Engineer Course Comparisons

Picking the right engineering course and what it entails is relatively broad in retrospect, there are all manners of ways to be an engineer in all manners of different fields, but how will you know which the right type of engineer course is for you? You could take a look at our comprehensive list of Engineering Industry Sectors and find related courses, take a look below to narrow down your options and then we’d recommend visiting different universities and quizzing their engineering departments to find the right course for you.

Mechanical Engineering Degrees

One of the most innovative and exciting areas of engineering, mechanical engineering degrees offer a wide range of specialisms to excel in.

Aerospace Engineering Degree

A specialist degree which boasts a variety of topics including aircraft performance, control and structures, composites, noise and space flight.

Automotive Engineering Degree

This is essentially the technical and creative study of automotive design, drivetrain, vehicle body and engineering systems with key business and market considerations.

Biomedical Engineering Degree

Biomedical engineering is about finding solutions to medical issues by meeting the demands of the healthcare business through the development of specialist technology.

Biomechanical Engineering Degree

Often twinned with biomedical engineering, this degree provides the fundamental understanding of mechanics in the fields of biology and medicine by way of focusing in on more narrow fields like corrective surgery.

Civil Engineering Degrees

Civil engineering degrees cover the topics associated with planning, designing and constructing infrastructures while ensuring that public and environmental health laws are being adhered to. The courses will also cover improving and maintaining existing infrastructures.

Structural Engineering Degree

This degree teaches the disciplines needed to analyse, design, plan and research structural components and systems as well as the take into account not only safety factors but aesthetic (the look of the structure) and social factors and how it will affect the communities, etc.

Architectural Engineering Degree

This degree focuses on the technical and managerial aspects of architectural design and construction project management.

Electrical Engineering Degrees

An important aspect of everyday life, examples of electrical engineering are all around us from communications to entertainment, retail, manufacturing, healthcare, transport and much more.

Computer Engineering Degree

Learning how to work with hardware and software, this degree is ideal for someone with a keen interest on not only computers, but the functioning behind these systems, from the microprocessors and routers to applications and programmes.

Electronics Engineering Degree

This degree teaches you the fundamental principles of electronic engineering and the skills necessary for the modern day system designs, interfacing and communications.

Robotics Engineering Degree

This degree will teach you about the aspects of design, construction and the operation of robots as well as systems for their information processing and touch on computer science related to robotics.

Microelectrical Engineering Degree

Microelectrical engineering focuses on the fabrication of electronic, bioelectronic, electromechanic and fluidic devices and systems and their applications.

Chemical Engineering Degrees

Chemical engineering combines natural and experimental sciences like chemistry and physics along with life sciences such as biology, microbiology and biochemistry as well as mathematics and economics.

Environmental Engineering Degree

An environmental engineering degree will build upon fundamental civil/construction engineering and project management principles in regards to social, economic and environmental issues.

Materials Science Engineering Degree

Material engineers study relationships between the structures and properties of solids including metals, ceramics, polymers, biomaterials and composites and how they are made, with a focus on the best possible material for specific tasks and purposes. An example of industries this is prominent in is the aerospace, automotive and telecommunications industries.

Agricultural Engineering Degree

An agricultural engineering degree will cover everything from the design of machines, farming infrastructures, irrigation and draining, improvement and development of farming technologies aswell as researching renewable energy sources.

Paper Engineering Degree

This degree will cover the engineering and science behind the production of paper, tissue and other products made from natural fibres.

Geotechnical Engineering Degrees


Geo technical engineering degrees combine specific skills and courses regarding structures and properties related to soil, groundwork, and construction practices upon these terrains.

Petroleum Engineering Degree

This degree focuses on activities related to the production of hydrocarbons such as crude oil or natural gas.

Geological Engineering Degree

A geological engineering degree deals with factors like soil, rock, groundwater and other conditions which may or may not affect construction projects onsite.

Nuclear Engineering Degree

Nuclear engineering is primarily concerned with the breakdown and fusion of atomic nuclei and often the application of sub-atomic physics within the nuclear physics realm.

Marine Engineering Degree

Marine engineers build, design and repair boats, ships, underwater crafts and drilling equipment used at sea.

Mining Engineering Degree

This degree involves the practice and science behind extracting and processing minerals that natural evolve and occur from the environment.