Quality Engineer Apprentice
Baker Hughes
Quality Engineer Apprentice
Baker Hughes
Makes oilfield equipment and gas turbines
A quality engineer apprenticeship at Baker Hughes in Subsea Production Systems would focus on developing your technical, analytical, and compliance skills while giving you hands‑on exposure to subsea controls, electro‑mechanical assemblies, testing, and quality assurance processes.
As a Quality Engineer Apprentice within Baker Hughes’ Subsea Production Systems team, you will support the delivery of high‑reliability subsea controls and production equipment used in offshore oil & gas extraction. You will learn how quality standards are applied in real engineering environments, how subsea products are built and tested, and how quality issues are prevented, detected, and resolved.
This role blends technical training, hands‑on manufacturing/testing, and quality assurance fundamentals.
Key Responsibilities
• Product inspection & testing — Assist with inspection of electro‑mechanical and hydraulic subsea control assemblies, following Baker Hughes quality procedures.
• Quality documentation — Support creation and maintenance of quality records, test reports, and compliance evidence.
• Root cause analysis — Participate in investigations of non‑conformances and help identify corrective actions.
• Manufacturing quality support — Work with assembly and test teams to ensure products meet API, ISO, ASME and customer specifications.
• Process compliance — Learn how subsea products comply with industry standards (API, ASME, ISO, DNV).
• Continuous improvement — Contribute to lessons‑learned reviews and improvement projects.
• Engineering support — Assist engineers with testing, CAD reviews, documentation, and product building
📚 Training & Development
You will receive structured training similar to Baker Hughes’ engineering apprenticeships:
• On‑site technical classes and mentoring by experienced engineers Weston College
• Rotations across assembly, testing, design, inspection, and quality
• Exposure to subsea controls, hydraulic systems, pressure testing, FAT/SIT processes
• Development in QA/QC fundamentals, standards, and documentation
• Opportunities to support real subsea production projects
Skills You Will Develop
• an understanding of subsea production control systems and the wider Oil& gas energy valve chain.
• Quality engineering fundamentals (QA/QC, audits, witness points)
• Electro‑mechanical assembly and testing
• Hydraulic systems and pressure testing
• Problem solving and root cause analysis
• Attention to detail and engineering discipline
• Communication and teamwork in a project environment
Entry Requirements (Typical)
• GCSEs (Maths, English, Science, Technology/Engineering) at grade 4/C or above
• STEM A‑Level or Engineering BTEC (or equivalent)
• Strong interest in engineering, manufacturing, or quality
• Good communication, problem‑solving, and teamwork skills Weston College
Future Progression
Apprentices typically progress into roles such as:
• Quality Engineer
• Manufacturing/Production Engineer
• Test Engineer
• Project Engineer
• ISO 9001 Auditor
• Subsea Controls Engineer
Working with us
Working at Baker Hughes means being at the forefront of the energy transition. Our people are diverse, ambitious, and collaborative. We're on a mission to redefine the energy sector by unlocking the power of engineering, data, and science.
The Baker Hughes internal title for this role is: Technical School Internship-EntryMakes oilfield equipment and gas turbines
Baker Hughes makes equipment and runs field services for oil and gas producers, LNG plant operators, pipeline companies and industrial power users. Its products cover the whole gas chain, from drill bits and well completions to the compressors and turbines that chill natural gas into liquid for export. Its oilfield arm drills, completes and maintains wells, while its industrial arm designs, builds and services turbomachinery, valves and monitoring software. It earns money from equipment sales, project work and long-term service agreements that keep installed machines running. The current company formed in 2017 when Baker Hughes combined with GE's oil and gas business, and it is based in Houston.
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