Ask most students what an electrical engineer does, and the answers are usually limited to power plants, electrical grids, government PSUs, or manufacturing companies. While these remain important career options, they represent only a small part of what electrical engineering offers today.
In 2026, electrical engineering extends far beyond traditional power systems. It now plays a major role in artificial intelligence, robotics, electric vehicles, automation, embedded systems, renewable energy, smart infrastructure, and digital technologies. The subjects covered in a B.Tech. Electrical Engineering programme, such as power electronics, control systems, IoT, signal processing, and machine learning, can lead to career opportunities that many students do not initially associate with this branch.
In this blog, we will explore the complete B.Tech. Electrical Engineering syllabus at Lovely Professional University (LPU), understand how different subjects connect to specific industries, and discover emerging career paths that many students often overlook. We will also see how the programme is designed to prepare students for the rapidly evolving technology landscape of 2026 and beyond.
What Is B.Tech. Electrical Engineering?
B.Tech. Electrical Engineering is a four-year undergraduate programme that focuses on how electricity is generated, transmitted, controlled, and used in modern systems and industries. Along with core electrical engineering concepts, students also learn about technologies such as automation, robotics, renewable energy, embedded systems, and smart technologies that are shaping the future of engineering.
At LPU, the programme is offered under the School of Electronics and Electrical Engineering with specialisations in Power Systems, Robotics and Control Systems, Power Electronics, and Artificial Intelligence.
One of the biggest advantages of the programme is the wide range of Engineering Minor Elective tracks available along with the core syllabus. Students can explore additional fields such as Smart Grid technology, IoT, Robotics and Automation, Renewable Energy, Biomedical Instrumentation, Data Sciences, and Full Stack Web Development. This gives students the flexibility to develop skills in multiple areas and explore a wider range of career opportunities after graduation.
| Parameter | Details |
| Programme Name | B.Tech. Electrical Engineering (EE) |
| Duration | 4 Years (8 Semesters) |
| Eligibility | 60% aggregate in Class 12 with Physics, Mathematics, and English |
| Admission | LPUNEST or JEE Main or CUET merit |
What You Will Learn in Electrical Engineering Classes: Full Syllabus Breakdown
The B.Tech. Electrical Engineering syllabus at LPU is designed to gradually build both technical knowledge and practical skills over four years. Students begin with the fundamentals of electrical engineering, mathematics, programming, and basic sciences before moving into advanced subjects such as power systems, control systems, automation, embedded technologies, and industrial applications. The final year focuses more on industry projects, electives, and hands-on learning.
1st Year: Autumn Term
The first semester builds the foundation of electrical engineering by introducing students to core engineering concepts, mathematics, programming, basic sciences, and electrical systems. Along with classroom learning, students gain early practical exposure through laboratory sessions, engineering design, and hands-on electrical training that helps them understand how engineering concepts are applied in real-world environments.
| Subject | Type |
| Basic Electrical and Electronics Engineering | Core |
| Basic Electrical and Electronics Engineering Laboratory | Practical |
| Biology for Engineers | Core |
| Engineering Chemistry | Core |
| Engineering Drawing with AutoCAD | Core |
| Hands on Practical Electrical | Practical |
| Introduction to Python | Core |
| Mathematics for Engineers | Core |
| Program Orientation-I | Core |
1st Year: Spring Term
The second semester expands students’ understanding of core engineering concepts while introducing them to modern and emerging technologies at an early stage of the programme. During this term, students develop stronger foundations in electronic systems, analytical mathematics, measurement techniques, and applied physics while also gaining practical exposure through laboratory and design-based learning.
| Subject | Type |
| AI, ML and Emerging Technologies | Core |
| Analog and Digital Logic Design Lab | Practical |
| Analog and Digital System | Core |
| Design Fabrication Lab | Practical |
| Differential Equations and Vector Calculus | Core |
| Engineering Physics | Core |
| Engineering Physics Laboratory | Practical |
| Human Values and Program Orientation-II | Core |
| Language Elective 1 | Elective |
| Measurements and Instruments | Core |
2nd Year: Autumn Term
The first semester of the second year moves students deeper into core electrical engineering concepts and systems. At this stage, students begin developing a stronger understanding of electrical machines, power distribution, circuit behaviour, network analysis, and computational problem-solving while continuing to strengthen their practical and analytical skills.
| Subject | Type |
| Community Development Project | Core |
| Computer Programming | Core |
| Electrical Machines I | Core |
| Electrical Machines Laboratory I | Practical |
| Environmental Studies | Core |
| Language Elective 2 | Elective |
| Network Analysis and Synthesis | Core |
| Power Systems-I | Core |
| Probability Theory and Stochastic Processes | Core |
2nd Year: Spring Term
The second semester of the second year strengthens students’ understanding of core electrical engineering systems while introducing concepts related to embedded technologies and computing. During this stage, students develop deeper knowledge of electrical machines, power systems, electromagnetic behaviour, and microprocessor-based systems while also building programming skills that connect electrical engineering with modern software and automation applications.
| Subject | Type |
| Electrical Machines Laboratory-II | Practical |
| Electrical Machines-II | Core |
| Electromagnetic Field Theory | Core |
| Engineering Minor Elective 1 | Engineering Minor |
| Foundations of Indian Knowledge Systems | Core |
| Fundamentals of Microprocessors and Microcontrollers | Core |
| Object Oriented Programming | Core |
| Open Minor 1 | Open Minor |
| Power System-II | Core |
3rd Year: Autumn Term
The first semester of the third year introduces students to more advanced and industry-oriented areas of electrical engineering. During this stage, students learn concepts related to power conversion, industrial automation, control applications, signal analysis, and data handling while also gaining exposure to professional practices, industrial training, and specialised elective pathways aligned with different career goals.
| Subject | Type |
| Database Management Systems | Core |
| Engineering Minor Elective 2 | Engineering Minor |
| Open Minor 2 | Open Minor |
| Open Minor 3 | Open Minor |
| Pathway Elective 1 | Pathway Elective |
| Power Electronics | Core |
| Power Electronics Laboratory | Practical |
| Professional Ethics and Legal Compliance | Core |
| Seminar on Industrial Training | Core |
| Signal and Systems | Core |
3rd Year: Spring Term
The second semester of the third year focuses on automation, industrial control, and advanced electrical applications used in modern industries. Students develop a deeper understanding of control mechanisms, motor-driven systems, industrial automation technologies, and programming concepts while also continuing to build specialised skills through electives, seminars, and practical laboratory work.
| Subject | Type |
| Control System Laboratory | Practical |
| Control Systems | Core |
| Electric Drives | Core |
| Engineering Minor Elective 3 | Engineering Minor |
| General Seminar | Core |
| Open Minor 4 | Open Minor |
| Pathway Elective 2 | Pathway Elective |
| PLC and SCADA | Core |
| Programming in Java | Core |
4th Year: Autumn Term
The first semester of the final year focuses strongly on practical industry exposure and applied learning. Students work on real-world engineering problems through industry-linked projects, capstone work, and advanced electives that help them strengthen technical expertise, problem-solving abilities, and career-focused skills before graduation.
| Subject | Type |
| Capstone Project-I | Project |
| Engineering Minor Elective 4 | Engineering Minor |
| Industry Co-op Project-I | Industry Project |
| Pathway Elective 3 | Pathway Elective |
| Pathway Elective 4 | Pathway Elective |
4th Year: Spring Term
The final semester completes the programme with advanced project work, specialised electives, and industry-oriented training. At this stage, students apply the technical knowledge and practical skills developed throughout the programme to real-world engineering challenges, helping them graduate with stronger industry readiness and specialised expertise.
| Subject | Type |
| Capstone Project-II | Project |
| Engineering Minor Elective 5 | Engineering Minor |
| Engineering Minor Elective 6 | Engineering Minor |
| Training Elective 1 | Training Elective |
Note: The curriculum is subject to changes and/or review as and when prescribed by the University. Source: lpu.in/programmes/engineering/b-tech-electrical
Elective Categories Available Across the Programme
Along with the core electrical engineering subjects, students can choose from different elective categories between the second and fourth year to build skills based on their interests and career goals.
- Engineering Minor Electives: Allow students to gain deeper knowledge in a specialised engineering domain through multiple focused courses
- Pathway Electives: Designed around different career goals such as corporate careers, government jobs, entrepreneurship, research, or higher studies
- Open Minors: Give students the flexibility to study subjects outside electrical engineering, including areas such as management, humanities, animation, and other interdisciplinary fields
- Language Electives: Help students improve communication skills through Indian and foreign language options
- Training Elective: Focuses on practical industry-oriented training and applied learning experiences
Engineering Minor Elective Tracks
One of the major advantages of the B.Tech. Electrical Engineering programme at LPU is the flexibility to explore Engineering Minor tracks alongside the core syllabus. These minors allow students to build specialised skills in emerging technologies and expand their career opportunities beyond traditional electrical engineering roles.
- Embedded Systems: Focuses on embedded architecture, programming, and system design used in IoT devices, automotive electronics, and smart technologies
- Energy Management: Covers energy auditing, electrical systems, and sustainable energy concepts relevant to utilities and energy consultancy roles
- Full Stack Web Development: Introduces web technologies, front-end and back-end development, and application building skills
- Instrumentation Technologies: Covers industrial, biomedical, and analytical instrumentation used in healthcare and manufacturing industries
- Internet of Things (IoT): Focuses on connected devices, networking, smart systems, and IoT applications across industries
- Renewable Energy: Introduces solar energy, power generation systems, and sustainable energy technologies
- Robotics and Automation: Covers robotics fundamentals, automation systems, and AI-based industrial applications
- Smart Grid: Focuses on modern power grid technologies, renewable energy integration, and intelligent energy management systems
- Data Sciences: Introduces data analysis, visualisation, and computational tools used in energy analytics and smart systems
- Power Systems: Builds deeper expertise in power generation, transmission, protection, and grid management systems
Career Paths You May Not Have Considered
The B.Tech. EE curriculum at LPU unlocks career pathways that most students do not consider when they enrol. Here are eight, each mapped to the specific subjects that make it possible:
1. Smart Grid and Energy Technology Engineer
Subjects such as Power System-I and II, Smart Grid Technology, Smart Grid and Renewable Energy Integration, and Power System Operation and Control prepare students for careers in modern energy infrastructure and smart grid management. These skills are becoming increasingly valuable as India continues expanding its smart grid and digital energy systems.
2. Electric Vehicle and Power Electronics Specialist
Subjects such as Power Electronics, Electric Drives, and Power Converter Design prepare students for careers in India’s rapidly growing electric vehicle sector. Engineers with knowledge of motor drives, control systems, and power conversion technologies are increasingly in demand across EV manufacturing, battery systems, and charging infrastructure industries.
3. AI and Robotics Engineer
Subjects related to AI, automation, control systems, and industrial programming, along with the Robotics and Automation Engineering Minor, help students build careers in industrial automation, collaborative robotics, and AI-driven manufacturing systems. These skills are increasingly valuable across smart factories, advanced manufacturing, and intelligent automation industries.
4. IoT Systems Developer
Subjects related to microprocessors, microcontrollers, embedded systems, and IoT technologies help students develop the skills needed to build connected devices and smart systems. These skills can lead to opportunities in smart home technologies, industrial IoT platforms, connected infrastructure, and automation-based applications.
5. Renewable Energy and Solar Power Engineer
Subjects related to renewable energy systems, power generation, and sustainable technologies, along with the Renewable Energy Engineering Minor, prepare students for careers in India’s growing solar and wind energy sector. These skills are becoming increasingly important as India moves towards its target of 500 GW renewable energy capacity.
6. Biomedical Instrumentation Engineer
The Instrumentation Technologies Engineering Minor, which covers Biomedical Instrumentation, Analytical Instrumentation, and medical electronics, can open career opportunities in healthcare technology and medical device industries. Many electrical engineering students do not initially consider this field, but medical device companies and hospital equipment suppliers actively recruit engineers with this combination of technical skills.
7. Embedded Systems and Automotive Electronics Engineer
Subjects such as Fundamentals of Microprocessors and Microcontrollers, Embedded System Architecture and Programming, and Embedded Systems Design Using MicroPython help students build the skills needed for careers in automotive electronics, embedded technologies, defence systems, and aerospace avionics.
8. Energy Data Analyst
Subjects such as Database Management Systems and Signal and Systems, along with the Data Sciences Engineering Minor covering Big Data Fundamentals, R Programming, and Data Visualisation, help students develop skills in energy analytics and data-driven decision-making. This creates a unique and valuable profile of an electrical engineer who can work with large energy datasets to optimise grid performance and support smart infrastructure systems.
Placements and Career Scope
The breadth of career pathways described above is reflected in LPU’s placement outcomes for electrical engineering graduates:
- Highest Salary Package: ₹2.5 Crore
- Average Package of Top 10%: ₹12.91 Lakh
- Dream and Super Dream Offers: 350+
- Offers from Fortune 500 Companies: 300+
The programme is also supported by a strong research ecosystem with 2,185+ publications, 3,150+ citations, 200+ Ph.D. scholars, and 850+ patents. This academic and research exposure further strengthens industry collaboration, innovation, and career opportunities for students.
Rankings and Accreditation
The quality of an engineering programme is not defined only by its syllabus, but also by the academic credibility, industry recognition, and opportunities offered by the institution. Here are some of the rankings and accreditations that strengthen the value of a B.Tech. Electrical Engineering degree from LPU:
- NIRF 2025: Ranked 48th amongst Engineering Institutes in India
- THE World University Rankings 2026 (Overall): Ranked 5th in India amongst Government Universities, IITs, and Private Institutions
- THE Impact Rankings 2025: Ranked 2nd in India amongst government and private universities
- THE Rankings: Ranked 6th amongst government institutions, including IITs and NITs, and private institutions in India
- WURI 2025: Ranked 4th amongst universities in India for innovation
- Scimago Institutions Rankings 2024: Ranked 7th amongst private universities in India
- ARIIA 2021: Ranked 3rd in India for innovation achievements
- NAAC Accreditation: Awarded A++ grade
Eligibility and Admission at LPU
Candidates applying for the B.Tech. Electrical Engineering programme at LPU must have passed Class 12 with a minimum of 60% aggregate marks in Physics, Mathematics, and English. For students who did not study English as a subject, this requirement may be waived if their medium of instruction was English or an equivalent language.
A 10% relaxation in eligibility applies to candidates from North-East states and Sikkim, while a 5% relaxation is available for Defence Personnel, their dependants, and Wards of Kashmiri Migrants.
Admission is based on merit in LPUNEST, JEE Main, or CUET, subject to meeting the eligibility criteria. LPUNEST also serves as a scholarship qualification test.
Fee and Scholarship Structure
The fee structure for the B.Tech. Electrical Engineering programme at LPU is as follows:
- Programme Fee: ₹1,40,000 per semester
- Examination Fee: ₹5,000 per semester
- Uniform Fee: ₹4,000 (one-time payment)
Students can also apply for scholarships based on LPUNEST performance and Class 12 board results.
- LPU RISE Scholarship: 100% fee waiver for national rank holders, school board toppers, and students with confirmed seats at elite institutions
- Category A: 60% scholarship (₹84,000 waiver) for LPUNEST Category A or 98%+ in Class 12
- Category B: 45% scholarship (₹63,000 waiver) for LPUNEST Category B or 95%–97.99% in Class 12
- Category C: 35% scholarship (₹49,000 waiver) for LPUNEST Category C or 90%–94.99% in Class 12
- Category D: 25% scholarship (₹35,000 waiver) for LPUNEST Category D or 80%–89.99% in Class 12
Conclusion
Electrical engineering today extends far beyond conventional power and manufacturing roles. With the growing use of AI, automation, renewable energy, smart infrastructure, IoT, and robotics across industries, the field has become one of the most dynamic and future-focused branches of engineering. The professionals driving India’s energy transition, industrial automation, electric mobility, and intelligent infrastructure systems are increasingly coming from this discipline.
At LPU, the B.Tech. Electrical Engineering programme is designed to prepare students for these evolving opportunities through a curriculum that combines core electrical engineering with emerging technologies, industry projects, and specialised Engineering Minor tracks. With strong placement outcomes, industry exposure, and multiple career pathways, the programme offers students the skills needed for both traditional and emerging technology sectors.
Explore the B.Tech. Electrical Engineering programme at LPU, check your eligibility, and apply through LPUNEST to take the first step towards your engineering career.
Frequently Asked Questions (FAQs)
Q: What subjects are covered in B.Tech. Electrical Engineering?
The B.Tech. Electrical Engineering programme at LPU covers subjects related to electrical systems, power generation, electronics, programming, automation, control systems, power electronics, embedded technologies, and industrial applications. Students also study emerging areas such as AI, IoT, smart systems, and data-driven technologies through electives, Engineering Minor tracks, and project work.
Q: What is taught in the first year of B.Tech. Electrical Engineering?
The first year focuses on building strong foundations in electrical engineering, mathematics, programming, engineering sciences, and practical learning. Students are introduced to electrical systems, engineering fundamentals, analytical concepts, emerging technologies, and laboratory-based applications that prepare them for advanced subjects in later years.
Q: What are the career options after B.Tech. Electrical Engineering?
Graduates can explore careers in power systems, electric vehicles, renewable energy, smart grid technologies, robotics, industrial automation, embedded systems, IoT, biomedical instrumentation, and energy analytics. The programme also prepares students for higher studies, research, government sector opportunities, and competitive examinations such as GATE.
Q: What is the future scope of electrical engineering?
Electrical engineering continues to have strong future scope because of growing demand in sectors such as renewable energy, EV technology, automation, smart infrastructure, AI-integrated systems, and industrial digitisation. Engineers with skills in power electronics, automation, embedded systems, and smart technologies are expected to remain in high demand across industries.
Q: What skills does an electrical engineer need?
Electrical engineers require strong technical knowledge in electrical systems, circuit analysis, control systems, power electronics, and programming. Skills in automation technologies, embedded systems, problem-solving, analytical thinking, and project management are also important for modern engineering roles.
Q: What is the fee for B.Tech. Electrical Engineering at LPU?
The programme fee is ₹1,40,000 per semester along with an Examination Fee of ₹5,000 per semester and a one-time Uniform Fee of ₹4,000. Scholarships ranging from 25% to 100% are available based on LPUNEST performance and Class 12 board results.
Q: What practical learning and labs are included in the programme?
The programme includes practical laboratory sessions, design-based learning, industry projects, capstone projects, and hands-on training across different stages of the course. Students gain practical exposure to electrical systems, electronics, automation technologies, power electronics, control systems, and industrial applications throughout the programme.
