Aerospace Composites Engineering Intern

GKN; Bristol; Hybrid; GBP 22,000 - 27,000; Full time

Benefits offered by this job

Hybrid working

25 days holiday

Pension scheme

Life assurance

Income protection

Bonus

Job summary

GKN Aerospace Bristol invites applications for a year-in-industry internship within the Advanced Composite Processing Methods team. The role provides hands-on work on RTM, tooling, MIS development and cross-functional collaboration across design, manufacturing, quality and supply chain.

Expect exposure to state-of-the-art aerospace composites and real project contributions during a year-long placement. The successful candidate will be an undergraduate in aerospace, mechanical or materials

Qualifications

• Undergraduate degree in aerospace/ mechanical or materials science.
• Basic knowledge of composites materials and processes.
• Ability to read engineering drawings and specifications.
• Data analysis skills with Excel/Power BI advantageous.

Responsibilities

• Assist with developing, testing and evaluating composite manufacturing processes.
• Support material trials, process validation and data collection.
• Maintain and release technical documents and reports.
• Develop MIS tools, dashboards and project trackers.
• Support document control and configuration management.
• Assist with engineering tasks, technical analysis and prototype builds.
• Work with design, manufacturing, quality and supply chain teams.
• Contribute to problem-solving and continuous improvement activities.

Skills

Excel

Power BI

Data analysis

English

Teamwork

Education

Undergraduate degree in Aerospace/Mechanical/Materials

Tools

CATIA

NX

SolidWorks

Job description

GKN Aerospace Bristol invites applications for a year-in-industry internship within the Advanced Composite Processing Methods team. The role provides hands-on work on RTM, tooling, MIS development and cross-functional collaboration across design, manufacturing, quality and supply chain.

Expect exposure to state-of-the-art aerospace composites and real project contributions during a year-long placement. The successful candidate will be an undergraduate in aerospace, mechanical or materials