NDT in Electrical , Electronics & Telecommunication Engineering Technology

Division of Electrical, Electronics and Telecommunication Engineering Technology 

The division aims to produce well-rounded diploma holders who apply Electrical, Electronic and Telecommunication engineering tools to solve real-world engineering problems. The curriculum aligns with modern industry trends and practical skills development.

Official Programmes

• Diploma in Electrical Engineering Technology
• Diploma in Electronics and Telecommunication Engineering Technology

Programme length and intake

Both diplomas are 3-year full-time programmes organised into six semesters. The annual student intake is 200 - with 100 students for each diploma programme.

Structure and study mode

Academic activities are delivered at ITUM during the first two years - four semesters on campus. The third year comprises semesters 5 and 6 and focuses on industrial training to integrate academic learning with workplace practice.

Curriculum focus

Electrical Engineering Technology emphasises construction, installation, maintenance and control of power systems, motors, drives and related equipment. Electronics and Telecommunication Engineering Technology focuses on design, maintenance and control of electronic systems, telecommunication systems and related devices.

Core learning components

• Foundational theory in year 1 to establish core engineering principles and fundamentals.
• Field-specific application modules in semesters 3 and 4 to build practical competence and systems understanding.
• Group project modules in semesters 3 and 4 to demonstrate integrated learning and teamwork.
• Industrial training during year 3 to develop workplace readiness and applied technical skills.

Sample module areas

• Applied Sciences
• Electro-Technology
• Applied Electricity
• Electro-Technology I

Teaching and assessment methods

Students learn through interactive lectures, tutorials, laboratory practicals, projects, workshops and field visits. Assessment combines continuous assessment strategies with final examinations to measure knowledge, skills and applied competence.

Laboratories and practical facilities

• Electrical Measurement Laboratory
• Electrical Installation Laboratory
• Electrical Machines Laboratory
• Power Systems Laboratory
• Power Electronic Laboratory
• High Voltage Laboratory
• Analog Electronics Laboratory
• Digital Electronics Laboratory
• Telecommunication Laboratory
• Robotics Laboratory
• Optoelectronics Laboratory
• Microwave Laboratory
• Computer Laboratory

Graduate profile and skills

Graduates will be able to act as a link between chartered engineers and the technical workforce - applying practical engineering technology skills in industry. They gain competence in installation, maintenance, troubleshooting and system control across electrical, electronic and telecommunication domains.

Career avenues

• Power generation, distribution and control
• Electronics, automation and industrial control
• Telecommunications and IT networks
• Process and manufacturing industries
• Transportation, construction and intelligent building systems

Opportunities for further study

After successful completion of the diploma, graduates may enter the workforce or pursue higher studies. Pathways include OUSL, IESL, IIESL and other private universities where further academic progression or professional development is available.

How this programme benefits students

The course balances theoretical foundations with hands-on practice and industrial exposure - equipping students with job-ready technical skills, project experience and the ability to apply engineering technology in contemporary industry settings.

Send Inquiry

Your inquiry will be sent directly to the institute. A copy will also be emailed to you for your records.