Graduate Supportability Engineer - Aerospace & Defence

Leonardo; Luton; On-site; GBP 32,000 - 42,000; Full time

Benefits offered by this job

Leave accrual up to 12 flexi-days

Pension scheme with up to 15% employer

Mental health support

Employee networks (Enable, Pride, etc)

Bonus scheme

Employee Stock Ownership Plan

Job summary

Leonardo’s 12-month Graduate Programme offers hands-on work on real projects, a starting salary of £34,000, a £1,000 welcome bonus and a £1,000 exit bonus. High emphasis on on-site learning and development with mentorship across UK and overseas teams, including opportunities in Supportability Engineering within EW and FCA lines of business.

Successful applicants will develop technical and supervisory skills, while working toward professional qualifications and potential security vetting, with

Qualifications

• Minimum 2:2 Bachelor's or Integrated Master's degree in a relevant field.
• Security clearance requirements apply for sensitive roles.
• Willingness to work on-site multiple days per week and travel if required.

Responsibilities

• Assist with analysis, preparation and delivery of Supportability activities.
• Focus on Supportability Analysis across Leonardo EW and FCA projects.
• Contribute to product concepts and maintainability considerations.

Skills

Supportability Analysis

Planning & Scheduling

Team Collaboration

Analytical Thinking

Education

Aerospace Engineering

Physics

Mathematical Sciences

Mechanical Engineering

Electrical & Electronic Engineering

Other degree disciplines considered

Job description

Leonardo’s 12-month Graduate Programme offers hands-on work on real projects, a starting salary of £34,000, a £1,000 welcome bonus and a £1,000 exit bonus. High emphasis on on-site learning and development with mentorship across UK and overseas teams, including opportunities in Supportability Engineering within EW and FCA lines of business.

Successful applicants will develop technical and supervisory skills, while working toward professional qualifications and potential security vetting, with