QUEEN'S 25 - EPS INTERNATIONAL SUMMER SCHOOL
Programme Summary:
Civil engineers develop and refine the technical skills and infrastructure essential for sustaining life while protecting both built and natural environments. The Civil Engineering program offers a valuable opportunity to deepen your knowledge and experience in this crucial field. The course will blend theoretical learning with hands-on activities, including design and build projects and laboratory exercises. It will provide a comprehensive overview of net-zero civil engineering. Additionally, participants will gain insights into ongoing research within the school and explore future study opportunities.
Learning Outcomes:
- Understand the challenges associated with developing sustainable built environment.
- Gain knowledge of tools and their application for evaluating existing and future construction projects.
- Understanding of drivers influencing the pathway to net-zero in the built environment.
- Gain experience in oral presentations.
Lecturer(s): Collective lecturers
School Programme
Day 1: School Welcome and Introduction
Day 2: Net-Zero Engineering in the Built Environment
Day 3: Net-Zero Engineering in the Built Environment
Day 4: Net-Zero Engineering in the Built Environment
Day 5: Net-Zero Engineering in the Built Environment
Day 6: Net-Zero Engineering in the Built Environment
Day 7: Net-Zero Engineering in the Built Environment
Day 8: Net-Zero Engineering in the Built Environment
Day 9: Net-Zero Engineering in the Built Environment
Day 10: Net-Zero Engineering in the Built Environment
Assessment:
Assessment will involve the following elements.
Attendance |
10% |
Group Assignments |
50% |
Presentation |
40% |
*Please note: this is a draft programme and is subject to change.
Civil Engineering at Queen’s has established itself at the cutting edge of industrial research and design.
As part of the Summer School in Civil Engineering you will visit Strangford Lough Marine Laboratory to explore coastal engineering and interact with industry through research presentations. Most of our class activities are team-based, and thus, you will have opportunities to learn how to work in a team and to collaboratively find out a solution to tackle engineering problems such as Structural Design challenges.