Precision Electronics Assembly & Test Technician

Teledyne FLIR; Lincoln; Hybrid; GBP 28,000 - 38,000; Full time

Benefits offered by this job

25 days holiday

Pension plan

Life assurance

Employee stock purchase plan

Cycle to Work

Job summary

Teledyne Energetics UK is seeking an Assembly & Test Technician to join a multidisciplinary team responsible for the manufacture and testing of energetic initiation and safety systems.

Role requires electronics qualification (BTEC/National/ONC or equivalent) and experience in a regulated manufacturing environment. You will support NPI, maintain quality and drive continuous improvement within a high-reliability setting.

Qualifications

• DV security clearance is required for the role.
• Experience with assembly, testing of precision-engineered components used in safety-critical applications is essential.
• Ability to interpret engineering drawings and technical documentation with attention to detail.

Responsibilities

• Manufacture and test energetic initiation and safety systems and assemblies.
• Support NPI activities including process development and transition to manufacture.
• Ensure production in line with plans, quality standards and budgets.
• Monitor performance, improve efficiency, quality and cost-effectiveness.
• Collaborate across engineering, manufacturing, quality and programme teams.

Skills

DV security clearance

Fault finding

Analytical skills

Electrical assembly

Soldering

Process control

Interpret drawings

Quality assurance

Continuous improvement

Teamwork

Education

Electronics qualification

Tools

NDT methods

ISO 9712 certification

Job description

Teledyne Energetics UK is seeking an Assembly & Test Technician to join a multidisciplinary team responsible for the manufacture and testing of energetic initiation and safety systems.

Role requires electronics qualification (BTEC/National/ONC or equivalent) and experience in a regulated manufacturing environment. You will support NPI, maintain quality and drive continuous improvement within a high-reliability setting.