Design and development engineer

Career path and progression

You can use your design skills to work across lots of different industries, such as:

• construction
• biomedical engineering
• electronics
• renewable energy
• automotive design

With experience you could become a lead design engineer, project manager or consultant

You can also improve your career opportunities by registering for chartered status with the Institution of Engineering Designers (IED).

What it takes

Skills and knowledge

You'll need:

• design skills and knowledge
• knowledge of engineering science and technology
• the ability to come up with new ways of doing things
• to be thorough and pay attention to detail
• complex problem-solving skills
• persistence and determination
• maths skills
• the ability to think clearly using logic and reasoning
• to be able to use a computer and the main software packages confidently

Related subjects

Most relevant

• Design and Technology - Design and development engineers create and refine products from initial concept through to manufacture, using skills like prototyping, materials selection, and iterative design. The design process taught in this subject – identifying problems, generating solutions, and testing them – mirrors exactly what these engineers do every day.
• Mathematics - Design and development engineers use mathematical modelling to predict how products will perform under different conditions. Calculations involving forces, tolerances, dimensions, and data analysis are central to creating designs that work reliably and efficiently.
• Physics - Design and development engineers need to understand mechanics, materials behaviour, thermodynamics, and energy transfer to design products that function correctly. Whether they're working on automotive components or renewable energy systems, physics principles underpin every design decision they make.
• Engineering - Design and development engineers apply core engineering principles – such as structural analysis, systems thinking, and manufacturing processes – to turn ideas into real products. Understanding how different engineering disciplines connect helps them design products that can actually be built and maintained.
• Computer Science - Design and development engineers use computer-aided design (CAD) and simulation software to model products and test them virtually before building prototypes. Some also work with robotics and programmable systems, where understanding algorithms and computational logic is essential.

Also relevant

• Chemistry - Design and development engineers often need to select the right materials for a product, which requires understanding chemical properties like corrosion resistance, reactivity, and thermal stability. This is especially important in fields like biomedical engineering and energy, where material performance is critical.
• Art and Design - Design and development engineers sketch concepts, create visual presentations, and consider the aesthetics of products alongside their function. Strong visual communication skills help them convey ideas to clients and collaborate with industrial designers.
• Electronics - Design and development engineers working on products with electronic components need to understand circuits, sensors, and control systems. This is particularly relevant in areas like automotive design, robotics, and smart devices where electronic and mechanical systems are integrated.
• Business - Design and development engineers need to consider manufacturing costs, market demand, and project timelines when developing products. Understanding how businesses operate helps them make design decisions that are commercially viable, not just technically clever.
• English Language - Design and development engineers write detailed product manuals, technical reports, and project proposals for clients and managers. Being able to explain complex engineering concepts clearly to non-technical audiences is an important part of the role.