Electrical Technology – University College of Ratmalana

Higher National Diploma in Electrical Technology

The Higher National Diploma (HND) in Electrical Technology conducted by the University College of Ratmalana is a nationally recognized program designed to produce competent electrical technologists for Sri Lanka’s growing industrial and infrastructure sectors. The program is aligned with the national vocational framework and integrates strong theoretical foundations with intensive practical exposure, ensuring that graduates are well prepared for employment in power, manufacturing, construction, and automation industries.

Program Structure and Theoretical Foundation

The HND in Electrical Technology is structured to progressively develop knowledge from basic engineering principles to advanced electrical applications. The theoretical component forms a strong backbone of the program, enabling students to understand electrical systems scientifically and analytically.

Core theoretical subjects include:

Engineering Mathematics
Electrical and Electronic Principles
Electrical Machines and Transformers
Power Generation, Transmission and Distribution
Industrial Automation and Control Systems
Electrical Installation and Safety Regulations

Through lectures, tutorials, and structured assessments, students gain the ability to analyze circuits, interpret technical drawings, calculate load requirements, evaluate machine performance, and understand system behavior under various operating conditions. The emphasis on theory ensures that graduates are not only technicians but technologists capable of supervision, troubleshooting, and system-level thinking.

Practical Training and Industrial Exposure

Practical competence is a central pillar of the diploma. The program includes extensive laboratory sessions and workshop practice designed to reinforce theoretical learning through hands-on experience.

Students engage in:

Well-equipped laboratories allow students to perform experiments on electrical machines, power systems models, and control panels under supervised conditions. Practical sessions focus heavily on safety procedures, industry standards, and correct tool usage.

A key highlight of the program is the structured On-the-Job Training (OJT) period conducted in collaboration with industry partners. During this phase, students gain real-world experience in factories, power stations, construction sites, and maintenance divisions. This exposure bridges the gap between academic study and professional practice.

Learning Resources and Facilities

The University College provides modern facilities to support academic and practical learning. These include:

Students also benefit from industry-linked training opportunities and access to updated technical standards and reference materials. The learning environment is structured to promote discipline, technical accuracy, and innovation.

Academic Staff and Expertise

The program is delivered by qualified academic staff with both teaching and industrial experience. Lecturers possess strong backgrounds in electrical engineering, power systems, automation, and installation technology. Many staff members bring practical industry exposure into the classroom, enhancing the relevance of lectures and laboratory work.

Continuous academic guidance, mentoring, and assessment feedback ensure that students receive personalized support throughout their studies.

Required Qualifications for the Study programs

GCE (A/ L) Physical Science (Maths), Engineering Technology, Art with Credit Pass for Hard Technology (Electrical, Electronic and Information Technology) OR · Credit Pass for Mathematics at GCE (O/L) and NVQ Level 04 Certificate of Electrician (E40S001)/ Electronic Applications Technician (D32S003)/ Industrial Electronic Craftsman (D32S002)

Module Code	Technical Module	Notional hours	Number of Credits
NVQ Level 5 Qualification Semester 1
E40T001M01	Basic Module in Principles of Electrical Engineering 1	125	5
E40T001M02	Engineering Mathematics	100	4
E40T001M03	Electronics 1	150	6
E40T001M04	Troubleshooting Techniques	75	3
E40T001M05	Electrical Installation Practices	100	4
E40T001M06	ICT for Electrical Technology	75	3
EMTM01	Workplace Information Management	75	3
EMTM02	Workplace Communication Management	50	2

NVQ Level 5 Qualification Semester 2
E40T001M07	Basic Principle of Electrical Engineering 02	125	5
E40T001M08	Electronics 02	150	6
E40T001M09	Electrical Power systems 01	150	6
E40T001M10	Electrical Machines 1	125	5
E40T001M11	Industrial Electrical, Electronic Instrumentations	125	5
EMTM03	Planning and Scheduling work at workplace	75	3
On the Job Training (06 months) 6 Months on the Job Training under the supervision of NAITA.

NVQ Level 6 Qualification Semester 1
E40T001M12	Electronic Power Control Systems	100	4
E40T001M13	Electrical Power Systems 2	175	7
E40T001M14	Electrical Machines 2	175	7
E40T001M15	Introduction to Industrial Automation	100	4
E40T001M16	Residential Electrical Installation Systems	100	4
EMTM04	Problem Solving and Decision Making	50	2
EMTM05	Teamwork and Leadership	50	2

NVQ Level 6 Qualification Semester 2
E40T001M17	Advanced Programmable Logic Controllers used in Industrial Automation Systems	75	3
E40T001M18	Industrial and Commercial Installation Systems	125	5
E40T001M19	Electrical Switch Gear and Protection Systems	200	8
E40T001M20	Transmission and Distributions	200	8
E40T001M21	Electrical Safety	100	4
EMTM06	Creating and maintaining of learning culture	50	2
On the Job Training (06 months) 6 Months on the Job Training under the supervision of NAITA.