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IOE Purwanchal CampusTathali · Bhaktapur

Tribhuvan University · Institute of Engineering

Turn signals into systems that connect the world.

Follow an idea from circuit behaviour and measurement through embedded systems, digital signals, wireless communication and networked information.

Check your fit Request the fee sheet

Admission guidance open · formal admission follows the IOE result

Electronics engineering students working together on a project
From the courseA project bench brings circuit theory, measurement, code and team decisions into the same frame.
Award
BEI
Duration
4 years
Study mode
Full time
Seats
48
Campus
Tathali
Explore this degree

01 · Decide

Is electronics engineering right for you?

A hardware-aware engineering degree for students interested in circuits, signals, communication, embedded systems and the networks that carry information.

This may fit you if

  • You want to know how physical signals become useful information.
  • You enjoy careful measurement, mathematical modelling and hands-on debugging.
  • You are interested in communication, embedded devices, networks or IoT systems.

Be ready for

Electronics engineering requires sustained work in mathematics, circuits, electromagnetics and signals. Practical sessions involve patient measurement and troubleshooting—not just assembling devices.

Minimum entry path

Eligibility at a glance

  • +2 Science or equivalent with Physics, Chemistry and Mathematics
  • At least 45% aggregate, or grade C in each required subject
  • A related engineering diploma is also eligible under current IOE rules
  • A valid IOE entrance score is required for formal admission
Ask admissions to check your qualification

Fees and scholarship

Use a dated fee sheet, not an old number.

Ask for the current total, payment schedule, university charges and written scholarship conditions. ICE advertises 50–100% merit scholarships; availability varies by intake and result.

Request the current fee breakdown

02 · Experience

Learn the discipline as a sequence, not a gallery.

Each stage below connects a real learning setting to the judgement it is meant to develop.

Close view of electronics laboratory measurement equipment
From the courseThe screen is not the answer; it is evidence that still needs interpretation.

01

Measure what you cannot see

A waveform makes invisible behaviour readable.

Instruments turn voltage, timing, frequency and noise into evidence. Practical work teaches you to choose a measurement, question an unexpected trace and separate a faulty assumption from a faulty connection.

  • Instrumentation
  • Circuit behaviour
  • Measurement and uncertainty
Electronics engineering students troubleshooting together at a laboratory bench
From the courseBench work is collaborative reasoning: trace the signal path, test one assumption and document what changed.

02

Build at the boundary

Embedded systems join code to the physical world.

Microprocessors, digital logic and embedded systems show how software reads sensors, controls outputs and operates within real limits. The strongest prototypes make power, timing, interfaces and failure modes part of the design.

  • Microprocessors
  • Embedded systems
  • Hardware–software interfaces
An instructor guiding a student through detailed practical work
From the courseGuided practice turns a complicated setup into a sequence of testable engineering questions.

03

Send information reliably

Communication engineering is a chain of trade-offs.

Signals, filters, antennas, wireless links and networks connect in the later years. Projects ask you to balance range, bandwidth, noise, power, complexity and cost—and to explain why the complete system behaves as it does.

  • Signals and filters
  • Wireless and antennas
  • Communication networks

03 · Curriculum

Four years, with a reason for the order.

The sequence moves from shared engineering foundations to circuits and signals, then into embedded, communication, wireless and networked systems.

01Year 1Engineering foundations

Establish the mathematical, scientific, programming and drawing base of the degree.

Semester 1

  1. Engineering Mathematics I
  2. Computer Programming
  3. Basic Electrical Engineering
  4. Engineering Physics
  5. Engineering Drawing I

Semester 2

  1. Engineering Mathematics II
  2. Engineering Chemistry
  3. Basic Electronics Engineering
  4. Object-Oriented Programming
  5. Engineering Drawing II
02Year 2Circuits, signals and electromagnetics

Learn how electronic systems represent, transform, measure and control signals.

Semester 3

  1. Engineering Mathematics III
  2. Network Theory
  3. Electronic Devices & Circuits
  4. Digital Logic
  5. Electromagnetics

Semester 4

  1. Applied Mathematics
  2. Numerical Methods
  3. Microprocessor
  4. Signals & Systems
  5. Instrumentation I
03Year 3Communication systems and minor project

Connect communication, control, computing and embedded systems through applied work.

Semester 5

  1. Probability & Statistics
  2. Communication Systems I
  3. Control Systems
  4. Computer Organization
  5. Data Structures & Algorithms

Semester 6

  1. Communication Systems II
  2. Filter Design
  3. Embedded Systems
  4. Operating Systems
  5. Engineering Economics
  6. Minor Project
04Year 4Wireless, networks and major project

Integrate antennas, wireless, signal processing and networks in professional project work.

Semester 7

  1. Wireless Communication
  2. Computer Networks
  3. Antenna & Propagation
  4. Digital Signal Analysis & Processing
  5. Elective I
  6. Project I

Semester 8

  1. RF & Microwave Engineering
  2. Telecommunication Networks
  3. Information Theory & Coding
  4. Engineering Professional Practice
  5. Elective II
  6. Project II

Indicative curriculum only. Tribhuvan University and the Institute of Engineering are authoritative for the official syllabus and revisions.

04 · Practice

The bench is where assumptions become measurable.

Electronics practical work is most valuable when it follows a complete loop: predict, build, measure, compare, diagnose and document. That process matters whether the final system is a circuit, an embedded device or a wireless link.

01Electronic devices and circuits
02Instrumentation and measurement
03Microprocessor and embedded systems
04Communication systems
05Signals and networking
06Minor and major project work
Students completing hands-on work together at a workshop bench
From the courseTools matter, but a disciplined test sequence is what turns activity into engineering evidence.
Engineering students collaborating closely during practical work
From the courseTechnical careers are team careers: careful handover and clear explanation are part of system reliability.

05 · Direction

A degree opens paths. Your evidence chooses the next one.

The degree can lead toward telecom, networks, embedded systems, IoT, electronics, broadcast or software-adjacent roles. A strong portfolio should show both technical depth and the ability to explain how a complete system was tested.

  • Telecommunication engineering
  • Network and ISP systems
  • Embedded systems and IoT
  • Broadcast and media systems
  • Software and systems roles
  • Postgraduate specialisation

06 · Admissions

Turn interest into a checked decision.

Admissions should help you verify fit, eligibility and cost before asking you to commit.

  1. 01
    Check your entry route

    Share your qualification and IOE status for a direct eligibility answer.

  2. 02
    Get the current numbers

    Request the dated fee sheet, payment schedule and scholarship terms.

  3. 03
    See the learning environment

    Arrange a visit and bring the questions that matter to your family.

  4. 04
    Apply after verification

    Formal admission follows the published IOE process and result.

Start an inquiry Ask on WhatsApp

Prefer a call? 01-5091616 · Admissions 976-4577250

07 · Questions

What students usually need to know next.

Is this the same as electrical or computer engineering?

There is overlap in the foundations, but this degree places particular emphasis on electronics, signals, embedded systems, wireless communication and information networks. The curriculum section shows that progression in detail.

Is the curriculum shown here final?

It is an indicative year-by-year guide based on the current IOE structure. Tribhuvan University and the Institute of Engineering remain the authority for the official syllabus, subject codes and any revisions.

How do I get the current fee sheet?

Request the dated fee sheet from the admissions team. They will explain the current intake, payment schedule, scholarship conditions and any university charges before you make a decision.

Can I visit before applying?

Yes. Ask admissions to arrange a campus visit so you can see relevant learning spaces, discuss eligibility and bring a parent or guardian if you prefer.

Are scholarships available?

ICE advertises merit scholarships ranging from 50% to 100%. Availability and continuation conditions depend on the intake, results and published college policy, so confirm the terms in writing with admissions.

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