COURSE CURRICULUM

This course offers a comprehensive exploration of sustainability and engineering, with a focus on addressing complex environmental challenges and improving operational processes. The "Environmental Footprinting" module provides students with practical knowledge on assessing the sustainability of human activities, particularly in terms of carbon, water, and land. It emphasizes the importance of identifying and quantifying environmental limits and understanding their impact on consumption patterns. The "Sustainability for Engineers" module integrates sustainability into the thinking of graduate students, preparing them to identify and solve real-world problems. The "Individual Research Project" allows students to undertake independent research, demonstrating their ability to apply research methodologies and techniques, conduct literature surveys, and present their findings at an academic level. The "Research, Planning and Communication" module teaches students how to critically evaluate research, identify gaps, and communicate research outcomes effectively to various audiences. The "Strategy & Management" module equips students with the knowledge to understand strategic decision-making, competitive analysis, and the importance of corporate culture and governance. The "Collaborative Design & Problem Solving" module emphasizes teamwork, problem-solving, and the need for a full lifecycle approach to product development. The "Advanced Process Improvement Techniques" module focuses on providing students with the tools and techniques needed to improve operational effectiveness. The "Advanced Principles in Supply Chain Management" module explores logistics and supply chain management for strategic decision-making, along with the use of Information Technology tools. Finally, the "Digital Engineering" module covers the technologies underpinning Industry 5.0, such as IoT, big data, AI, and robotics, preparing students for the future of industrial systems and automation. This course provides a solid foundation in sustainable engineering practices, research, and advanced technical skills for addressing global challenges.