Types of engineering degrees: a complete guide

Engineers keep the physical and digital world functioning, which is a big reason why there are countless routes and opportunities to explore. Figures from EngineeringUK show that 71% of UK engineering and technology graduates are more likely to find work compared to the 69% average across non-STEM subjects. 

If you want to build a career in technical design, infrastructure, or technology, picking the right degree is your first real step, and knowing what your options are will save you time and money and help you make the best decision. 

Types of engineering degrees by level

Like most subjects, university qualifications in engineering are split into two main academic tiers depending on where you’re starting and how far you want to go:

• Undergraduate degrees: the starting point for most people, focused on foundational maths, physical science, computing, and practical design principles.
• Postgraduate degrees: aimed at working professionals or fresh graduates who want to prepare for management roles or build expertise in a niche subject, such as acoustic engineering or robotics.

Types of engineering degrees by category

When you compare course listings across UK universities, the letters that come after the degree title matter because these determine the qualification you’ll receive. 

• Bachelor of Engineering (BEng)
  This standard three-year undergraduate course (four years in Scotland) gives you a thorough grounding in technical theory and practical design. An accredited BEng satisfies all the academic requirements you need to register as an Incorporated Engineer (IEng), and covers the first major stage if you eventually want to become a Chartered Engineer (CEng).

• Master of Engineering (MEng)
  An integrated four-year master’s degree (five years in Scotland) that combines undergraduate study with advanced postgraduate modules and group design work. Universities design the MEng specifically to hit every academic requirement needed for Chartered Engineer (CEng) status in one go, so you do not have to return to university to complete extra modules later.

• Bachelor of Science (BSc) in Engineering
  Usually awarded for software, systems, or computational routes. Where a BEng focuses heavily on physical mechanics and applied hardware, a BSc tends to focus more on theoretical computer science, software development, or pure laboratory research.

IEng vs CEng designation: what is the difference?

Picking the right course and career path starts with understanding what different professional titles mean. 

Incorporated Engineers (IEng) focus on the practical side of things, making sure existing technologies, manufacturing processes, and day-to-day operations run smoothly. Chartered Engineers (CEng), on the other hand, take on broader strategic challenges, designing new technologies, managing large technical budgets, and setting direction for engineering projects.

Common types of engineering

Beyond degree titles, engineering education splits into a few practical approaches depending on how broad you want your training to be.

• General engineering
  Ideal if you know you want to be an engineer but have no idea which branch suits you best. You spend the first year or two learning core principles across civil, mechanical, and electrical systems before choosing a specialist route in your final year.
• Design engineering
  Focuses heavily on product creation, industrial design, computer-aided design (CAD) software, and human factors. You learn how to turn an initial concept on paper into a working physical prototype that real people can actually use.
• Management engineering
  Combines technical coursework with financial management, project planning, and supply chain logistics. This option prepares you to run site operations, manage client budgets, and step into leadership roles early in your career.

Core engineering fields

Most engineering degrees belong to four main branches that form the backbone of modern industry – civil engineering, mechanical engineering, electrical engineering and chemical engineering.

• Civil engineering
  Covers the design, construction, and upkeep of public infrastructure. You learn how to handle fluid mechanics, soil behaviour, and structural stresses so you can build safe bridges, transport networks, water treatment facilities, and buildings that withstand environmental pressure.
• Mechanical engineering
  Focuses on motion, energy, mechanics, and materials science. You learn how physical components work together, preparing you to design anything from micro-medical equipment and car engines to industrial manufacturing plants and heating systems.
• Electrical and electronic engineering
  Deals with electricity, circuits, and microprocessors. You study how power flows through national energy grids, how wireless communication systems send data, and how electronic chips power smart devices and industrial automation.
• Chemical engineering
  Applies chemistry, physics, and maths to turn raw materials into useful commercial products on a large scale. You focus on safe chemical processing, pharmaceutical manufacturing, food production lines, and clean energy materials.

Specialised and emerging fields

If you already know what specific problems you want to solve, targeted degrees give you a direct start in distinct technical sectors.

• Aerospace engineering covers aerodynamics, flight mechanics, and propulsion systems for commercial aircraft, defence technology, and space hardware.
• Biomedical engineering blends medical science with mechanical and electronic design to build prosthetics, artificial organs, and diagnostic hospital equipment.
• Software engineering applies structural engineering discipline to code, building secure software infrastructure, cloud networks, and large-scale web applications.
• Renewable energy engineering focuses on clean energy production, designing offshore wind farms, solar array systems, energy storage batteries, and hydrogen fuels.

Online engineering degrees

Changing careers or building on your existing qualifications doesn’t mean you need to put your life on hold. Studying for an engineering degree online gives you the structure of a UK university curriculum with the flexibility to study around work, family, or personal commitments. You can complete coursework in the evenings, balance your work alongside your studies, and immediately put what you learn into practice in your day job.

Taking your next step in engineering

Finding the right engineering degree comes down to matching your personal interests with your practical career goals. Whether you choose a three-year BEng to get straight into the industry as an Incorporated Engineer, or aim for an MEng to work toward Chartered status, an engineering qualification sets you up for long-term career security. Take a look at our flexible online degrees to find a route that fits your schedule and start building your future in engineering today.