at the scale of both basin and reservoirs.”

Target: Straight A SPM / IGCSE

2019 Graduate

Min Wai Phyo

Vice President, Distribution Network – Community Banking, Yoma Bank
“As UTP is always encouraging the students to be well-rounded, it is fun to participate in all the co-curriculum activities and also develop our leadership and management skills by being active members of clubs and societies inside the campus.”

Target: Straight A SPM / IGCSE

The Research Behind It: Which area, centre and academics?

1. CSI (Centre for Subsurface Imaging) Core Domains Listed: Seismic Exploration, Wireline, Non-Seismic, Reservoir, Environment, Seismology a) Automated Geophysical Technology through Big Data Analysis - Big Data (Data Types): Seismic Data, Non-Seismic Data, Petrographic Data, Wireline Data - Automate: End-to-End Seismic Analysis, Deep Learning Geological Interpretation - Technology: Algorithm Development, Cloud-based Solution - Application (Focus Areas): Hydrocarbon Exploration, Environmental Investigation, Near Surface Analysis

2. SEACARL (South East Asia Clastic & Carbonate Research Laboratory) Primary Focus Pillars: Regional Study, Clastic Research, Basin Research Scope of Research & Activities: Miocene carbonate Central Luconia, Karst identification and prediction, Carbon Capture and Storage (CCS), Image processing and classification, Mineral carbonation, Sedimentology, Biostratigraphy and sequence stratigraphy, Kinta Limestone & Subis Limestone, Sedimentology, stratigraphy and structural geology of sedimentary basins, Geodynamic and tectonics of Southeast Asia

Placement or internship route for this programme

For BSc (Hons) in Geoscience Semester 6 Students attend the SIIP briefing and pre-registration, subject to the required credit hours and prerequisite programmes stated in the programme handbook. Semester 7 — SIT Student Industrial Training Students begin their industry placement and gain practical experience in a real working environment. Semester 8 — SIP Student Industrial Project Students continue their industry placement and undertake an industry-related project. Total Duration: 7 Months SIT + SIP = 7-month Student Industrial Internship Programme (SIIP) Throughout the process, the Internship Coordinator guides students from placement preparation and company applications through to their internship completion.

Frequently Asked Questions

Geoscience is the study of the Earth — how it works, what lies beneath its surface, how its resources are formed and how natural processes shape our environment. It brings together geology, geophysics, data, technology and field observation to understand and solve real-world Earth-related challenges.

You will learn how to investigate the Earth, interpret geological and subsurface data, conduct fieldwork and apply technology to real-world problems. You will explore Energy Geoscience, Strategic Minerals, Geohazards and Earth Resources, while developing skills in AI, data analytics, geospatial technology and industry-standard software.

A Geoscience degree can take you across a wide range of industries and career pathways. Graduates can work in energy and resources, minerals and mining, environmental and sustainability, geospatial and mapping, engineering and infrastructure, consulting, technology and data, government and regulatory agencies, research and academia, as well as pursue further specialisation through postgraduate study.

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Programme Lead

Dr. Nor Syazwani Zainal Abidin, Program Leader, Undergraduate, Department of Geoscience

norsyazwani.z@utp.edu.my

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