TQF.2 | TQF.3 | TABEE 2567

 

 

 

 

Bachelor of Engineering Program in Computer Engineering

Degree Title:

• Full Title: Bachelor of Engineering (Computer Engineering)

• Abbreviation: B.Eng. (Computer Engineering)

Program Overview: The Bachelor of Engineering Program in Computer Engineering aims to produce graduates equipped with world-class theoretical knowledge and practical expertise. Our students develop specialized skills in designing, planning, and applying emerging technologies to create innovative solutions. The curriculum covers the comprehensive maintenance of both computer hardware and software systems.

To meet the demands of modern industries and the private sector, the program offers three specialized learning tracks tailored to students' interests:

1. Hardware and Intelligent Control Systems

2. Data Science and Artificial Intelligence (AI)

3. Data Communications and Networks

Our graduates are trained to integrate computer systems into industrial applications, possess strong self-learning capabilities for lifelong education, and are prepared to create engineering masterpieces as future technology leaders.

 

Career Opportunities

• Computer Engineer
• Electronics Control Engineer
• Data and AI Engineer
• Software Developer
• Network Engineer
• Telecommunications Engineer
• Innovation Entrepreneur

 

 

Further Study Opportunities

• Graduates are well-prepared to pursue Master’s and Doctoral degrees both in Thailand and at leading international institutions. Opportunities for advanced studies include Computer Engineering or other closely related fields, such as: Electrical Engineering, Electronics Engineering, Telecommunications Engineering, And other relevant technological disciplines.

“Why Computer Engineering at MFU?”

• English-Medium Instruction: Enhancing global career prospects and ensuring readiness for the international job market.

• Industry-Aligned Curriculum: Regularly updated courses specifically designed to meet the evolving demands of modern employers.

• State-of-the-Art Laboratories: Access to fully equipped, high-tech facilities that support advanced learning and experimentation.

• Entrepreneurial Programming Excellence: Cultivating professional-level coding expertise, enabling students to develop their own software and innovative products.

• Problem-Based Learning (PBL): A hands-on approach that bridges the gap between theory and practice, making learning both engaging and expert-driven through real-world challenges.

• Work-Integrated Learning: Gain professional experience and earn income through industry placements during your studies.

• Elite Strategic Partnerships: Strong collaborations with renowned public and private IT organizations and global tech giants.

Program Slogan

• "MFU Engineering: Hardworking, Hands-on, Heart-centered, Highly Skilled."

 

 

Learning Path

• Comprehensive Theory and Practice: Our curriculum integrates foundational theory with hands-on expertise in computer engineering, including Programming, Embedded Systems Design, Computer Networks & Security, and Artificial Intelligence (AI).

• Real-World Project Integration: Students are empowered to tackle complex projects that emphasize the practical application of knowledge in real-world scenarios.

• Specialized Career Tracks: Students can tailor their professional development through three specialized tracks:

  • Hardware and Embedded Systems

  • Data Communications and Networking

  • Data Science and Artificial Intelligence

Unique Learning Experience

• Cutting-Edge Technology & Tools: Mastery of modern technologies, including Embedded Systems, IoT, Network Security, Cloud Computing, AI, and Machine Learning.

• Innovative Ecosystem: A vibrant learning environment designed to foster creativity and innovation, fully supported by a faculty of industry experts.

Key Highlights of the Program

• Outcome-Based Education (OBE): A curriculum strategically designed to prioritize student competencies and meet the evolving demands of the global labor market.

• Focus on Emerging Technologies: Intensive emphasis on applying the latest advancements in both software and hardware.

• Global Internship Opportunities: Access to prestigious internships with leading technology firms, both domestically and internationally.

• International Academic Exchange: Opportunities to broaden perspectives through exchange programs at top-tier universities worldwide.

Is This the Right Fit for You?

• The Innovator: For those who thrive on problem-solving and creating groundbreaking innovations through technology.

• The Tech Enthusiast: For those passionate about programming and system design—ranging from Embedded Systems and Network Security to IoT, Data Science, and AI.

• The Future Leader: For those aspiring to lead in fast-growing industries, specifically within the IT, AI, and IoT sectors.

• The High-Demand Professional: For those seeking careers in high-impact fields such as Network Security, Embedded Systems, and Data Science.

Collaboration with Leading Industries

HUAWEI TECHNOLOGIES (THAILAND)		Palo Alto Networks Thailand		Cisco Systems (Thailand)

 

Student Activities and Successes

Program Philosophy

• Computer Engineering has played a pivotal role in industrial transformation and socio-economic development from the past to the present. It remains a vital discipline for navigating the disruptions of today and the future. The continuous invention of new theories and engineering innovations is an urgent necessity, achieved through the strategic development of human resources in this field.

  Our Educational Foundation: Constructivism This curriculum is built upon Constructivist Theory as its core foundation, integrating both Cognitive Constructivism and Social Constructivism. We believe that learning is an internal process where students actively construct their own knowledge. By connecting new information and environmental experiences with their existing understanding, students develop their own Cognitive Structures.

  To stimulate this growth, we utilize problem-based scenarios and social interactions to create "cognitive conflict." This challenges students to engage in deep reflection and problem-solving, ultimately leading to the formation of advanced cognitive frameworks. Rather than traditional knowledge transmission, our teaching focuses on knowledge construction.

  Pedagogical Approach: Problem-Based Learning (PBL) The program primarily employs Problem-Based Learning (PBL). We place students in real-world situations, encouraging them to discover solutions independently through the guidance of facilitators and collaborative interaction with peers.

  Our Mission The Bachelor of Engineering Program in Computer Engineering at Mae Fah Luang University is committed to producing graduates with world-class theoretical and practical expertise. Our graduates are lifelong learners with versatile skills in design, research, and system development. By leveraging Emerging Technologies across three key pillars:

• Hardware and Embedded Systems

• Data Science and Artificial Intelligence (AI)

• Data Communications and Networks

• They are prepared to solve complex engineering challenges and meet the evolving demands of modern industry and the private sector.

Program Significance

• The Bachelor of Engineering Program in Computer Engineering at Mae Fah Luang University has been developed in strict accordance with the Higher Education Act of 2019 and Thailand’s 20-Year National Strategy (2017–2036). As digital transformation directly impacts the nation’s economy, society, and culture, developing human capital to meet these evolving demands is an urgent and vital mission.

  Driving National Competitiveness This program is dedicated to producing high-caliber scholars and computer engineers capable of conducting advanced research and developing innovations. By enhancing the nation's competitive potential amidst global disruptions, our graduates serve as the essential workforce driving the country’s future.

  Outcome-Based Education (OBE) We employ an Outcome-Based Education (OBE) approach to ensure that students not only possess strong professional ethics but also achieve profound mastery in Computer Engineering. The curriculum places a strategic emphasis on Emerging Technologies across three specialized pillars:

• Hardware and Embedded Systems

• Data Science and Artificial Intelligence (AI)

• Data Communications and Networks

• Leadership in a Globalized Society Beyond technical excellence, the program fosters a positive mindset and adaptability. Our students are prepared to thrive and collaborate within a multicultural society, empowering them to become resilient leaders capable of navigating any global disruption.

Program Educational Objectives (PEOs)

The Bachelor of Engineering Program in Computer Engineering aims to produce graduates who achieve the following objectives:

• PEO 1: Effective Communication and Collaborative Leadership To produce graduates who possess a profound understanding of computer engineering principles, demonstrate high-level communication skills, and effectively collaborate within diverse teams as both responsible leaders and proactive team members.

• PEO 2: Lifelong Learning, Ethics, and Adaptability To produce graduates who utilize their knowledge and skills for continuous self-development and lifelong learning. Our graduates are expected to adapt resiliently to global shifts and societal changes while upholding high moral standards, professional ethics, and integrity.

• PEO 3: Technical Mastery in Engineering Design and Development To produce graduates with advanced expertise in designing and developing comprehensive computer engineering systems, spanning across Hardware, Software, Data Science, and Network Systems.

Program Learning Outcomes (PLOs)

• PLO1: Demonstrate ethical behavior and moral integrity, respecting organizational and social regulations while adhering strictly to computer ethics and legal standards.

• PLO2: Articulate and integrate principles, theories, and foundational knowledge in computer engineering and emerging technologies to effectively resolve engineering challenges.

• PLO3: Design computer engineering systems by applying foundational engineering knowledge, emerging technologies, and relevant interdisciplinary sciences.

• PLO4: Demonstrate the ability to work effectively in teams within a multicultural society.

• PLO5: Utilize numerical analysis skills, effective communication, and strategic selection of emerging technologies to solve computer engineering problems appropriately.

• PLO6: Develop efficient systems to solve computer engineering problems derived from real-world industrial challenges.

Curriculum Structure

Total Credits Required: 132 Credits (4-Year Program)
1. General Education Courses		30 Credits
2. Specialized Courses		87 Credits
	2.1 Professional Foundation Courses	30 Credits
	2.2 Major Required Courses	36 Credits
	2.3 Major Elective Courses	21 Credits
3. Free Elective Courses		6 Credits
4. Field Experience / Internship		9 Credits

 

 

Study Plan

 

Major Elective Groups

 

Tuition & Fees

• Total Program Fee: 224,000 THB

• Tuition Fee per Semester: 28,000 THB

View Full Course Details - Click Here!

 

References & Updates

• Based on: Bachelor of Engineering Program in Computer Engineering (2021 Curriculum)

Last Updated: June 17, 2025