COURSE CURRICULUM

The core modules of the MSc in Embedded Systems and Control Engineering provide a comprehensive foundation in both theoretical knowledge and practical skills essential for the development and implementation of advanced embedded systems. The Engineering Design Case Study introduces students to real-world engineering problems, encouraging innovative design solutions and the application of multidisciplinary knowledge. High-Reliability Embedded Systems focuses on the design and analysis of dependable and fault-tolerant systems, critical for applications where safety and consistency are paramount. Robust Control and Nonlinear Control modules explore advanced control strategies, equipping students with the ability to design systems that maintain performance under varying conditions and uncertainties. Real Time Simulation for Industry 4.0 emphasizes the use of simulation technologies to model, analyze, and optimize industrial processes in a digital and interconnected manufacturing environment. Signal Processing provides the skills to analyze, interpret, and manipulate signals, forming a core aspect of modern embedded applications. Embedded Systems for Condition Monitoring and Control covers practical techniques for monitoring system health and implementing adaptive control strategies. Advanced Electronically Controlled Drives delves into the control and optimization of motor drives, integrating knowledge of electronics, software, and control theory. Together, these modules ensure students gain a robust understanding of embedded systems, control engineering, and digital technologies, preparing them for careers in industrial, medical, and technological sectors.