Educating engineers skilled in both hardware and software — from analog and digital integrated circuits and semiconductor technology to embedded systems and artificial intelligence.
Taught in Thai
A program focused on semiconductor engineering across the design, fabrication, assembly and testing of semiconductor chips for modern electronic devices — such as AI processing chips, sensor design and semiconductors for electric vehicles — through to the production, assembly and test processes used in industry.
Program details and courses →
A program covering electronics engineering as a whole, in both hardware and software, including analog and digital systems and integrated circuits. Specialized electives are offered in five groups: electronic circuits and systems; semiconductor fabrication and devices; semiconductor assembly and testing; signal processing and artificial intelligence; and electronics for emerging technologies.
Program details and courses →
Develops graduates with an in-depth understanding of electrical communication and electronics technology, skilled in telecommunication networks, signal processing for communications and wireless communication systems, as well as the design, analysis and synthesis of electronic circuits. Graduates can work in many fields, including telecommunications, electronic components, automotive, medical and defense industries.
Program details and courses →Get to know our teaching, laboratories and the career paths of electronics engineers — from circuit design to the semiconductor industry.
A selection of core and elective courses in the department
Fundamentals of neural networks and soft computing; biological neurons and nervous systems; neural models; single-layer and multilayer, feedforward and feedback networks; associative memory; supervised and unsupervised learning such as delta, backpropagation, competitive, Hebbian and reinforcement learning; and applications.
Basic electric circuit theory: Ohm's law, Kirchhoff's laws, nodal and mesh analysis, Thévenin and Norton theorems, superposition, RC and RL circuits, second-order circuits, transient analysis, phasors, power, power factor and three-phase circuits.
An elective for students interested in sensors that detect biological information. Covers general topics and using Python to analyze data from COVID sensors, taught through problem-based learning with today's challenging problems.
Optoelectronic devices, behavior of light, radiometric and photometric units, radiation sources, light-emitting diodes, lasers and their applications, and radiation detectors.
Achievements, awards and activities of our faculty and students
The department's faculty thanked the three colleagues retiring this year
Learning by doing with more than 20 experiments
Student projects and co-op work presented at Project Day in the Main Auditorium
Lab kits sent to students so they could do hands-on practice at home during online learning
Student projects on show and labs open to high school students and the public
First prize in the outstanding co-operative education contest of the Upper Central Region higher education network, 2020
A gold medal and an international invention award at Inventors' Day and IPITEX 2020
An electronics engineering guidance camp for high school students, run by the department's students
Building B, School of Engineering, KMITL
Life outside the classroom for KMITL electronics students
Held after the first day of classes in the new year, with a party, a gift exchange and lots of prizes.
A farewell party for the graduating class that brings seniors and juniors together.
An off-campus trip for community service, sharing knowledge and meeting students across years.
Competitions in many sports to build friendships and good health.
A camp that gives high school students the chance to get to know electronics engineering.