EPS Summer Schools 2024
Full details of 2024 modules are to be confirmed. As an example, module details from previous years are below.
PSYCHOLOGY
MODULE:
Psychology in Everyday Life: Applications for Health and Wellbeing
LEARNING OUTCOMES:
Understand foundational and emerging questions related to health and wellbeing, drawing on Social, Clinical Health, Cognitive, Sport, Forensic and Occupational Psychology
Gain knowledge of methodological and ethical issues relevant to the study of health and wellbeing via a range of hands-on tasks and activities
Design practical elements of a research project: qualitative and quantitative research methods, experimental design, ethics applications, questionnaire design, and using online recruitment systems
Gain experience in oral presentations
NATURAL AND BUILT ENVIRONMENT
MODULE:
Building for Net Zero: from conception, to design to build.
LEARNING OUTCOMES:
Understand the impact of Civil Engineering on the built environment and our role/responsibility to de-carbonisation construction
Develop an understanding of the basic principles of structural design, load paths for simple structures and deploy this to develop an outline design concept
Develop engineering skills in drawing (hand drawing and CAD) and from this create a model structure for testing (make-break)
Gain critical thinking, problem-solving, teamwork skills from group-based workshops/mini-projects
Enhance oral presentation skills
ELECTRONICS, ELECTRICAL ENGINEERING AND COMPUTER SCIENCE
MODULE:
Microcontroller Programming (Arduino/Tinkercad Simulation)
LEARNING OUTCOMES:
Gain an introduction to microcontroller programming using ‘C’
Understand the basic principles of interfacing digital and analogue circuits to microcontrollers
Learn the basic principles of serial communications
Practice practical analogue signals for microcontrollers
MATHEMATICS AND PHYSICS
MODULE:
Simulation, Physical and Mathematical Analysis
LEARNING OUTCOMES:
Explore a variety of topics, ranging from machine learning, mathematical analysis to chemical physics
Gain knowledge of some applications in science and technology, such as photons, particles, nuclear decay and nuclear fusion
Sharpen your mathematical analysis skills and deepen your understanding of convergence of series
Understand the basics of how machine learning can be used for the properties of molecular systems, incorporating symmetry
Understand different types of observations of the Sun from space at different wavelengths, and the impacts of solar activity on our planet
MECHANICAL AND AEROSPACE ENGINEERING
MODULE:
Project on Mechatronics and Robotics
LEARNING OUTCOMES:
Understanding general principles of Mechatronics as an interdisciplinary topic between Mechanical Engineering, Electrical Engineering and Computer Science
Gain knowledge of basic terms in Dynamic Systems, including Degrees of Freedom, Motions, Velocity, Accelerations, Forces, Torque and Gears
Gain basic knowledge in electrical devices such as sensors and motors
Get experience in use of computer software to train Robots
CHEMISTRY AND CHEMICAL ENGINEERING
MODULE:
Solving Global Challenges with Chemistry and Chemical Engineering (CCE)
LEARNING OUTCOMES:
Gain knowledge of sensors in disease diagnosis, next generation of antibiotics, computer-aided molecular engineering and AI accelerated rational design
Gain knowledge of design, preparation of functional materials and their applications in sustainable development such as renewable energy, energy storage, CO2 capture/conversion
Gain critical thinking, problem-solving, teamwork skills from group-based workshops/mini-projects
Gain experience via practical labs, computational workshops, VR lab
Enhance oral presentation skills
Hear from our students
Watch our short video to see what previous summer school students got up to during their academic sessions, cultural trips and social evenings.
QUEEN'S IS ONE OF THE TOP 10 MOST BEAUTIFUL UNIVERSITIES IN THE UK
(Times Higher Education 2023)
RANKED TOP 200 IN THE WORLD FOR IMPACT AND SUSTAINABILITY