Graduate Mechanical Engineer – Energy Solutions

Mott MacDonald; Leicester; Hybrid; GBP 26,000 - 34,000; Full time

Benefits offered by this job

Salary reviews twice a year

Pension contributions match

Life assurance 4x salary

Income protection

Flexible benefits

Job summary

We are seeking a Graduate Mechanical Engineer to join Mott MacDonald in the UK's energy sector. You will work with a community of innovators to minimise energy use and cost while delivering sustainable, reliable designs that benefit communities and the planet.

You will learn on the job through mentorship and a three-year early careers programme, with opportunities across Energy Transition and Nuclear sectors. A hybrid working policy supports flexibility and development.

Qualifications

• Bachelor’s degree in Mechanical Engineering or related discipline with earliest eligible date 2025.
• Some opportunities require a Master’s degree as listed in the application form.
• Interest in energy sectors and a genuine motivation to join Mott MacDonald’s graduate programme.

Responsibilities

• Collaborate with multidisciplinary teams to develop smart, sustainable energy solutions.
• Apply mechanical engineering principles to real-world challenges across energy sectors.
• Contribute to UK and international projects and gain hands-on experience with mentors.
• Demonstrate initiative, strong communication, and attention to detail while delivering quality work.

Education

Bachelor's degree in Mechanical Engineering

Master's degree (essential for some opportunities)

Job description

We are seeking a Graduate Mechanical Engineer to join Mott MacDonald in the UK's energy sector. You will work with a community of innovators to minimise energy use and cost while delivering sustainable, reliable designs that benefit communities and the planet.

You will learn on the job through mentorship and a three-year early careers programme, with opportunities across Energy Transition and Nuclear sectors. A hybrid working policy supports flexibility and development.