Electronics, Communication & Information Engineering

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Er. Suroj Burlakoti

I am delighted to welcome you all to the Department of Electronics and Computer Engineering which commits to working towards creating an Engineer with a rich blend of competent technical, managerial and social skills.

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Electronics, Communication & Information Engineering

Overview

Electronics, Communication and Information Engineering, is a four-year Bachelor program in Engineering offered by IOE, TU. This course is a blend of two important branches of engineering namely Information Technology and Electronics & Communication Engineering. The course deals with electronics principles, information and communication technologies, internet, telecommunication, etc. Electronics is embedded in most facets of life ranging from simple consumer goods to the sophisticated instrumentation used in electronic circuits, electronic devices, and computer systems. Hence, it is a course with high professional and implementation value.

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Objectives

  • To produce highly qualified, motivated, confident graduates with entrepreneurial attitudes and innovative minds to fulfill the demand of today’s world.
  • To equip students with a strong foundation in electronics, communication, and information engineering principles and theories.
  • To enable students to design and analyze electronic circuits, communication systems, and information processing technologies.
  • To foster innovative thinking and problem-solving skills in the development of cutting-edge communication and information technologies.
  • To prepare students for careers in various industries, including telecommunications, networking, data analytics, and information security.

Scope

The scope of Electronics, Communication, and Information Engineering is vast and encompasses various topics and applications related to electronics, communication systems, and information technology.

KEY AREAS

  • Microelectronics
  • Analog and Digital Electronics
  • VLSI (Very Large-Scale Integration)
  • Embedded Systems
  • Power Electronics
  • Semiconductor Devices and Technology
  • Electronic Instrumentation and Measurements
  • Control Theory
  • Feedback Control Systems
  • Robotics and Automation
  • Mechatronics
  • Process Control
  • Intelligent Control Systems
  • Signal Processing
  • Image and Video Processing
  • Speech and Audio Processing
  • Data Compression and Coding
  • Information Theory
  • Data Communication and Networking
  • Internet of Things (IoT)
  • Cloud Computing and Big Data
  • Cybersecurity and Information Assurance
  • Electromagnetic Theory
  • Electromagnetic Fields and Waves
  • Microwave Engineering
  • RF (Radio Frequency) Engineering
  • Telecommunication Systems
  • Wireless Communication
  • Digital Communication
  • Optical Communication
  • Satellite Communication
  • Mobile Communication
  • Networking Protocols and Technologies
  • Communication Network Design and Analysis
  • Transistors
  • Integrated Circuits
  • Sensors and Actuators
  • MEMS (Micro-Electro-Mechanical Systems)
  • Nanoelectronics

Error Control Coding

Source Coding

Cryptography and Network Security

  • Multimedia Systems
  • Virtual Reality (VR) and Augmented Reality (AR)
  • Human-Computer Interaction
  • Medical Imaging
  • Biomedical Signal Processing
  • Bioinstrumentation
  • Medical Electronics

Careers

  1. Electronics Engineer
  2. Communication Engineer
  3. Network Engineer
  4. Information Technology (IT) Specialist
  5. Data Scientist
  6. Embedded Systems Engineer
  7. VLSI (Very Large Scale Integration) Engineer
  8. Software Engineer
  9. Signal Processing Engineer
  10. Telecommunication Engineer
  11. Control Systems Engineer
  12. Cybersecurity Specialist
  13. Robotics Engineer
  14. Human-Computer Interaction (HCI) Specialist
  15. Biomedical Electronics Engineer

Major Achievement by Students

  1. Winner – Dronacharya, 2019 (Organized by LOCUS, Pulchowk Campus)
  2. Winner – UNDP SDG, 2018 (Organized by RAN)
  3. Runner-Up- Kurukshetra, 2017 (Organized by SOMES- IoE)
  4. Winner – NASA International Space App ChallengeKathmandu 2016 (Organized by ICIMOD)
  5. Second Runner Up and Best Design Award – Yantra 1.0, 2013 (Organized by RAN)
  6. Winner and Grand Prix Award – Robo Soccer, 2004 (Organized by Robotics Club- Pulchowk Campus)

For 2079 & Earlier Batch

For 2080 & Onwards Batch

  • Engineering Drawing I[ME 401]
  • Engineering Physics[SH 402]
  • Basic Electrical Engineering[EE 401]
  • Digital Logic[EX 502]
  • Engineering Mathematics I[SH 401]
  • Computer Programming[CT 401]
  • Engineering Mathematics II[SH 451]
  • Engineering Chemistry[SH 453]
  • Workshop Technology[ME 453]
  • Object Oriented Programming[CT 501]
  • Microprocessor[EX 551]
  • Electric Circuit and Machine [EE 460]
  • Engineering Mathematics III[SH 501]
  • Electronics Devices and Circuits[EX 501]
  • Control Systems[EE 602]
  • Probability and Statistics[SH 602]
  • Electromagnetics[EX 503]
  • Instrumentation [EX 510]
  • Applied Mathematics[SH 551]
  • Discrete Structure[CT 551]
  • Data Structure and Algorithms[CT 552]
  • Computer Graphics[EX 603]
  • Numerical Methods[SH 553]
  • Engineering Economics[CE 655]
  • Database Management Systems[CT 652]
  • Computer Network[CT 657]
  • Computer Organization and Architecture[CT 603]
  • Operating Systems[CT 656]
  • Filter Design[EX 704]
  • Communication English[SH 601]
  • Propagation and Antenna[EX 653]
  • Communication Systems I[EX 652]
  • Embedded Systems[CT 655]
  • Minor Project[EX 654]
  • RF and microwave engineering[EX 752]
  • Artificial Intelligence[CT 653]
  • Organization and Management[ME 708]
  • Digital Signal Analysis and Processing[CT 704]
  • Wireless Communication[EX 751]
  • Project Part A[EX 707]
  • Telecommunications[EX 703]
  • Engineering Professional Practice[CE 752]
  • Information Systems[CT 751]
  • Energy Environment & Society[EX 701]
  • Project Part B[EX 755]
  • Engineering Mathematics I[ENSH 101]
  • Computer Programming[ENCT 101]
  • Engineering Drawing[ENME 101]
  • Fundamentals of Electrical and Electronics Engineering[ENEX 101]
  • Engineering Physics[ENSH 102]
  • Engineering Workshop[ENME 106]
  • Engineering Mathematics II[ENSH 151]
  • Object Oriented Programming[ENCT 151]
  • Digital Logic[ENEX 152]
  • Electronic Devices and Circuits[ENEX 151]
  • Engineering Chemistry[ENSH 153]
  • Electrical Circuits and Machines[ENEE 154]
  • Engineering Mathematics III[ENSH 201]
  • Communication English[ENSH 204]
  • Computer Graphics and Visualization[ENCT 201]
  • Advanced Electronics[ENEX 202]
  • Control System[ENEE 204]
  • Microprocessor[ENEX 201]
  • Numerical Methods[ENSH 252]
  • Discrete Structure[ENCT 251]
  • Electromagnetics[ENEX 254]
  • Instrumentation[ENEX 252]
  • Computer Organization and Architecture[ENEX 253]
  • Signals and Systems[ENEX 255]
  • Probability and Statistics[ENSH 304]
  • Artificial Intelligence[ENCT 305]
  • Filter Design[ENEX 301]
  • Embedded System[ENEX 302]
  • Propagation and Antenaa[ENEX 303]
  • Elective I[ENEX 325-344]
  • Engineering Economics[ENCE 356]
  • ICT Project Management[ENCT 355]
  • Communication System[ENEX 351]
  • Telecommunication and Computer Networks[ENEX 352]
  • Minor Project[ENEX 353]
  • Elective II[ENEX 385]
  • Digital Signal Processing[ENEX 413]
  • RF and Microwave Engineering[ENEX 411]
  • Robotics[ENEX 412]
  • Wireless Communication[ENEX 415]
  • Elective III[435]
  • Project I[ENEX 414]
  • Energy, Environment and Social Engineering[ENEX 463]
  • Elective IV[ENEX 465]
  • Internship[ENEX 462]
  • Project II [ENEX 461]

Field Visits

  • NTV/Radio Nepal
  • NTC
  • Sagarmatha Earth Station
  • Pokhara (Hydropower, Cable car)

Testimonials

Data and Information are undoubtedly two of the most important things in today’s World. Shrinking the world to such an extent that we can explore it while sitting in our room would not have been possible without the advancement in Electronics and Computer Engineering, and advancement in such fields wouldn’t have been possible without the tireless efforts of Engineers. Implementing theory into practice is what an Engineer does. For such a task one needs not only knowledge but also an innovative mind along with the determination to face new challenges. NCE is one of such institutions that helps individuals in achieving these heights. Along with excellent teaching faculty, NCE provides the right environment for students to grow into professionals. Encouraging club activities, and aiding students to organize scientific programs are some of the many virtues of NCE which prepare dedicated students to be ready for global welfare.
Ranjit K.C.
Ranjit K.C.
076/BEI

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