Bachelor of Electrical and Electronics Engineering with Honours

Details Information
Level Undergraduate
Faculty Faculty of Engineering
Duration 4 years
Intakes January, May, September
Accreditation (EAC/BEM, MQA ref) MQA: R2/0713/6/0011 (11/26), MQA/FA3981.
Tuition (Total, Malaysian) RM110,000

Who is this programme for?

For school leavers wanting a comprehensive foundation in electrical power, electronics, instrumentation, and digital technologies, with hands-on exposure to automation, embedded systems, and renewable energy — backed by a 7-month industry internship.

What will I learn, year by year?

Year 1: Mathematics, circuit theory, programming, digital electronics and signals & systems

Year 2: Network analysis, microelectronics, analogue electronics, electromagnetics and communication systems.

Year 3: Data analytics, instrumentation, microprocessors, computer architecture, electrical machines, power systems and control.

Year 4: Industrial internship, final-year project and a chosen specialisation.

Where do graduates work? Name employers and roles

Sectors: power and energy, renewable energy, electronics, semiconductor, automation, telecommunications, manufacturing, consulting, and research.

Named roles: Electrical Engineer, Power Systems Engineer, Renewable Energy Engineer, Semiconductor Engineer, IC Design Engineer, Electronics Engineer, Automation Engineer, Instrumentation and Control Engineer, Embedded Systems Engineer, Energy Engineer, Project Engineer, Engineering Consultant, R&D Engineer.

One thing that makes it different at UTP

7-month internship and industry-based projects for substantial industrial exposure, hands-on embedded systems/electronic design work, and direct exposure to renewable energy and smart grid technologies — taught by industry-engaged academics.

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

Not research-based (undergraduate programme); no specialisation tracks or research areas listed in this deck (the public page separately lists five specialisation tracks — Computer & Communication, Instrumentation & Control, Power Systems, Electronics & Devices, Renewable Energy — worth confirming these still apply).

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

UTP financial-aid opportunities include YUTP Scholarship, YUTP Education Grant, YUTP Student Support Fund Bursary, TAZU and PTPTN, subject to eligibility and availability. External sponsorship opportunities may also be available.

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

Students should expect a combination of lectures, laboratory sessions, engineering projects, programming and practical work. The programme also includes team projects, community engagement and co-curricular activities, allowing students to develop technical and communication skills.

Next Intake + Application Deadline ​​

September intake.

Placement or internship route for this programme

7-month internship explicitly confirmed as a core programme feature, paired with industry-based projects.

Frequently Asked Questions

Electrical circuits, electronics, programming, communication, power, control and related engineering areas.

Yes, in five areas including renewable energy and power systems.

Yes, UTP states that its EEE curriculum is accredited by MQA and EAC.

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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, Bachelor of Electrical and Electronics Engineering with Honours

Ir. Dr. Mohd Fakhizan Romlie

fakhizan.romlie@utp.edu.my

Target: Straight A SPM / IGCSE

Chair, Department of Electrical & Electronics Engineering

Assoc. Prof. Ts. Dr. Fawnizu Azmadi Hussin

fawnizu@utp.edu.my

Target: Straight A SPM / IGCSE

Bachelor of Civil Engineering with Honours

Details Information
Level Undergraduate
Faculty Faculty of Engineering, Civil & Environmental Engineering Department
Duration 4 years (typical)
Intakes September intake
Accreditation (EAC/BEM, MQA ref)  
Tuition (Total, Malaysian) RM104,500

Who is this programme for?

For school leavers who want to become future-ready civil engineers, choosing between offshore & renewable energy, digital resilience (BIM, AI, smart sensors), or environmental & sustainability engineering — with strong fundamentals and 7 months of real industrial training.

What will I learn, year by year?

Year 1: Engineering fundamentals — mathematics, mechanics, CAD, AI intro, and fluid mechanics.

Year 2: Hydraulics, environmental engineering, structural analysis, soil mechanics, sustainable concrete, and AI in civil engineering.

Year 3: Reinforced concrete & steel design, BIM, wastewater engineering, foundations, traffic engineering, then 7 months of Student Industrial Training.

Year 4: Integrated design projects, one of three specialisation pathways, GIS/LiDAR, final year project, and engineering economics.

Where do graduates work? Name employers and roles

Across infrastructure & construction, offshore & energy, digital infrastructure, water/environment, and consultancy roles (Civil, Structural, Offshore Structural, BIM, Environmental Engineer, and more). Named alumni employers: Gamuda, IJM, Aecom, DHI, PETRONAS, Shell, SLB, DNV, Technip, Petrofac, Petros, Sarawak Energy, MMC, MMHE, Jacobs, Ørsted, DHL, AWS, Airbus, Aerodyne, Subsea7 — across Malaysia, ASEAN, the Middle East, Europe, Oceania, and North America.

One thing that makes it different at UTP

Three professional pathways — Offshore & Renewable Energy Engineering, Digital Resilience Engineering (BIM, AI analytics, digital twins), and Environmental & Sustainability Engineering — plus 7 months of industrial training and industry-linked capstone projects.

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

Not research-based (undergraduate programme), but Year 4 offers Core Specialisation electives across shared engineering tracks: Future Infrastructures & Digital Resilience, Renewable & Sustainable Energy Systems, Asset Integrity & Reliability, Offshore Engineering, Sustainability & Environmental Engineering, Energy Transformation, and Process Safety. Note: several of these (programme codes MGB/CGB/CBM) appear to be shared electives across multiple engineering programmes, not exclusive to Civil — worth confirming with the department which are core vs. open electives for this programme specifically.

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

UTP financial-aid opportunities include YUTP Scholarship, YUTP Education Grant, YUTP Student Support Fund Bursary, TAZU and PTPTN, subject to eligibility and availability. Students may also explore external sponsorship opportunities listed by UTP.

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

Students should expect a combination of lectures, laboratory work, engineering projects, field exposure and industry-related activities. The programme also offers opportunities to develop digital skills through areas such as BIM, AI and IoT and to participate in student activities on UTP's campus.

Next Intake + Application Deadline ​​

September intake.

Placement or internship route for this programme

7-month Student Industrial Training (SIT, Year 3) followed by a Student Industrial Project (SIP) — both explicitly listed as Core Industrial Internship credit (14 credit hours total).

Frequently Asked Questions

Five years / 10 semesters.

Offshore Engineering, Environmental Engineering, Sustainability or Renewable Energy.

Yes, UTP accepts international applicants for the programme.

Apply Now

Programme Lead

Associate Professor Ts Dr Noor Amila binti Wan Abdullah Zawawi (Chair, Civil & Environmental Engineering Department)

amilawa@utp.edu.my  (+6053687290)

Start Online Application Now
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Bachelor of Computer Engineering with Honours

Details Information
Level Undergraduate
Faculty Faculty of Engineering
Duration 4 years
Intakes September intake
Accreditation (EAC/BEM, MQA ref) (R/0713/6/0012) (12/27) (MQA/FA7663)
Tuition (Total, Malaysian) RM104,500

Who is this programme for?

For school leavers with a relevant foundation, A-Level, or equivalent qualification who want to specialise in computer hardware and systems — choosing from intelligent vision, next-gen communications, robotics, or renewable energy — with an optional Data Science minor.

What will I learn, year by year?

144 credit hours total: foundational subjects in physics, mathematics, programming, and electrical engineering, building into data networking, operating systems, and specialised areas like scalable computing and wireless communication. In later years, students choose one of four specialisation tracks (Intelligent Vision Systems, Next-Gen Communication Systems, Intelligent Robotics, or Renewable Energy) and can add an optional Data Science minor (AI, machine learning, data mining, visualization). Includes a Core Industrial Internship (14 credits).

Where do graduates work? Name employers and roles

Software engineer, network engineer, systems engineer, data engineer, embedded systems engineer, cloud engineer, AI engineer, and cybersecurity engineer.

One thing that makes it different at UTP

Four distinct specialisation tracks (Intelligent Vision Systems, Next-Gen Communications, Intelligent Robotics, Renewable Energy) plus an optional Data Science minor — letting students combine a hardware-focused engineering degree with modern AI/data skills.

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

Research is connected to the Department of Electrical & Electronics Engineering, with areas including Intelligent Signal & Imaging, Pervasive Systems, Communication, Electronic Materials & Devices, Automation & Control Systems, and Power & Energy Systems. The department supports cross-disciplinary research with universities and industry.

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

Not research-based (undergraduate programme). Specialisation tracks: Intelligent Vision System, Next Generation Communication Systems, Intelligent Robotics, Renewable Energy.

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

Students should expect a mix of engineering theory, programming, electronics, laboratory work, projects and practical learning. The programme is particularly suitable for students who enjoy both computing and physical technology. Students can also participate in UTP's clubs, societies and co-curricular activities.

Next Intake + Application Deadline ​​

September intake.

Placement or internship route for this programme

Core Industrial Internship (14 credit hours) is built into the 144-credit programme structure — exact duration/timing not detailed on this page (Civil Engineering's equivalent is 7 months; confirm if this matches for Computer Engineering).

Frequently Asked Questions

No, the Bachelor of Computer Engineering and Computer Science are separate programmes. Computer Engineering primarily focuses on hardware and systems, while Computer Science emphasises software development and computing theory.

Physics, mathematics, programming, electrical engineering, data networking, operating systems, plus specialised areas like scalable computing and wireless communication.

The duration of a bachelor’s degree in computer engineering is typically four years.

Apply Now

Programme Lead

Chair​ Department of Computing​​ AP Ts Dr​ Ahmad Sobri B Hashim

sobri.hashim@utp.edu.my

Start Online Application Now
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Bachelor of Chemical Engineering with Honours

DetailsInformation
LevelUndergraduate
FacultyFaculty of Engineering
Duration4 years
IntakesJanuary, May and September undergraduate intake cycle
Accreditation (EAC/BEM, MQA ref)EAC
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 a EAC-accredited degree with a long industry internship and strong graduate employability in oil & gas, petrochemicals and process industries.

What will I learn, year by year?

Year 1: Mathematics, chemistry, engineering fundamentals, fluid mechanics and safety.

Year 2: Thermodynamics, heat transfer, separation processes and laboratory work.

Year 3: Reaction engineering, data analytics, process safety, simulation, plant design and an industrial internship.

Year 4: Advanced laboratory work, plant design, a research project and a chosen specialisation, such as sustainable engineering, process systems, processing industries, process safety or renewable energy.

https://www.utp.edu.my/Pages/Admission/Undergraduate/Bachelor-of-Chemical-Engineering-with-Honours.aspx?utm_source=chatgpt.com

Where do graduates work? Name employers and roles

Graduates work in roles such as process, production, plant, safety, design and research engineer. PETRONAS, Shell, ExxonMobil, SLB, Baker Hughes, BASF, Intel and TechnipFMC.

One thing that makes it different at UTP

A 7-month (2-semester) industrial internship — longer than the norm — plus EAC accreditation and a TalentBank Top-90-globally employability ranking.

Testimonial

2002, Ministry of Science, Technology and Innovation (MOSTI) (Y).

Ts. Dr. Radin Zulhazmi RA Halim

My Chemical Engineering education at UTP provided me with more than technical knowledge. It trained me to analyse complex systems, evaluate evidence, manage risks and develop practical solutions. My career has also shown me that an engineering qualification can open doors not only to technical and industrial roles, but also to management, consultancy, policymaking and national service. 2002, Ministry of Science, Technology and Innovation (MOSTI) (Y).

Target: Straight A SPM / IGCSE

https://lnkd.in/p/dVseaZzQ

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

Carbon capture and membrane separation: Carbon Capture, Utilization & Storage Center; Prof. Ir. Dr. Lau Kok Keong, Assoc. Prof. Ir. Dr. Haslinda Zabiri and Assoc. Prof. Ir. Dr. Abdul Halim Shah Maulud, AP Dr Yeong Yin Fong and Assoc. Prof. Ir. Ts. Dr. Serene Lock Sow Mun, Dr Nik Abdul Hadi, Dr Khairiraihanna, Dr Nurul Ekmi. Dr Norwahyu.

Centre of Advanced Process Safet: Dr. Azizul Buang, Dr Syaza Izyanni.

Ionic liquids and rare earth recovery (Center of Research in Ionic Liquid: Prof. Dr. Mohamad Azmi Bustam and Ts. ChM. Dr. Mohd Dzul Hakim Wirzal, Dr Wan Zaireen.

Advanced materials for wastewater treatment and hydrogen (Centre of Innovative Nanostructures & Nanodevices): Assoc. Prof. Ir. Dr. Suriati Sufian, Dr Raihan Mahirah, Dr Noorfidza.

CBBR: AP. Dr Lam Man Kee, AP Dr Noridah.

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

Malaysian undergraduates may check YUTP scholarship, education grant and bursary, PTPTN, and EPF education withdrawal, subject to each scheme’s criteria. TAZU is available to eligible Malaysian Muslim students. PETRONAS sponsorship and external scholarships have separate application windows and eligibility rules.

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

Expect laboratory sessions, team projects, a plant design project and a final-year research project. CHE students can also explore field trips, student chapter activities, industry talks, exchange opportunities and the seven-month internship.

Next Intake + Application Deadline ​​

January 2027 intake. Online applications are expected to open 14 October 2026 and close 17 November 2026 for Malaysian undergraduate applicants. Registration is listed for 4 January 2027.

Placement or internship route for this programme

The curriculum includes Student Industrial Training (SIT), 7 credits, followed by a Student Industrial Project (SIP), 7 credits. The department describes the combined industrial internship as seven months, with local and international opportunities.

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.

Apply Now

Programme Lead

Dr Khariraihanna Bt Johari (Undergraduate Leader)

khairiraihana.j@utp.edu.my

Start Online Application Now
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