Engineering Summer School | Ages 12 to 18

For Ages 12-15 | Explore Business

Module One: Engineering Fundamentals

The programme kicks off with an overview of the scope of the field, and the variety of disciplines and careers in engineering. You will begin by learning about the role of engineers in society, the core skills – or ‘habits of mind’ – required to succeed in this discipline’, the various methodologies engineers use to solve problems, and the essential engineering mathematics. Students will also touch on the different disciplines of engineering.

Module Two: Mechanical Engineering

Mechanical engineering focuses on the design, analysis, and manufacturing of mechanical systems. This module will provide you with a thorough understanding of this field, walking you through the necessary skills to excel as a mechanical engineer, as well as the theoretical foundations, various branches, and specialist language of mechanical engineering. You’ll study thermodynamics, fluid mechanics, hydraulics, aerodynamics, and mathematical models of mechanics. Then, you’ll apply your knowledge of these fields to various practical challenges.

Module Three: Civil and Structural Engineering

Civil and structural engineering involves the design, construction, and maintenance of the built environment, including buildings and public or private infrastructure. Throughout this module, you will delve into the crucial role of civil and structural engineering in society, before learning about the features of a structure that need to be considered during the design process, and the key materials and geometric principles used in civil engineering. You’ll study different types of load in structural engineering, considering how different loads impact upon structures. Finally, you’ll have the chance to apply everything you’ve learnt through hands-on design projects.

Module Four: Electrical Engineering

Electrical engineering is concerned with the practical applications of electricity. Throughout this module, you will familiarise yourself with the roles of electrical engineers. You’ll begin with the basics, learning about power, efficiency, and energy transfer, before moving on to study electrical currents, AC and DC circuits, and the concepts of voltage, current, and resistance. Then, you’ll analyse the core principles of PV cells and systems, coming to understand how solar radiation is harnessed for electricity generation and how their circuitry functions.

For Ages 16-18 | Engineering: Civil, Mechanical & Electrical

Download the Syllabus Guide

Our Syllabus Guide can provide some insight into the key outcomes of this future-focused programmes, and what students can expect to learn.

Available here.

Module One: Careers in Engineering

This module provides an introduction to the differences between engineering disciplines, allowing you to identify which fields of engineering are of particular interest to you out of civil, mechanical, aerospace, and electrical engineering. This is crucial for our older students who are looking toward the future and preparing to make the important decisions that will define their futures.

Module Two: Civil and Structural Engineering

Civil and structural engineering are two crucial, interconnected disciplines often studied together at university. This module explores their role in society through real-world case studies, covering essential design considerations, key materials, and fundamental mechanics like statics and dynamics. You’ll also examine different structural loads and their effects before applying your knowledge in hands-on design projects.

Module Three: Mechanical and Aeronautical Engineering

This module will focus on mechanical and aeronautical engineering, diving into their individual and interconnected place in the wider study of engineering. Students will begin the module by learning the key terminology and branches, before delving into the principles of thermodynamics and power generation. This will all be followed by an introduction to mechanics, and a hydraulics design challenge.

Module Four: Electrical and Electronic Engineering

Electrical and electronic engineering are then explored through key terminology and principles. This module introduces their applications, key circuit components, and fundamental principles of DC and AC currents. You’ll also explore PV cells and solar energy generation before applying your knowledge in a hands-on electrical engineering practical.

 

 

 

 

Module Five: Innovation and Technology

As the course comes to a close, our students will focus on the future of engineering and the emerging fields and technologies. By critically assessing advantages, disadvantages and risks students will gain valuable insight into what it means to study engineering at a high level, before finally evaluating the predicted changes to come in the field in the next 30 years.