Component Repair Technician - Seletar Facility

About Singapore Aero Engine Services Private Limited (SAESL)

Singapore Aero Engine Services Private Limited (SAESL) is a joint venture between Rolls-Royce Plc and SIA Engineering Company, established in 2001. It has grown to become a leader in engine overhaul and component repair, servicing the full Trent engine family including Trent 500, 700, 800, 900, 1000, and XWB variants. SAESL annually overhauls and repairs over 300 Trent engines and operates a cutting-edge Engine Test Facility that enables rapid turnaround times.

Why Work with SAESL

• Comprehensive medical coverage and flexible benefits
• Company transportation provided
• Opportunities for training and career advancement
• Stable job security

Role Overview

The component repair team at SAESL’s Seletar Facility (SSF) seeks motivated, detail-focused individuals to join as component repair technicians. The SSF is a next-generation repair cell equipped with advanced automation and digital platforms to support innovative repair services for next-generation aero gas turbine engines.

Available Positions

• Disc Technician: 1 vacancy
• Shafts Technician: 2 vacancies
• Coatings Technician: 1 vacancy
• Case Technician: 2 vacancies

Key Responsibilities

• Undergo training to master new machinery and operational processes
• Verify operational readiness of machines, utilities, and safety systems
• Conduct trials, validations, and functional assessments of equipment
• Provide support for Manufacturing Execution Systems (MES) and Standard Operating Procedures (SOP)
• Validate health, safety, and environment (HSE) controls and ergonomic standards
• Prepare for audits and maintain workplace organization via 5S principles
• Develop training materials for onboarding new employees
• Execute initial live repairs collaboratively with engineering teams
• Perform all work strictly following approved overhaul manuals, OEM instructions, and quality standards
• Commit to continuous skill development and quality workmanship
• Maintain cleanliness and orderliness of workstations and work areas
• Accurately record daily labor hours
• Strictly comply with safety protocols and procedures
• Utilize appropriate tools and equipment for all repair tasks
• Exhibit disciplined work conduct and uphold company standards
• Proactively engage in continuous improvement initiatives
• Carry out additional duties as assigned by supervisors or team leads

Qualifications and Experience

• Technical diploma, apprenticeship, or equivalent qualification in machining, welding, aerospace manufacturing, or mechanical engineering
• Valid welding certifications relevant to aerospace sector (e.g., AWS D17.1, EN 1418) for GTAW/TIG welding on nickel alloys, titanium, and stainless steels
• Certification in CNC programming and operation of 5-axis machining (preferred software: Mastercam, Siemens NX)
• Experience with localized heat treatment processes such as induction, resistance, or blanket heating
• 4 to 6 years of practical experience in aircraft engine case repair within MRO or OEM overhaul environments
• Expertise in precision TIG/GTAW welding including crack and damage repairs, weld buildup, and post-weld heat treatment coordination
• Competence in 5-axis CNC machining for complex case features including contour milling, drilling, boring, and thread repair
• Application of localized stress-relief heat treatment and temperature monitoring per OEM procedures
• Installation and precise torquing of accessories on engine cases with correct application of lockwiring, sealing, and anti-fretting materials
• Ability to independently assess repaired parts for serviceability according to overhaul documents and engineering guidelines
• Current Level II NDT certification (NAS 410, ASNT SNT-TC-1A, EN 4179) across five key testing methods: PT, MT, ET, UT, RT
• Knowledge of multi-step engine cleaning processes including degreasing, descaling, neutralization, and passivation
• Familiarity with engine case materials such as titanium alloys, Inconel, stainless steel, and aluminum, and their typical defects
• Experience working in lean manufacturing, single-piece flow, or multi-skilled technician environments
• Skillful use of precision measuring instruments such as CMM, Faro arm, height gauges, air gauges, and thread gauges
• Adept at reading and interpreting engineering drawings, repair schemes, and OEM manuals from major engine manufacturers
• Knowledge of quality systems including Nadcap and AS9100
• Exposure to automated or robotic welding technologies
• Experience or knowledge in laser cladding or cold spray repair techniques