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工学と科学

The Engineering and Science Faculty immerses students in fundamental concepts of engineering and applied science. This programme combines rigoroustheoretical learning with dynamic, hands-on experiences across fields like mechanics, sustainability, and innovation.

今すぐ申し込む
イノベート・サマー・アカデミーに参加する工学部の学生たち

Combining theory with hands-on experience, our curriculum for the Faculty of Engineering and Science, covers key areas such as mechanics, materials science, robotics, and environmental engineering. Through interactive lectures, practical labs, and collaborative projects, students develop critical problem-solving skills and engage with real-world engineering challenges. Our programme also includes guest lectures and site visits to engineering firms, offering students a deeper understanding of the practical applications of their studies and preparing them for future careers in engineering and technology.

中核目標

Our Engineering and Science course equips students with foundational knowledge across mechanical, civil, electrical, and environmental engineering while developing hands-on problem-solving and design skills through experiential learning. Emphasising innovation, teamwork, and the ethical implications of engineering decisions, the course prepares students to tackle global challenges and inspires them to pursue future academic and professional pathways in science and engineering.

工学の基本原理
Build a solid foundation in core engineering concepts and explore the different schools of mechanical, chemical, civil and electrical  .

Practical Application

Develop hands-on skills through experiments, design challenges, and project-based learning to apply theoretical knowledge in practical settings. 

Problem-Solving Skills

Enhance analytical thinking and problem-solving abilities by working on complex engineering problems and projects.  

Innovation and Design

Foster creativity and innovation in engineering design, encouraging students to conceptualise and prototype novel solutions. 

Collaborative Learning

Promote teamwork and effective communication through collaborative projects and group activities, reflecting real-world engineering environments. 

Course modules

This module introduces students to the engineering design process, focusing on problem identification, brainstorming, prototyping, and testing. Students explore how engineers apply creativity and analytical thinking to solve real-world problems. Students will also examine how constraints like cost, materials, and environmental factors shape design choices.

Students learn how materials respond to forces such as tension, compression, and shear, focusing on concepts like stress, strain, and elasticity. Through case studies, they explore how material selection impacts the design and functionality of bridges, vehicles, and everyday products.

This module introduces students to energy transfer principles and the behaviour of fluids in motion. Topics include heat exchange, fluid dynamics, and pressure systems. Students examine how these principles are applied in industries like energy production, aviation, and
environmental engineering.

This module introduces students to the basics of electricity, circuits, and power systems. Students learn how electrical systems power modern technology, focusing on current, resistance, and energy efficiency. Examples from renewable energy systems, such as solar panels and wind turbines, are used to show real-world applications.

Environmental engineering focuses on solving global challenges like pollution, water scarcity, and climate change. Students examine strategies such as renewable energy development, waste management, and conservation efforts. Real-world case studies illustrate how engineering projects improve community resilience and environmental sustainability.

This module examines how engineers design infrastructure like buildings, bridges, and dams. Students learn about structural integrity, load distribution, and earthquake resistance. Case studies on famous infrastructure failures and successes highlight the importance of robust engineering practices.

Students explore how robots are designed and programmed to perform tasks across industries, from manufacturing to healthcare. The module covers sensors, actuators, and basic coding for robotics. Real-world applications like self-driving cars and industrial robots are discussed. Students gain hands-on experience in building and programming simple robotic systems.

This module emphasises creativity and innovation in engineering, teaching students how to identify problems and develop unique solutions. Students examine famous inventions and the engineering processes behind them. They also explore the role of prototyping, testing, and iteration in product development.

Students explore the ethical considerations engineers face, such as balancing cost with safety and environmental sustainability. Case studies include controversial projects like hydroelectric dams and urban development. This module emphasises the responsibility engineers have to society and the environment.

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