Welcome to Lamrin Tech Skills University Punjab

M.Tech Electrical Engineering



M.Tech Electrical Engineering

The M.Tech Electrical Engineering programme at Lamrin Tech Skills University Punjab is designed to prepare engineers for leadership roles in the rapidly evolving fields of electrical power, renewable energy, industrial automation, intelligent control, and electric mobility. The curriculum integrates advanced theoretical knowledge with practical learning, industry exposure, and research to develop professionals capable of solving complex engineering challenges. The programme follows a unique One Year at Campus + One Year in Industry/Research Organization model. During the first year, students build a strong foundation through advanced core courses and elective-based learning. In the second year, students undertake industrial training, live projects, and dissertation work in collaboration with industries and research organizations. A distinctive feature of the programme is its flexible specialization model, where students develop domain expertise through the elective basket selected in Semester II and the Dissertation/Project undertaken during the final year.

Key Heighlights

✔ One Year Campus Learning + One Year Industry/Research Organization

✔ Flexible specialization through elective baskets

✔ Industry-aligned curriculum with emerging technologies

✔ Advanced laboratories and simulation-based learning

✔ 40% Theory and 60% Practical/Project-based learning

✔Live industry projects and dissertation

✔ Research-driven learning environment

✔Expert mentoring by faculty and industry professionals

✔Focus on innovation, entrepreneurship and interdisciplinary learning

✔ Excellent opportunities for higher studies and research

Course Structure

Course Structure

Course Structure
Admission Information

Admission Criteria

Eligibility requirements for admission to the programme.

Educational Qualification

B.E./B.Tech. in Electrical Engineering, Electrical & Electronics Engineering, Instrumentation Engineering, Electronics Engineering, or allied disciplines with a minimum of 60% marks or equivalent CGPA from a recognized university

01
Registrations
02
Submission of Academic Documents
03
Personal Interview (Online/Offline)
04
Verification of Documents
05
Payment of Fee
06
Admission Confirmation

Academic Curriculum

Programme Structure

Designed to provide strong academic knowledge with practical industry exposure.

⏱️

Duration

2 Years (4 Semesters)

First Year

At University Campus
  • Advanced Core Courses
  • Professional Electives
  • Laboratory Courses
  • Seminar & Mini Project

Second Year

Industry / Research Organization
  • Industrial Training / Research Internship
  • Industry-Sponsored Project / Major Project
  • Dissertation
Academic Excellence

Specialization Pathways

Students are admitted to the M.Tech Electrical Engineering programme. The specialization is awarded based on the elective basket selected and the Dissertation/Project completed during the programme

Students may specialize in any one of the following domains:

1. Power Systems Engineering

Develop advanced knowledge in power generation, transmission, distribution, power system protection, power quality, grid operation, and modern power system planning. The specialization prepares graduates to contribute to the modernization of electrical infrastructure and smart utility networks.

Career Opportunities

  • Power Utilities
  • Transmission & Distribution Companies
  • Grid Operation Centres
  • Power System Consulting Firms
  • Government Power Departments

2.Power Electronics & Drives

Focus on advanced power electronic converters, electric drives, industrial motor control, energy conversion systems, and high-performance electrical machines used in modern industries

Career Opportunities

  • Electrical Equipment Manufacturing
  • Industrial Drives Industry
  • Automation Companies
  • Heavy Engineering Industries
  • Research & Development Organizations

3.Renewable Energy & Smart Grid

Gain expertise in solar photovoltaic systems, wind energy, energy storage technologies, smart grid architecture, distributed generation, and sustainable energy management.

Career Opportunities

  • Renewable Energy Companies
  • Smart Grid Projects
  • Solar & Wind Power Industries
  • Energy Management Companies
  • Sustainability Consulting Organizations

4.Control Systems & Automation

Develop competencies in industrial automation, PLC & SCADA systems, robotics, process control, intelligent control systems, and Industry 4.0 technologies for smart manufacturing

Career Opportunities

  • Industrial Automation Companies
  • Manufacturing Industries
  • Robotics & Automation Firms
  • Process Industries
  • Smart Factory Solutions

5.Electric Vehicle (EV) Technology

Acquire advanced knowledge in electric vehicle systems, battery technologies, charging infrastructure, vehicle power electronics, energy storage systems, and intelligent mobility solutions

Career Opportunities

  • Electric Vehicle Manufacturers
  • Battery Technology Companies
  • Automotive OEMs
  • EV Charging Infrastructure Companies
  • Mobility Technology Start-ups
Electrical Lab
Power Grid

Key Sectors Offering Career Prospects

Graduates of Electrical Engineering are equipped to pursue rewarding careers across diverse industries, government organizations, research institutions, and emerging technology sectors.

Power Generation, Transmission & Distribution Utilities
Renewable Energy Industry
Electrical Equipment Manufacturing
Industrial Automation Companies
Electric Vehicle Industry
Smart Grid & Energy Management
Public Sector Undertakings (PSUs)
Research & Development Organizations
Consultancy Firms
Government Departments
Academic & Research Institutions
Career Opportunities

Typical Job Roles

Graduates of the M.Tech Electrical Engineering programme are prepared for diverse technical and leadership roles across power systems, automation, renewable energy, and electrical industries.

Power System Engineer

Electrical Design Engineer

Protection & Control Engineer

Power Electronics Engineer

Automation Engineer

Renewable Energy Engineer

Smart Grid Engineer

Electric Vehicle Engineer

Energy Analyst

Project Engineer

Research Engineer

Technical Consultant

Research Excellence

Research & Innovation

The programme encourages interdisciplinary research addressing contemporary challenges in electrical engineering. Students undertake dissertation work in collaboration with industries, research laboratories, and faculty members in areas such as smart grids, renewable energy integration, electric mobility, industrial automation, intelligent control systems, power electronics, and sustainable energy technologies.

WHY LTSU

Why Choose M.Tech Electrical Engineering at LTSU Punjab?

Build advanced technical expertise through industry-oriented learning, practical exposure, research excellence, and innovation-driven education.

Flexible specialization aligned with career aspirations

Industry-integrated curriculum with one year of industrial exposure

Outcome-based education with experiential learning

Research-oriented dissertation under expert guidance

Strong industry collaborations and mentorship

Excellent opportunities for placements, higher studies, entrepreneurship, and research careers

Empowering Engineers to Build the Next Generation of Smart, Sustainable and Intelligent Electrical Systems.