B.TechElectronics & Electrical EngineeringFor Working Professionals
- Duration
- 3 Years
- Mode
- Weekend / Blended
- Entry
- Lateral entry to 2nd year
- Awarded by
- HRIT University
Built for professionals who can't hit pause
Designed for diploma holders and graduates already in an electronics or electrical role — the format, the entry routes and the schedule all assume you have a job to keep.
Diploma holders
3-year Engineering diploma graduates (any branch) converting hands-on skill into a full degree.
Electronics & electrical staff
Technicians and junior engineers who want the credential their role demands.
B.Sc graduates (with Maths)
Science graduates with Mathematics in Class 12 moving into core engineering roles.
Career switchers
Professionals from allied sectors formalising a move into electronics / electrical engineering.
A degree that counts
A B.Tech from HRIT University — the same award, built around your working week.
Keep earning
Stay employed throughout. No career break, no lost income, no relocation.
Lateral entry
Direct admission to the second year — your diploma/degree credits carry over.
Future-facing tracks
ECE, EEE or EE, plus VLSI Design Technology and Embedded Systems & IoT.
Choose your specialisation
A common core in semesters 3–4, then a focused specialisation through semesters 5–8, with a mandatory industry project in semesters 7 & 8.
Electronics & Communication Engineering (ECE)
Digital signal processing, digital communication, microprocessors & microcontrollers, VLSI design, antennas & propagation and microwave techniques.
Electrical & Electronics Engineering (EEE)
Power systems, control systems, electrical machines, power electronics, industrial automation & PLC and solar electric system design.
Electrical Engineering (EE)
Power systems, electrical machines, power electronics, microprocessors and industrial automation with a strong energy-systems core.
VLSI Design Technology
Digital system design using VHDL, VLSI fundamentals, FPGA & CMOS design, ASIC design, RTOS and AI for embedded systems.
Embedded System Design & IoT
Embedded C, computer organisation, IoT fundamentals & architecture, sensors & instrumentation, digital twin technologies and IoT application development.
Study without leaving your job
The whole format is engineered around a full-time job. You attend when you're free, catch up when you're not, and never have to choose between your degree and your paycheck.
Weekend & evening classes
Live sessions scheduled around the working week, so weekdays stay yours.
Blended learning
Online theory through the week, focused on-campus and lab sessions when it matters.
Recorded & self-paced
Miss a live class? Catch the recording and learn at your own pace.
Mentor support
Faculty mentors and a peer cohort of fellow professionals keep you on track.
Your background is a head start
Admission is by lateral entry to the second year. Instead of starting from scratch, you join further along — with the qualification you already hold.
You hold
3-year Engineering Diploma
Any branch, from a State Board of Technical Education (or equivalent).
You hold
B.Sc. degree
From a UGC-recognised university, with Mathematics as a compulsory subject in Class 12.
You hold
B.Voc / 3-year D.Voc
In the same or an allied sector — direct admission to the second year.
Minimum marks
50% aggregate · 45% for SC / ST / PwD
Work experience
Min. 1 year relevant technical experience
Employment
Currently employed (industry / MSME / company / govt)
From enquiry to enrolment
- 1
Apply
Submit the online form with your qualification details.
- 2
Eligibility & credit mapping
We map your qualifications and work experience to the right entry point.
- 3
Counselling
A counsellor walks you through the schedule, fees and mode of study.
- 4
Enroll & begin
Confirm your seat and start with the next weekend cohort.
Turn the degree into the next promotion
A formal B.Tech often unblocks the roles, pay bands and certifications that experience alone can't. Here's where graduates of the programme typically head next.
100%
Placement assistance
500+
Recruiting partners
15,000+
Alumni network
Already employed? The degree is most powerful as a step up — moving you from an execution role into design, R&D and leadership.
Roles you can grow into
- VLSI Design Engineer
- Embedded Systems Engineer
- Electronics Design Engineer
- Power Systems Engineer
- Electrical Design Engineer
- IoT Solutions Engineer
- Communication / RF Engineer
- Control & Automation Engineer
Frequently asked questions
ECE, EEE and EE, plus focused tracks in VLSI Design Technology and Embedded System Design & IoT. Semesters 3–4 are a common core; you specialise from semester 5.
