B.Tech. in Electronics and Computer Engineering (E-Vehicle and Industrial Drives) at UPES School of Advanced Engineering

UPES School of Advanced Engineering offers B.Tech. in Electronics and Computer Engineering (E-Vehicle and Industrial Drives) as a 4-year undergraduate degree. The total fee on record is ₹19.05 lakh – ₹25.38 lakh.

Expect to spend most of your time on programming, data structures and algorithms, databases, operating systems, computer networks and software engineering, with a steady diet of lab work and projects.

UPES School of Advanced Engineering is a private institute, founded in 2003. This page brings together what is on record for this course at UPES School of Advanced Engineering — fees, seats, eligibility, the admission route and placements — so you can judge it before you apply.

Most B.Tech programmes follow a similar pattern: the first year builds the foundations (mathematics, science and programming), the middle years go deep into the subject, and the final year is given over to electives, a major project and usually an internship.

Here that means programming, data structures and algorithms, databases, operating systems, computer networks and software engineering, with a steady diet of lab work and projects. Typical first jobs: software developer, full-stack engineer, QA engineer or systems analyst. Many graduates also go on to a master's degree.

The exact syllabus is set by the college or its affiliating university and changes from year to year, so ask UPES School of Advanced Engineering for the current semester-wise plan.

The fee figures on record for this course are below. Fees are for the whole course unless marked otherwise, and apply to B.Tech programmes at UPES School of Advanced Engineering as a group.

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Colleges revise fees most years, and hostel, transport and exam charges are often billed separately. Confirm the current figure with UPES School of Advanced Engineering before you pay anything.

To get into B.Tech. in Electronics and Computer Engineering (E-Vehicle and Industrial Drives), you usually need Class 12 with Physics and Mathematics, plus Chemistry, Computer Science or another technical subject; most colleges ask for roughly 45–60% in these subjects. The minimum marks on record at UPES School of Advanced Engineering are: X: 50.0, XII: 50.0, Graduation: 0.0.

Admission to this kind of course is usually through JEE Main and state engineering entrance exams. Reserved-category candidates generally get a relaxation in the minimum marks. Check UPES School of Advanced Engineering's prospectus for the exact cut-off this year.

In most years, admission follows these steps:

1. Check that you meet the eligibility above and register for the entrance exam in time.
2. Take JEE Main and state engineering entrance exams and keep your scorecard.
3. Apply to UPES School of Advanced Engineering or through the enquiry form on this page, and take part in counselling if a state or central body runs it.
4. Once you are offered a seat, verify your documents (marksheets, ID, category certificate if any) and pay the admission fee to confirm it.

For B.Tech. in Electronics and Computer Engineering (E-Vehicle and Industrial Drives) specifically, the average salary on record is ₹6.5 lakh a year.

Placement numbers vary a lot by year and by branch. Ask the placement cell for the branch-wise report of the last two batches.

UPES School of Advanced Engineering runs 35 B.Tech specialisations in all. If this one is not quite right, compare it with:

• B.Tech. in Mechanical Engineering (Advanced Manufacturing)
• B.Tech. in Applied Petroleum Engineering (Energy Systems and Storage)
• B.Tech. in Chemical Engineering (Energy Systems and Storage)
• B.Tech. in Electronics and Computer Engineering (AI and ML Applications)
• B.Tech. in Electronics and Computer Engineering (Microelectronics and VLSI)
• B.Tech. in Fire and Safety Engineering (AI and ML)
• B.Tech. in Applied Petroleum Engineering (Intelligent Petroleum Systems)
• B.Tech. in Civil Engineering (Construction Management)
• B.Tech. in Electronics and Computer Engineering (5G and 6G Technology)
• B.Tech. in Aerospace Engineering (Space Technology)
• B.Tech. in Automotive Engineering (E-Mobility)
• B.Tech. in Chemical Engineering (Refining and Petrochemicals)
• B.Tech. in Aerospace Engineering (Avionics)
• B.Tech. in Chemical Engineering (Digitization of Process Technology)
• B.Tech. in Applied Petroleum Engineering (Global Pathway Program)
• B.Tech. in Electrical Engineering (Wearable Devices)
• B.Tech. in Electrical Engineering (Global Pathway Program)
• B.Tech. in Fire and Safety Engineering (ECG and Sustainability)
• B.Tech. in Applied Petroleum Engineering (Gas Engineering Informatics)
• B.Tech. in Electrical Engineering (AI and ML Applications)
• B.Tech. in Sustainability Engineering (Sustainability Management)
• B.Tech. in Mechanical Engineering (Mechatronics)
• B.Tech. in Aerospace Engineering (Defence Technology)
• B.Tech. in Civil Engineering (Environmental Engineering)
• B.Tech. in Electrical Engineering (5G and 6G Technology)
• B.Tech. in Electrical Engineering (Microelectronics and VLSI)
• B.Tech. in Mechanical Engineering (Global Pathway Program)
• B.Tech. in Civil Engineering (Transportation Engineering)
• B.Tech. in Chemical Engineering (Global Pathway Program)
• B.Tech. in Mechanical Engineering (Defense Technology)

Ask yourself — and the college — these questions first:

• Are you genuinely interested in programming? You will spend 4 years on it.
• Can you manage ₹19.05 lakh – ₹25.38 lakh over the course, plus hostel and living costs? Ask about scholarships and education loans.
• What do recent graduates of this course actually go on to do?
• How does UPES School of Advanced Engineering compare with other colleges offering B.Tech?