Repair Engineer

Avance Consulting; Derby; On-site; GBP 40,000 - 80,000; Full time

Job summary

An established industry player is seeking a Lead Repair Engineer to interpret complex engine drawings and produce clear graphics. This role demands a strong understanding of aircraft engine construction, repair processes, and regulatory requirements. You will be responsible for substantiating repairs and ensuring compliance with airworthiness standards while working flexibly with customers across different time zones. If you are passionate about aerospace engineering and have a knack for problem-solving, this position offers an exciting opportunity to contribute to the aviation sector and enhance your engineering expertise.

Qualifications

• Bachelor's/Master's degree in Mechanical/Aerospace Engineering is essential.
• Good understanding of aircraft engines and repair processes required.

Responsibilities

• Substantiation of repairs to meet regulatory requirements.
• Knowledge of airworthiness and flight safety regulations.

Skills

Engineering Judgments

Knowledge of Aircraft Engines

Repair Processes

Flexible Work Schedule

Education

Bachelor's Degree in Mechanical Engineering

Master's Degree in Aerospace Engineering

Job description

As a Lead Repair Engineer, you will read and interpret drawings of complex engine parts. In this role, you will produce clear graphics using various software to provide the necessary and sufficient information.

Key Responsibilities:

1. Experience in substantiation of repairs depending on various factors to meet regulatory requirements.
2. Aware of airworthiness regulatory and flight safety requirements.
3. Knowledge of the various alloys and materials used in the manufacture of different engine hardware.
4. Willingness to work in flexible schedules depending on the need to interact with customers in different time zones.

Your Profile:

Essential Skills/Knowledge/Experience:

1. Bachelor's/Master's degree in Mechanical/Aerospace Engineering.
2. Good understanding of the construction and working of aircraft engines, various parts of the engine, and their functions.
3. Good knowledge of the various types of repair processes involved in the restoration of a variety of damage commonly observed on aero engine components.
4. Knowledge on how to sequence various operations during different repair processes.
5. Experience in a commercial/military aircraft engine MRO shop or in a company that does repair development engineering work on aircraft engine parts.
6. Able to make engineering judgments based on the limited data available.