PhD: Petroleum Geoscience

DetailsInformation
LevelPostgraduate (PhD)
FacultyFaculty of Science, Management & Computing – Department of Geoscience
Duration36–96 months FT / 48–120 PT
IntakesJanuary, May, September. 
Accreditation (EAC/BEM, MQA ref)R3/0532/8/0001 (12/27); MQA Ref: A8319. EAC/BEM not listed
Tuition (Total, Malaysian)RM12,200/yr Eng & Geoscience · RM8,600 Mgmt · RM8,000 IS (Jan 2020 figures, UPDATE)

Who is this programme for?

For candidates with a Master's degree (or equivalent) who want to pursue advanced research in subsurface and reservoir geoscience — spanning rock physics, seismic and non-seismic methods, basin analysis, carbonate studies, subsurface storage, and digital geoscience.

What will I learn, year by year?

Year 1 — literature review, proposal defence, and prerequisite programmes if your background needs strengthening.

Years 2–3+ — specialised research (e.g. seismic interpretation, reservoir characterisation, digital geoscience) using industry tools like PETREL, ArcGIS, PETROMOD, Hampson-Russell, with PaleoScan/drone mapping certification along the way.

Final year — thesis writing, submission, and viva voce.

Where do graduates work? Name employers and roles

Postdoctoral Researcher, Lecturer, Research Scientist, Consultant, Product Development Specialist, Innovation Specialist.

One thing that makes it different at UTP

Hands-on training and certification in industry-standard software (PETREL, ArcGIS, PETROMOD, Hampson-Russell, PaleoScan, drone mapping) alongside direct research ties to PETRONAS, SLB, Halliburton, and Beicip.

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

Areas: rock physics, advanced seismic technology, non-seismic methods, basin analysis, reservoir characterisation, carbonate studies, subsurface storage, digital geoscience. No named research centre stated.

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

GA: available to eligible full-time PhD research students; covers tuition and first-attempt Research Methodology, with RM3,000 monthly stipend. Students remain responsible for specified fees including annual resource/semester fee, viva and registration. GRA: available subject to research-grant funding. EPF withdrawal is also available to eligible Malaysian research students.

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

This is a research-intensive doctorate rather than a taught programme. Students may use specialist geoscience software and pursue a research attachment opportunity as per project. UTP operates three research semesters each year: January, May and September.

Next Intake + Application Deadline ​​

Applications are open throughout the year for postgraduate research. UTP places applicants into the upcoming January, May or September intake based on application timing.

Placement or internship route for this programme

Not mentioned on the page (research degree, not internship-based). GA/GRA positions function as the main "attachment" route via supervisor research projects — confirm with Faculty if this should be framed as a placement route.

Frequently Asked Questions

Master’s degree or HEP Senate-approved equivalent.

Prerequisite programmes may be required, as determined by the HEP.

GeoSoftware suite incl. Hampson-Russell, PETREL, ArcGIS, PETROMOD, plus PaleoScan and drone mapping certification.

Programme Lead

Dr Numair Ahmed Siddiqui

MSc in Petroleum Geoscience (ODL)

DetailsInformation
LevelPostgraduate (ODL)
FacultyDepartment of Geosciences
DurationMinimum 1 year, maximum 3 years
IntakesJanuary, May & September
Accreditation (EAC/BEM, MQA ref)

JPT/BPP: R-DL/0532/7/0004 (02/30); MQA/SWA13427

Tuition (Total, Malaysian) 

Who is this programme for?

For working professionals (Bachelor's, CGPA 2.50+, or lower with experience and internal assessment) who want to specialise in petroleum geoscience without leaving their job — delivered 100% online, with technical modules completed in 2–3 weeks each.

What will I learn, year by year?

41 credits total: 6 core modules (18 credits) — Basin & Structural Dynamics, Applied Sedimentology & Stratigraphy, Petroleum System & Basin Modelling, Applied Geophysics, Formation Evaluation & Petrophysics, and Life of Field & Subsurface Risking; 2 specialisation electives (6 credits) from Advanced Seismic Technology, Quantitative & Computational Geophysics, Reservoir Modelling & Characterisation, or Reservoir Engineering; plus Research Methodology, Project Management, Data Analytics (7 credits), and a two-part Individual Industrial Project (10 credits).

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

Petroleum Geoscientist, Geologist, Geophysicist, Geotechnical Consultant.

One thing that makes it different at UTP

Hands-on training with industry-standard software (Petrel, Petromod, Jason, Hampson-Russell, Reveal) plus Augmented Reality (AR Sandbox) and Virtual Reality (BaselineZ) tools, alongside industry-provided real-world projects.

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

Not research-based (programmework programme). Core coverage spans basin dynamics, sedimentology/stratigraphy, petroleum systems, geophysics, petrophysics, and subsurface risking, with specialisation in seismic technology, computational geophysics, reservoir modelling, or reservoir engineering.

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

The programme page does not identify a programme-specific scholarship. Malaysian students should check UTP's current financial aid, external sponsorship, EPF withdrawal and education-financing options.

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

ODL-specific: 100% online with self-instructional materials, minimum 8 hours of live online class per programme per semester, scheduled after working hours or weekends, with online open-book final exams; technical modules run in compressed 2–3 week blocks.

Next Intake + Application Deadline

January, May, September. The programme page confirms these three intakes. Application deadline should be confirmed with UTP Admission for the specific intake, as the programme page does not state a deadline.

Placement or internship route for this programme

Not a placement/internship in the traditional sense — students complete a two-part Individual Industrial Project (10 credits total) using industry-provided projects for real-world experience.

Frequently Asked Questions

Non-geoscience graduates need prerequisite programmes in Physical Geology and Seismic Method, delivered 100% online.

Petrel, Petromod, Jason, Hampson-Russell, Reveal, plus AR Sandbox and VR BaselineZ tools.

Technical modules are completed in compressed 2–3 week blocks.

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​

Ts Dr Abdul Halim Abdul Latiff

Target: Straight A SPM / IGCSE

Academic Executive

Mr Elmi Johar A Rahman

Target: Straight A SPM / IGCSE

MSc by Research: Petroleum Geoscience

DetailsInformation
LevelPostgraduate (research)
FacultyFaculty of Engineering – Department of Geoscience
Duration24–48 months FT / 36–72 PT
IntakesJanuary, May, September
Accreditation (EAC/BEM, MQA ref)R3/524/7/0021 (12/29); MQA A8318
Tuition (Total, Malaysian)RM7,600/yr Eng & Geoscience · RM5,220 Mgmt · RM5,500 IS (Jan 2020 figures, UPDATE)

Who is this programme for?

For candidates with a relevant bachelor's degree (CGPA 2.75+, or lower with internal assessment/work experience) who want to research subsurface and reservoir geoscience — spanning seismic and non-seismic methods, basin analysis, carbonate reservoirs, and digital geoscience.

What will I learn, year by year?

Early stage — prerequisite programmes if your background isn't directly relevant, plus research proposal development.

Core stage — specialised research (e.g. seismic interpretation, reservoir characterisation, digital geoscience) using industry tools like PETREL, ArcGIS, PETROMOD, and Hampson-Russell, with PaleoScan/drone-mapping/PETREL certification opportunities along the way.

Final stage — thesis writing, submission, and viva.

Full-time: 2–4 years; part-time: 3–6 years.

Where do graduates work? Name employers and roles

Geoscientist, Data Scientist, Digitalisation specialist, Geo-modeller, Geophysicist.

Industry collaborators named: PETRONAS, Beicip(e), SLB, Halliburton.

One thing that makes it different at UTP

Hands-on training and certification in industry-standard software (PETREL, ArcGIS, PETROMOD, Hampson-Russell, PaleoScan, drone mapping) alongside direct research ties to PETRONAS, SLB, Halliburton, and Beicip.

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

Research areas include subsurface imaging, seismic interpretation, basin analysis, petroleum systems, reservoir characterisation, rock physics, carbonate and clastic geology and geophysical methods. Research is supported by UTP's Centre for Subsurface Imaging (CSI) and South-East Asia Clastic & Carbonate Research Laboratory (SEACARL). Programme contact: Dr Numair Ahmed Siddiqui.

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

UTP GRA: available to full-time research students, subject to eligibility and grant availability; covers tuition and first-attempt Research Methodology, with a subsistence allowance based on grant affordability.

EPF withdrawal: available to Malaysian full- and part-time research students.

HRDF SBL: applicable where an employer sponsors an employee.

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

Research students work closely with a supervisor and undertake substantial independent research. Students can access specialist geoscience software, research activities and industry-linked projects. The programme is suitable for those aiming for research, technical specialist or PhD pathways.

Next Intake + Application Deadline ​​

January, May, September. UTP's current Master by Research listing confirms all three intakes. The specific application deadline should be confirmed with UTP Admission for the chosen intake.

Placement or internship route for this programme

January, May, September. UTP's current Master by Research listing confirms all three intakes. The specific application deadline should be confirmed with UTP Admission for the chosen intake.

Frequently Asked Questions

Bachelor’s degree, CGPA 2.75+, or lower with internal assessment/work experience.

Prerequisite programmes may be required.

GeoSoftware suite incl. Hampson-Russell, PETREL, ArcGIS, PETROMOD, PaleoScan, and IGI’s Geochemical Software, plus drone-mapping certification.

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.

Program Leader, MSc by Research: Petroleum Geoscience

Dr Numair Ahmed Siddiqui

Target: Straight A SPM / IGCSE

Academic Executive

Mr. Elmi Johar Bin Abdul Rahman

elmi.rahman@utp.edu.my (+6053687434)

Target: Straight A SPM / IGCSE

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.

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.

Programme Lead

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