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University of Technology (Yatanarpon Cyber City)
Faculty of Electronics Engineering

The Faculty of Electronics Engineering (EcE) at the University of Technology (Yatanarpon Cyber City) is an engineering discipline that focuses on the study, design, integration, and testing of electronic systems, devices, communication technologies, and signal processing.

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Our Motto

“Let’s innovate for SMART Living!”


The objectives and responsibilities

The program is designed to provide students with foundational knowledge and advanced expertise in electronics and communication technologies. It aims to enable them to actively participate in designing and developing widely used communication systems and smart systems in various contexts. The curriculum ensures that students acquire the technical skills required in the professional workplace, becoming fully qualified and competent engineers. It also emphasizes the development of critical thinking and problem-solving abilities through research, innovation, and practical application of technology-related challenges. Moreover, students will be trained to face challenges in their specialized field of electronics engineering through enhanced learning and practical training systems. The Electronics and Communication Engineering (EcE) program is intended to equip students to carry out research activities with innovation using the latest technologies, with the key topics of study outlined as follows.

Fundamentals of Electronics

  1. Circuit Theory
  2. Data Structures & Algorithms
  3. Analog Electronics
  4. Digital Electronics
  5. Semiconductor Devices

Communication Systems

  1. Analog and Digital Communication
  2. Wireless Communication
  3. Optical Communication
  4. Satellite and Mobile Communication

Signal Processing

  1. Signals and Systems
  2. Digital Signal Processing (DSP)
  3. Image and Audio Processing

Microprocessors and Embedded Systems

  1. Microprocessor and Microcontroller Architecture
  2. Embedded System Design
  3. Real-Time Systems

Control Systems and Automation

  1. Control Theory
  2. Industrial Automation
  3. Robotics Basics

Electromagnetics and Microwave Engineering

  1. Electromagnetic Theory
  2. Microwave Engineering
  3. Antennas and Wave Propagation

Networking and Computer Communication

  1. Computer Networks
  2. Network Protocols
  3. Data Communication

Practical Labs and Projects

  1. Circuit Design and Testing
  2. Communication System Implementation
  3. Embedded System Projects

Where You Can Learn

In the Department of Electronics Engineering, Laboratories have been established to allow students to practically apply the theories they have learned and to enhance their technical skills and expertise.

Hover over or tap a skill to see a brief description.

Electronics Laboratory

Communication Systems Laboratory

Microprocessor and Microcontroller Laboratory

Digital Signal Processing Laboratory

Networking Laboratory

What You Will Learn After B.E. Course

Our Bachelor of Engineering curriculum is designed to prepare you for the real world with these key advantages.

Electronic Circuit Theory & Design

Analog and Digital Electronics

Communication Systems & Technologies

Microprocessor & Microcontroller Applications

Signal Processing Techniques

Electromagnetic & Microwave Engineering

Computer Networks & Protocols

Hands-on Laboratory Skills

Engineering Problem Solving

Research and Technological Innovation

Career Paths & Job Opportunities

Graduates with a B.E. in Electronics can work in electronics manufacturing plants, consumer electronics factories, telecommunications companies, automation and control system firms, power and energy companies, and other related organizations.

Electronics Engineer

Communication Engineer

Network Engineer

Embedded Systems Engineer

Control Systems Engineer

Field Service Engineer

Quality Assurance Engineer

Test Engineer

Technical Support Engineer

R&D Engineer