COURSE CURRICULUM

This extended Mechatronics Engineering course is ideal for students who aspire to earn a degree in mechatronics but do not meet the standard entry requirements. It provides a comprehensive learning experience, combining foundational knowledge with advanced engineering principles.The course begins with essential modules like Mental Wealth: Professional Life, which equips students with the skills needed for success in higher education and the professional world. This module focuses on communication, interpersonal skills, and independent learning, helping students build confidence as they embark on their engineering journey. The Analytical Mathematics and Mathematical Applications modules prepare students with the mathematical tools necessary to understand and solve engineering problems, covering topics such as algebra, trigonometry, integration, and complex numbers. These skills are essential for a variety of engineering disciplines and practical applications.The Engineering Sciences and Physical Sciences modules provide a solid understanding of the physical concepts underlying materials, electricity, thermodynamics, and energy systems, forming the basis for more advanced study in the field. Additionally, the Introduction to Computing module introduces students to the fundamentals of computing, including hardware, software, and algorithms, which are increasingly relevant in modern engineering.As students progress through the course, they study core modules such as Engineering Materials, Engineering Principles, and Engineering Mechanics. These modules introduce the basic principles of material properties, dynamics, and electromechanical systems, allowing students to tackle real-world engineering problems. The Applied Mathematics & Computing module further develops mathematical abilities necessary for solving complex engineering issues.Advanced topics are covered in modules like Dynamics and Control, Applied Electronics, and Digital Communications & Telecommunication Networks. These modules delve into control theory, circuit analysis, digital communications, and telecommunication networks, equipping students with the skills to design and optimize mechatronic systems.Quality Engineering is also a key part of the curriculum, offering knowledge in quality control techniques, management systems, and reliability engineering. Students can apply these concepts to contemporary industrial environments. The Capstone Project provides an opportunity to consolidate learning through practical research, further preparing students for the workforce.In the final stages of the course, modules like Mental Wealth: Engineering Profession 3 and Design of Mechatronics Systems refine students' project management skills and provide an in-depth understanding of system design. These modules ensure that graduates are ready to contribute to the 4th industrial revolution, combining innovation, sustainability, and technical excellence in their professional practice.The Turbomachinery and Energy Systems module introduces students to renewable energy technologies and advanced studies in fluid mechanics and thermodynamics, offering valuable insights into sustainable engineering solutions. Overall, this course equips students with the comprehensive knowledge and practical skills needed to succeed as mechatronics engineers.