Electrical Engineering (Energy Innovation and Intelligent Robotics)

Bachelor of Engineering Program in Electrical Engineering and Digital Intelligence

“This is not a traditional Electrical Engineering program.” This program integrates Electrical Engineering with Digital Intelligence such as Artificial Intelligence, Physical AI, Embedded systems, and Internet of Things (IoT) to prepare graduates for the future digital economy. The program aims to cultivate future-ready engineers who can seamlessly bridge electrical engineering and digital intelligence technologies. Students will learn to analyze, design, and develop smart systems that integrate intelligent hardware, advanced software, artificial intelligence, and data analytics.

Graduates will be empowered to create end-to-end intelligent solutions ranging from edge devices and embedded intelligence to the evolution of Industry 4.0 and the next generation of digital transformation.

Reasons to study this program:

·      Future-Ready Education: Gain interdisciplinary expertise in Electrical Engineering, Digital Intelligence, and Artificial Intelligence to meet the demands of rapidly evolving industries.

·      Learn Emerging Technologies: Explore cutting-edge fields such as AI, Edge Intelligent System, Smart Energy Systems, Robotics, Internet of Things (IoT), Digital Twins, and Intelligent Automation.

·      Hands-On Industry Experience: Apply your knowledge through cooperative education, capstone projects, and real-world engineering challenges with leading companies.

·      Global Career Opportunities: Graduate with highly sought-after skills for careers in AI, Smart Energy, Robotics, Automation, Data Analytics, IoT, and Digital Transformation industries worldwide.

·      International Learning Environment: Study in a fully English-taught program that prepares you to thrive in multicultural workplaces and global technology industries.

Program highlights:

• Integrate Electrical Engineering with Digital Technologies: Gain expertise in both Electrical Engineering and Digital Intelligence, empowering you to design and develop intelligent systems that seamlessly integrate hardware, software, data analytics, and AI-driven decision-making.
• Focus on Industry 4.0 and Beyond: Explore cutting-edge technologies, including Artificial Intelligence (AI), Machine Learning, Smart Grids, Renewable Energy Systems, Digital Twins, Edge Intelligence, and Intelligent Automation, preparing you to lead the next generation of technological innovation.
• Develop End-to-End Innovation Skills: Learn to create complete end-to-end solutions, from intelligent devices and embedded systems to cloud platforms and advanced data analytics, enabling you to transform ideas into real-world innovations.
• Cooperative Education with Leading Companies: Gain valuable real-world experience through Cooperative Education (Co-op) placements with leading national and international companies. Apply your knowledge in professional environments, develop industry-relevant skills, and build strong networks with future employers.
• Fast-Track AI-Integrated Engineering Program (AIEP): Accelerate your academic and professional growth through the AI-Integrated Engineering Program (AIEP). This unique pathway enables high-achieving students to earn both a Bachelor’s degree (4 years) and a Master’s degree (1 year) while gaining advanced expertise in Artificial Intelligence and emerging digital technologies, providing a competitive advantage in the global workforce.

Note: Please note that this program is curated for emerging fields at the intersection of Electrical Engineering, Artificial Intelligence, and Digital Technologies. As a specialized interdisciplinary program, it does not lead to professional license in Electrical Engineering through the Council of Engineers (COE).

Program Structure

To complete the program, students are required to earn a minimum of 139 credits, distributed as follows:

1. General Education Courses: not less than 24 credits
2. Specific Courses: not less than 109 credits
3. Free Elective Courses: not less than 6 credits

In addition, students are required to complete a four-month Cooperative Education Program with an industrial partner, research institute, or organization in Thailand or abroad, providing valuable hands-on experience in a professional environment.

Highlighted Courses

• Data Science for Electrical Engineers

• Deep Learning and Its Applications
• Internet of Things and Edge Intelligence
• End-to-End Artificial Intelligence Systems
• Smart Grid Systems and Architecture
• Data Center Power and Energy Infrastructure
• Digital Communications and Quantum Technologies
• Autonomous Vehicles
• Electrical Engineering Capstone Project

Career opportunities

• AI Engineer/ Machine Learning Engineer
• Data Engineer
• Robotics Engineer
• IoT Engineer
• Smart Grid Engineer
• Embedded Systems Engineer
• Automation Engineer
• Digital Transformation Consultant
• Technology Innovator and Entrepreneur

Admission

Thai applicants may apply through the Thai University Central Admission System (TCAS1-3). International applicants are required to submit recognized standardized test scores, such as SAT, IELTS, or TOEFL, as part of the admission process.