Electronic Architects of Industry 4.0 : Digital Transformation Electronics
This program aims to comprehensively teach the engineering of electronic infrastructures, intelligent systems and automation technologies that are critical in the era of digital transformation. Participants gain technical knowledge and application skills in a wide range of areas from sensor technologies to embedded systems, from industrial automation to the Internet of Things (IoT), and gain the competence to develop the technology-oriented engineering solutions of the future.
About The Digital Transformation Electronics
The Digital Transformation Electronics program aims to provide the electronic knowledge and skills that underpin modern manufacturing, automation and IoT (Internet of Things) systems. The program covers topics such as analog and digital electronics, microcontrollers, sensor systems, embedded software development, PLC automation systems and industrial communication technologies.
Students are trained as technical experts who can establish the hardware and software compatibility required by digitalizing industries, remotely monitor and analyze systems, and manage fault diagnosis and maintenance processes. Through hands-on laboratory studies, project-based courses and applications based on real production scenarios, students gain an industry-ready, solution-oriented engineering perspective.
The program offers a strong future-oriented professional infrastructure, especially for students who want to integrate into Industry 4.0, industrial automation, smart cities and digital production processes.
Program Courses: 64 credits
Year One
| Semester - I | Credits |
|---|---|
Electronic Circuit Basics | 4 Credits |
Digital Electronics | 3 Credits |
Introduction to Programming (Python or C) | 3 Credits |
Basic Electrical Engineering | 3 Credits |
Technical English I | 2 Credits |
Vocational Mathematics I | 2 Credits |
| Semester - II | Credits |
|---|---|
Introduction to Microcontrollers (Arduino/PIC) | 4 Credits |
Sensors and Actuators | 3 Credits |
Embedded System Programming Basics | 3 Credits |
Circuit Design Software (Proteus, KiCad) | 2 Credits |
Technical English II | 2 Credits |
Vocational Mathematics II | 2 Credits |
Year Two
| Semester - III | Credits |
|---|---|
PLC and Industrial Automation Systems | 4 Credits |
Introduction to IoT Applications | 3 Credits |
Communication Protocols (Modbus, MQTT, CAN) | 3 Credits |
Electronic Hardware Prototyping | 2 Credits |
Project Application I | 4 Credits |
| Semester - IV | Credits |
|---|---|
Industry 4.0 and Smart Manufacturing Systems | 3 Credits |
Cloud Based Hardware Monitoring and Integration | 2 Credits |
Security in Electronic Systems | 2 Credits |
Project Application II | 4 Credits |
Graduation Project and Portfolio Presentation | 4 Credits |