COURSE CURRICULUM

The Master’s program in Industrial Automation Engineering is structured over two years of full-time study, integrating theoretical knowledge with practical skills essential for automation-focused careers. The curriculum is organized into core units, electives, hands-on workshops, and a major research thesis. In the first year, students undertake foundational modules such as Industrial Automation Introduction, Programmable Logic Controllers, Process Control Systems, and Industrial Instrumentation during Semester 1. Semester 2 expands on this base with topics including Electrical Engineering for Industrial Automation, Safety Instrumented Systems, Industrial Data Communications, and Professional Engineering Management. The second year begins with further specialization through two elective units chosen from a diverse pool, offering subjects like Machine Learning for Industrial Automation, Advanced Process Control, Computer-Aided Design and Manufacturing, Data Analytics, and Substation Design. These electives allow students to tailor their learning toward emerging technologies and areas of personal or professional interest. In addition, students complete a unit on SCADA and Distributed Control Systems, along with Engineering Practice and Key Research Methods, which supports the development of their final thesis. The program culminates in a substantial Project Thesis in the final semester, where students independently investigate a real-world automation challenge, demonstrating their critical thinking, research, and engineering capabilities. Complementing academic learning are mandatory hands-on workshops that reinforce practical skills across various technologies and applications. Students also complete a Professional Practice Hands-on Workshop and gain industry exposure through a Professional Experience unit, ensuring readiness for the workplace. This well-rounded structure equips graduates with advanced technical knowledge, practical competence, and the ability to manage and lead automation projects. By the end of the program, students are prepared for impactful roles in industries such as manufacturing, energy, and process control, and are also well-positioned to pursue further research or advanced leadership positions.