Is CU Good for Electrical Engineering? Find Out

The world is going electric — and fast. From solar rooftops and electric vehicles to AI-enabled smart grids, the future is buzzing with innovation. And guess what? Electrical engineers are making it all happen. These days, electrical engineering is not just wires and circuits any more. Instead, it is about creating a cleaner, smarter, and connected world. Whether it is designing EV charging stations or energy systems that are the stuff of science fiction, electrical engineers are in demand in every field.

If you are a curious, creative person looking for a career that you can be proud of — this is it. And when it comes to learning the skills for the future, Chandigarh University is at the forefront of the charge with hands-on training, global placements, and state-of-the-art labs — CU can be the place you begin your journey.

In this blog, we will show you how electrical engineering is more relevant than ever — and how CU can be the right place to begin your journey.

What is Electrical Engineering?

Electrical Engineering is a discipline of engineering that relates to the study and use of electricity, electronics, and electromagnetism.  The discipline of engineering encompasses many subject areas including power, control systems, signal processing, telecommunications, and microelectronics. Environmental engineering is among the oldest and broadest disciplines of engineering, and provides the foundation for much of today's technology.  

Fundamentally, Electrical Engineering centers around the understanding of electricity, how it is created, transmitted, controlled, and efficiently utilized. From high voltage transmission lines to the small electrical circuits found in smartphones, electrical engineers are actively involved with creating, developing, and maintaining systems that give power to our lives.

Many students ask "What is electrical engineering and is it a good career?" The answer is yes! The field is flexible and extremely important in today's society, which makes it one of the most fun engineering to be involved in.

Difference Between Electrical and Electronics Engineering

It is a common query amongst incoming apprentices, "What is the difference between electrical and electronics engineering?" Although the 2 words do mean similar things and are interchangeable, they represent different areas of specialization.

Electrical Engineering is the study of producing, transporting, and delivering electrical power. Their focus is high voltage; devices include transformers, generators, and power grids. 

Electronics Engineering is low voltage applications that deal with circuits, microprocessors, and semiconductors. Examples include: computers, smartphones, and televisions. 

In very simple technical terms we can say, electrical engineering is power and electronics engineering is control and communications; thus it can be confusing which is why at Chandigarh University both the core courses and the optional electives, bridge both electrical and electronics engineering topics and provide options for interdisciplinary opportunities.

Importance of Electrical Engineers:

Electrical engineering is the backbone of modern-day technologies and industries. It is easy to see why electrical engineers and electrical engineering is important and needed in various industries for so many reasons.

• Basis of Modern Technologies: Electrical Engineers design and create the systems and devices such as smartphones, computers, medical equipment, and power grids which we depend on to participate in everyday life, operate businesses effectively, and generate revenue.
• Innovation: Electrical Engineers and electrical engineering are at the forefront of generating new technologies such as artificial intelligence, automation, robotics, and the Internet of Things (IoT), which will radically change our industries and advance our quality of life.
• Sustainable Energy and Infrastructure: Electrical Engineers are accountable for the transition from fossil-fuel based energy to renewable energy through their development and improvement of energy systems such as solar panels, wind turbines, energy storage, and energy management systems. Electrical engineers are also leading the modernization of power grids accommodate sustainable energy systems to be able to provide reliable electricity to consumers.
• Medical and Healthcare Technologies: Electrical engineers have designed various technologies for medicine including devices to diagnose disease, and machines to sustain life! The growth and development of medical technologies, medical devices, and advancements ultimately improve health outcomes for patients.
• Smart Cities and Connectivity: Smart infrastructure and intelligent transport systems, building automation, global communications, and computing and networking all depend on electrical engineering.

Demand Across Industries:

Electrical engineering careers exist in many contexts around the world, and the demand is driving recruitment plans in a number of sectors, Examples include, but are in no way limited to: 

• Power Generation & Distribution
• Telecommunications
• Electronics & Consumer Goods
• Manufacturing & Industrial Automation
• Transportation (including electric vehicles)
• Healthcare Technology
• Renewable Energy & Smart Grids
• Software/IT (notably embedded systems & automation).

This demand for electrical engineers is attributable to:

• Unstoppable progress and reliance on technology and power for all aspects of life and industry.
• Increasing speed of advancement in many sectors (renewable energy, electric vehicles, automation, for instance)
• Globalization and the need to connect and develop infrastructure around the globe.

Why Choose Electrical Engineering at Chandigarh University?

Chandigarh University has also been consistently counted among the best engineering colleges in India. its B.E. the program in Electrical Engineering is aligned with the changing needs within the domain. Electrical Engineering is constantly changing, and some of the emerging trends defining the future of Electrical Engineering are:

Why CU Stands Out:

• Ranked #32 in Engineering by NIRF (2024)

• ABET(Accreditation Board for engineering and technology) accreditation and NBA (National Board for accreditation)
• QS World University Rankings by Subject 2025- Engineering and technology subjects are ranked 2nd among all the private universities of India
• Advanced Smart Grid, High Voltage, and EV Labs
• Global internships in Germany, Japan, and the US
• Placement support with 90%+ placement rate
• Alumni working at Tata Power, Siemens, ABB, NTPC, and more[govt]

The university believes in experiential learning. Students not only attend lectures but also participate in real-world projects, research collaborations, and live industry internships.

Emerging Trends in Electrical Engineering

Electrical Engineering is constantly evolving. Some of the most promising emerging trends include:

• Smart Grid Technologies: Real-time energy management systems built using IoT methods.  
• AI & ML in Power Systems: Predictive maintenance and intelligent control. 
• Electric Mobility: Electric vehicles integrated into urban and rural planning. 
• Wireless Power Transfer: Technology that wean reliance from wired based systems. 
• Sustainability Technology: Energy-saving appliances and smart homes. 

To know these trends lets students make an informed decision "after electrical engineering, which course is best?" CU offers specializations and electives in these areas to keep students future-ready.

Course Overview at Chandigarh University

The B.E program in Electrical Engineering is a four-year undergraduate program containing eight semesters, and many of the courses are updated on a regular basis to keep real with changes in technology.

Labs for Electrical Engineering at Chandigarh University

Chandigarh University has invested in advanced laboratories to give Electrical Engineering students practical learning experience. 

• AR/VR Lab – Students are able to utilize virtual environments with VR headsets and various tools, including Unity, which is helpful when they design and simulate their own system. 

• Red Hat Lab – Students are taught open-source platforms, including Linux, cloud computing, and automation (Ansible and Kubernetes). 

• Automation Lab - Students are able to use modern automation capabilities using Python, UiPath, and Power Automate. 

• Cloud Computing & Microsoft Azure Labs – Students were given opportunities to use cloud-based project experiences that engage with smart grid systems and real-life experiences. 

• Linux Administration Lab – Teaches students necessary information regarding Linux commands and scripting in order to manage systems. 

CU continues to provide students with GATE coaching and interview preparation. Students sometimes ask "Is electrical engineering a good career in India?" – this response is easily measurable.

Career Opportunities After Electrical Engineering

Electrical Engineering opens doors to diverse career paths in both public and private sectors.

Private Sector:

• Electrical Design Engineer
• Control Systems Engineer
• Automation Engineer
• Power System Analyst
• Embedded System Developer

Government & PSUs:

• Assistant Engineer in State Electricity Boards
• Executive positions in BHEL, NTPC, GAIL, DRDO, ISRO
• Roles through GATE and UPSC Engineering Services

CU also supports students with GATE coaching and interview preparation. Students frequently ask, "Is electrical engineering a good career in India?"—and the results speak for themselves.

Admission Process and Eligibility

At Chandigarh University, B.E in Electrical Engineering admission is merit-based and inclusive; meaning deserving students from any academic background can belong.

Eligibility Criteria: Candidates must have passed 10+2 with Physics and Mathematics as compulsory subjects and one of (Chemistry, Biotechnology, Computer Science, Biology, Informatics Practices or Information Technology) with minimum 50% marks in aggregate.

• Duration of Program: 4.0 Years
• Total Semester Fee: ₹1,14,500

How To Apply:

• Register online at apply.cuchd.in.
• Take a CUCET exam or furnish a valid score in JEE Main.
• Upload various academic documents for verification.
• Through web-conference meeting attend Counselling conducted by University.
• Confirm admission and deposit fee.

Scholarships

Chandigarh University recognizes academic achievement in the form of scholarships valued at ₹170 Crores, through CUCET 2025. The scholarship scheme is available to students applying to B.E. Electrical Engineering undergraduate programs and requires students to check the active phase they are applying under at the time of admission. It aims to provide students with quality education as well as to foster academic performance. Chandigarh University is rated as one of the Top Electrical Engineering Colleges in Punjab and India.

Conclusion

Electrical Engineering is not just a degree — it is your opportunity to change the world. With electric vehicles, smart grids, clean energy, and AI systems now part of everyday conversations, there is a greater demand for engineers than ever before. 

If you love working on tough problems, engaging with technology, and actually seeing the results of your efforts in the real world — now is the perfect time for you to turn your passion into a career! And if you are still confused that maybe electrical is somehow inferior to mechanical, or still asking the question "is electrical engineering worth it" — well now you have your answer! Yes, but only if you find the right university! 

At Chandigarh University we prepare you for the world of tomorrow. You will learn from world-class faculty, have in-lab learning in leading-edge labs, work on a project from the real world with industry sponsorship, and have placement opportunities with internationally recognized companies. 

Note: The views expressed in this article are of Chandigarh University and do not reflect/represent those of Shiksha