Bachelor of Mechanical Engineering with Honours

DetailsInformation
LevelUndergraduate
FacultyFaculty of Engineering
Duration4 years
IntakesSeptember intake
Accreditation (EAC/BEM, MQA ref)MQA: R2/0713/6/0010 (11/26), MQA/FA3982.
Tuition (Total, Malaysian)RM110,000

Who is this programme for?

School leavers or Foundation/A-Level/Matriculation/Diploma graduates with a strong Physics, Chemistry, and Maths background who want an EAC-accredited degree with hands-on, project-based learning and strong graduate employability in energy, manufacturing, automotive, and oil & gas industries.

What will I learn, year by year?

Year 1 (Fundamentals): Build strong foundations in mathematics, materials science, engineering drawings, statics, dynamics, and manufacturing technology.

Year 2 (Core Systems): Master solid mechanics, fluid mechanics, thermodynamics, machine mechanics, and structured programming through team projects.

Year 3 (Integration & Internship): Apply heat transfer, design, vibrations, and manufacturing before completing an intensive 14-week industry internship.

Year 4 (Specialisation & Capstone): Deep-dive into Energy Systems, Advanced Manufacturing, Asset Integrity, Robotics, or Renewable Energy while delivering final-year projects.

Where do graduates work? Name employers and roles

Graduates can work as Mechanical Engineers, Design Engineers, Manufacturing Engineers, Energy Engineers, Project Engineers, Reliability Engineers and R&D Engineers. Industries include PETRONAS, ExxonMobil, Intel, TNB, Shell, automotive, manufacturing, energy and oil & gas.

One thing that makes it different at UTP

Students can choose from five Core Specialisations: Energy Systems, Advanced Manufacturing, Asset Integrity & Reliability, Robotics & System Automation, and Renewable Energy. A Data Science minor is also available.

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

2020 Graduate

Kang Chin Ann

Mechanical Engineering 


completed internship at Mercedes-AMG PETRONAS Grand Prix Ltd, UK. His internship involved composite manufacturing, design and laser projection technology

Target: Straight A SPM / IGCSE

2019 Graduate

Aishah Ismail

a PhD in Applied Science postgraduate student at UTP. Having recently returned from her research attachment programme at the Massachusetts Institute of Technology (MIT), Aishah looks to carry over some of the good things she has gleaned at the leading Ivy league university into her daily research routine.

 

“It was heart wrenching to see the animals I took care of for three months developed stroke symptoms,”

Explore More:
https://www.utp.edu.my/Pages/Students/Student%20Development%20and%20Services/Stories/Aishah-sets-out-to-spare-millions-from-the-perils-of-stroke.aspx

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

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?

Research areas include energy systems, advanced manufacturing, advanced materials, asset integrity & reliability, robotics and automation, and renewable energy. Research is supported by the Department of Mechanical Engineering and UTP's wider research ecosystem.

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

Applicable financial assistance may include YUTP Scholarship, Yayasan UTP Education Grant, YUTP Student Support Fund/Bursary, TAZU, PTPTN and eligible external sponsorships. Availability and eligibility should be checked for the current intake.

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

Students experience engineering laboratories, design projects, team-based projects, programming, data analytics, co-curricular activities and community engagement. The programme also includes a substantial industry internship, providing exposure to real engineering workplaces.

Next Intake + Application Deadline ​​

September intake

Placement or internship route for this programme

Yes. The programme includes 14 credit hours of industrial internship: Student Industrial Training (7 credits) and Student Industrial Project (7 credits). UTP describes its internship as a high-impact, seven-month industry experience.

Frequently Asked Questions

Typically four years.

Yes, it is fully accredited and internationally recognized. The program is fully accredited by the Engineering Accreditation Council (EAC) Malaysia and the Board of Engineers Malaysia (BEM). Because Malaysia is a signatory of the Washington Accord, a UTP Chemical Engineering degree is recognized as equivalent to engineering degrees in other signatory countries, including the USA, UK, Canada, Japan, Australia, and Singapore. Additionally, the program consistently ranks within the Top 150 globally in the QS World University Rankings by Subject.

To enter directly into the undergraduate degree, applicants must fulfill specific academic prerequisites:For Direct Entry (STPM / A-Levels / Matriculation / Diploma): Applicants must hold a relevant qualification (such as STPM, A-Levels, IB, or a recognized Engineering Diploma) with strong passing grades in core STEM subjects.For UTP Foundation Pathway: Students entering from SPM or O-Levels must first pass the 1-year Foundation in Engineering program. The minimum entry requirement is a Grade C in Bahasa Melayu, English, Mathematics, Additional Mathematics, Physics, and Chemistry.

PhD: Mechanical Engineering

DetailsInformation
LevelPostgraduate (PhD)
FacultyFaculty of Engineering – Department of Mechanical Engineering
Duration36–96 months FT / 48–120 PT
IntakesJanuary, May, September 
Accreditation (EAC/BEM, MQA ref)MQA A8419; R3/521/8/0040 (12/29). EAC/BEM not applicable to this research PhD.
Tuition (Total, Malaysian)RM12,200/yr Eng & Geoscience · RM8,600 Mgmt · RM8,000 IS (Jan 2020 figures, UPDATE)

Who is this programme for?

For engineers, researchers and technical professionals who want to develop original research and advanced solutions in mechanical engineering, particularly in mechanical systems, vehicles, engines, materials, manufacturing, energy, corrosion or reliability.

What will I learn, year by year?

Year 1: Define the research problem, conduct literature review, complete Research Methodology and develop the research proposal.

Research stage: Conduct independent research, validate findings, publish/present research and complete progress assessments.

Final stage: Complete the thesis, demonstrate an original contribution to knowledge and defend it through Viva Voce.

Progression varies by research project.

Where do graduates work? Name employers and roles

Career pathways include university professor/researcher, senior R&D specialist, engineering consultant, mechanical design/product development specialist and technical or engineering leader. UTP specifically identifies aerospace, automotive and energy industries as potential sectors. Specific UTP graduate employers should be verified through Alumni/CGS.

One thing that makes it different at UTP

Strong industry-driven mechanical engineering research, combining specialised laboratories, advanced engineering software and academic supervision with UTP's industry partnerships involving SIRIM, STRIDE, CELESTICA and PETRONAS.

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

Core research areas: Mechanical Systems Design; Vehicle Design; Advanced Engine Development; Advanced Materials & Processing; Manufacturing System Optimization; Energy Systems; Corrosion & Reliability. Research connects with UTP research centres including the Centre for Corrosion Research and Centre of Flow Assurance, depending on topic. Relevant academics include Dr Kee Kok Eng (corrosion/reliability), Ts. Dr William King Soon Pao (flow assurance/computational mechanics) and other Mechanical Engineering researchers.

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

UTP Graduate Assistantship (GA): full-time PhD research students; tuition + first-attempt Research Methodology, with RM3,000/month stipend subject to eligibility. GRA: full-time research students; tuition + first-attempt methodology, with allowance based on grant affordability. EPF withdrawal and other eligible funding routes may also apply. GA/GRA recipients remain responsible for applicable resource/semester, Viva, registration, accommodation and transportation costs.

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

A research-intensive PhD with one-to-one supervision, laboratory work, workshops/seminars and access to advanced engineering software such as Altair, ANSYS and MATLAB. Students can receive online and on-campus support and work on collaborative, industry-driven research projects.

Next Intake + Application Deadline ​​

Next intake: January 2027. UTP currently lists January, May and September intakes. Specific programme application deadline: confirm with CGS. For GA funding, the January intake deadline is 1st week of October 2026.

Placement or internship route for this programme

No compulsory internship/placement is stated. However, students may undertake research or industry-linked work through supervisor-led projects and collaborations. UTP specifically highlights industry-focused research with SIRIM, STRIDE, CELESTICA and PETRONAS, depending on research topic and collaboration.

Frequently Asked Questions

Mechanical systems, vehicles, engines, advanced materials, manufacturing, energy, corrosion and reliability.

Yes, with a duration of 4–10 years.

A relevant Master’s is required; applicants from different disciplines may need prerequisite programmes such as Dynamics and Heat Transfer.

MSc by Research: Mechanical Engineering

DetailsInformation
LevelPostgraduate (research)
FacultyFaculty of Engineering – Department of Mechanical Engineering
Duration24–48 months FT / 36–72 PT
IntakesJanuary, May, September
Accreditation (EAC/BEM, MQA ref)JPT/BPP(R3/521/7/0022)03/27; MQA A8048
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 an Engineering/Engineering Technology bachelor's degree (CGPA 2.50+, or lower with work experience and internal assessment) who want to research mechanical system design, vehicle design, engine development, advanced materials, manufacturing, energy systems, or corrosion/reliability.

What will I learn, year by year?

Early stage — prerequisite programmes (Dynamics, Heat Transfer) if coming from a non-engineering background, plus Research Methodology ahead of your Research Proposal Defence.

Core stage — hands-on research using high-performance computing and software such as Altair, ANSYS, and MATLAB, under expert academic supervision.

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

R&D roles in engineering industries; academic roles as lecturers/researchers; advanced positions in mechanical design and product development; consultancy in mechanical systems and energy solutions; or progression to a PhD.

Industry partners named: SIRIM, STRIDE, CELESTICA, PETRONAS

One thing that makes it different at UTP

State-of-the-art laboratories and high-performance computing resources, industry-standard software (Altair, ANSYS, MATLAB), and direct industry partnerships with SIRIM, STRIDE, CELESTICA, and PETRONAS.

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

Mechanical System Design, Vehicle Design, Advanced Engine Development, Advanced Materials & Processing, Manufacturing System Optimization, Energy Systems, Corrosion and Reliability. No single named research centre. Programme lead: Dr Mazli Bin Mustapha.

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

UTP's current page does not identify a programme-specific scholarship. Eligible research students should check Graduate Assistantship/Graduate Research Assistantship (GA/GRA) availability, supervisor-funded projects and external sponsorships.

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

Research students have one-to-one supervision, access to state-of-the-art laboratories and HPC resources, workshops/seminars, online and on-campus support, and opportunities for collaborative, industry-driven research.

Next Intake + Application Deadline ​​

January, May, September. UTP confirms these three intakes. The programme page does not state a specific application deadline, so applicants should confirm the deadline with UTP Admission for their intended intake.

Placement or internship route for this programme

No compulsory internship is specified. Industry exposure comes through collaborative research and projects involving organisations such as SIRIM, STRIDE, CELESTICA and PETRONAS.

Frequently Asked Questions

This is a research-based MSc, culminating in an independent thesis rather than programmework.

Based on the seven core specialisation areas and available supervisors in the Mechanical Engineering Department.

R&D, academia, mech

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: Mechanical Engineering

Dr Mazli Bin Mustapha

Target: Straight A SPM / IGCSE

Academic Executive

Ms Farah Abdul Latif

farahlatif@utp.edu.my (+6053687030)

Target: Straight A SPM / IGCSE

MSc in Corrosion Engineering (ODL)

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

MQA Ref: MQA/PSA15250; Programme Code: N-DL/0714/7/0001; validity until 10/2027.

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?

Engineers and technical professionals seeking specialised corrosion management expertise, career advancement in asset integrity, reliability, materials selection and infrastructure sustainability across oil & gas, energy, manufacturing and related industries.

What will I learn, year by year?

Year 1: Principles of Corrosion, Materials Selection, Corrosion Control, Cathodic Protection, Protective Coatings, Failure Analysis, Data Analytics and Project Management. Year 2 (or later stages): electives such as Pipeline Corrosion Management, MIC, High Temperature Corrosion and industry-based projects focused on real workplace challenges.

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

Corrosion Engineer, Integrity Engineer, Asset Management Engineer, Inspection Engineer, Reliability Engineer, Materials Engineer and Asset Integrity Specialist roles. Relevant employers include oil & gas operators, petrochemical companies, pipeline operators, power utilities and engineering consultancies. Based on programme focus; specific employers are not listed. [utp.edu.my]

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-focused modular programmes with access to UTP's state-of-the-art corrosion laboratory facilities.

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

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

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

EPF Withdrawal Scheme may be used by eligible Malaysian students. UTP's GA/GRA are intended for postgraduate research students, so they do not directly apply to this programmework programme. Applicants should also check external sponsorships/loans through UTP's financial-aid information.

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

100% online delivery via ULEARN; self-instructional materials; 8 hours of live online sessions per programme each semester; classes after office hours or weekends; assessments include assignments, projects, online open-book tests and final exams

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 internship requirement stated. Students complete Industrial-Based Project I and II, typically linked to workplace, industry, simulation, experimental or corrosion investigation projects

Frequently Asked Questions

Via ULEARX, live sessions and recordings.

Through workplace-related experiments, simulations or failure investigations.

Students can pace studies based on work commitments.

MSc in Asset Management & Maintenance (ODL)

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

JPT/BPP: R-DL/0714/7/0006 (02/30); MQA/SWA13426. Also professionally accredited by the Institute of Asset Management (IAM, UK), with automatic IAM certification on completion — programme lecturers hold IAM trainer recognition.

Tuition (Total, Malaysian)RM23,700 ODL.

Who is this programme for?

For working engineers (Bachelor's, CGPA 2.50+, or lower with experience and internal assessment) who want to specialise in asset management and maintenance without leaving their job — delivered 100% online, with classes after hours or on weekends.

What will I learn, year by year?

41 credit hours total: 6 core modules (18 credits) covering appraisal/repair/maintenance, plant asset management, asset life study, operation optimisation, integrity management, and reliability/risk; 2 electives (6 credits) from options like offshore structural integrity, condition-based monitoring, or pipeline corrosion; university/national requirements in Data Analytics, Project Management, and Research Methodology (5–7 credits); and a two-part Industrial-Based Project (10 credits total).

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

Graduates can pursue roles in asset management, maintenance, reliability, asset integrity and engineering management across petrochemical, oil & gas, offshore, power, infrastructure and manufacturing organisations. Typical roles include Asset Manager, Maintenance Engineer, Reliability Engineer, Asset Integrity Engineer and Maintenance Manager.

One thing that makes it different at UTP

Automatic IAM (Institute of Asset Management, UK) certification on completion, taught by IAM-recognised trainers — plus a fully online format with non-compulsory live classes (recordings available) built around working professionals' schedules.

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

Research areas include asset management, maintenance, asset integrity, reliability and risk, structural integrity, condition monitoring, failure analysis and pipeline corrosion. Research and teaching are housed within the Department of Mechanical Engineering, with academics including Ir Dr Mazian Mohammad.

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

UTP's programme FAQ states “No” when asked whether UTP has sponsorship specifically for this programme. Students should therefore explore external sponsorships, EPF withdrawal or education financing where eligible.

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

Online-specific: minimum 8 hours of live online class per programme per semester, held after working hours or on weekends; attendance is not compulsory and recordings are available; final exams are online and open-book.

Next Intake + Application Deadline

January, May and September. The specific application deadline should be taken from UTP's current intake schedule when publishing the programme information.

Placement or internship route for this programme

Not a placement/internship in the traditional sense — the programme's Industrial-Based Project I & II (10 credits total) requires students to work on a real problem from their own workplace, effectively embedding the "placement" into their existing job.

Frequently Asked Questions

NO.

The problem should be an industrial based project where it can be the real problem that the student face in their workplace.

he online class for ODL is not compulsory. For those who can’t attend the class can refer to the recording at their own pace.

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

Target: Straight A SPM / IGCSE

Academic Executive

Ms Farah Abdul Latif

Target: Straight A SPM / IGCSE

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.

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.

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

Target: Straight A SPM / IGCSE

Academic Executive

Ms Farah Abdul Latif

Target: Straight A SPM / IGCSE