What Shall We Do With the Sunken Sailboat? A Dive into Marine Tech
General description
Ahoy, future marine innovators! The ocean is calling, and it’s time to set sail on an adventure into the world of marine technology. Whether it's designing smarter boats, harnessing renewable energy at sea, or building cutting-edge marine systems, this course is your chance to explore the future of life at sea.
Anchored in the stunning city of Ghent, this course will immerse you in the world of modern marine technology. You’ll explore how ships are designed for efficiency and sustainability, how ports are evolving, and how technology is revolutionizing the marine industry. Through hands-on activities and real-world case studies, you’ll gain practical skills while tackling the challenges of marine innovation.
But no adventure is complete without a bit of fun! When you’re not navigating the world of marine tech, you’ll be soaking up the vibrant atmosphere of Ghent—walking through its medieval streets, enjoying crispy Belgian fries by the canal, and bonding with fellow students over a well-earned waffle (or three). With a mix of learning, adventure, and new friendships, this will be a week you won’t forget!
So, are you ready to hoist the sails of innovation and explore the vast world of marine technology? Then grab your (metaphorical) captain’s hat and join us for an unforgettable journey in Ghent!
Academic information
- Fields of activity:
- Electrical/Electromechanical Engineering , Environmental Engineering , Maritime Management , Mechanical Engineering , Naval Architecture & Engineering , Power Engineering , Transport Engineering
- Content and topics:
- Ships, offshore engineering, offshore energy gains, marine transportation, harbors, ports and infrastructure, types of ships, building ships, offshore wind turbines, legal aspects of marine technology, amongst marine organisms
- Learning goals and objectives:
- Understand the fundamental principles of marine technology, explore the role of technology and innovation in modern marine industries, experience hands-on applications of automation, energy systems, and hydrodynamics in marine contexts, Explain the impact of marine technology on transportation, energy, and the environment
- Examination type:
- written exam or presentation
- ECTS credits issued:
- None
Information for applicants
- Selection criteria:
- motivational letter and answer to the custom questions
Practical arrangements
All of the following are covered by the event fee:
- Lodging:
- The accommodation has two sleeping halls with 20 beds each and accompanying bathrooms.
- Meals:
- Three meals per day, at least one hot meal. Coffee breaks between lecture/class.
- Transportation:
- Public transport, bike or by foot