- Pasir Ris East Region (Singapore) Singapore
GOODRICH AEROSTRUCTURES SERVICE CENTER - ASIA PTE. LTD. Hiring! Full Time Program Engineer in East Region (Singapore), Earn up to SGD 7,700 - Ricebowl
Program Engineer
GOODRICH AEROSTRUCTURES SERVICE CENTER - ASIA PTE. LTD.
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Job Description
Responsibilities
At RTX, the world's largest aerospace and defense company, 185,000 great minds are united by purpose and inspired to make a difference solving the world’s most complex problems. With our three market leading businesses, world-class operations and investments in research and development, we offer capabilities and opportunity no one else can. Together, we push the boundaries of known science and find new ways to connect and protect our world.
Collins Aerospace is a leader in technologically advanced, intelligent solutions that help redefine the aerospace and defense industry. With a comprehensive portfolio and deep technical expertise, we help customers meet the demands of the global market. Join us and help shape the future of aerospace and defense.
Responsibilities:
MRO Operation Support
Function as key engineering focal to provide technical advice on workscope management, repair dispositions, engineering repair quotes and technical support to Operations, Quality and Customers in meeting airworthiness and customer requirements.
Support operations to perform repair assessment on nacelle components metallic and composite structures.
Support communication with OEM on technical issues and component repair assessment.
Prepare repair packages with detailed repair drawing, stress analysis and submission for airworthiness approvals.
Perform basic design activities for tooling aid and assembly jig fixtures, coordination with vendor for fabrication and calibration.
Support new repair capability development, system setup and airworthiness application.
Support Quality reviews and investigations to enhance and improve engineering and operational processes.
Identify, support, drive engineering and shop cost reduction and continuous improvement opportunities.
Develop and conduct Engineering, Component and Product training to Operations Team.
Engage with shopfloor personnel to assess initial design concepts or sketches, and translate them into practical solutions using CATIA and 3D printing tools
Support the design, prototyping, and fabrication of tooling aids, fixtures, mockups, and repair support components using in-house 3D printing capabilities
Evaluate 3D printed parts for fit, functionality, mechanical strength, and material suitability for MRO environments
Perform structural assessments of 3D printed components, particularly for stress-critical applications
Coordinate cross-functionally with design, stress, tooling, and quality teams to ensure successful integration of 3D printed solutions into MRO workflows
Manage lead time and cost expectations for 3D printed items, ensuring alignment with project schedules and MRO shop support needs
Document and share best practices, lessons learned, and technical guidance across teams and sites to promote consistent application of 3D printing
Conduct training sessions or knowledge sharing on design for 3D print, printer operation, and post-processing as needed
Champion 3D printing as part of broader digital transformation and Industry 4.0/continuous improvement initiatives
Collaborate with end users to implement 3D-printed solutions into MRO workflows to improve turnaround time, ergonomics, and cost efficiency
Continuous Improvement
Identification of new digitalization and Industry 4.0 opportunities for technology introduction and automation into MRO operation
Design new automation equipment, processes, and write Macro etc. for example to develop Robotic Process
Automation (RPA) for improve work process using Python programming
Programming new automated components to the MRO process
Developing and maintaining clear and accurate documentation of automation equipment or processes
Draft SOP and conduct training to users where necessary – typically after implementing new RPA processes or technology equipment etc
Support Troubleshooting automated processes, Technology equipment when operation has issues
Project management – From trade study, regular update to management team, and present to leadership team and visitors
Support deployment and adoption of 3D printing initiatives within MRO, including printer operation, model preparation, and post-processing
Conduct training sessions for engineers and technicians on 3D printing basic operation and part design
Collaborate with cross-functional teams to identify MRO use cases where 3D printing offers lead time, cost, or ergonomic benefits
Requirements:
Education & Experience
Degree / Master Degree in Mechanical Engineering / Aerospace Engineering or equivalent
3-7 years’ of relevant experience
Engineering trained, good team player, self-motivated, fast learner, good communication skill, and good authoring/literature composing.
SMART Factory, Industry 4.0 experience & knowledge will be considered as added merits.
Experience on new technology application
Interest in digital database, data analytics. Programming skill – python, C#, Visual Studio, etc.
Robot / Cobot application and integration
Skills
Excellent computer skills – O365, Microsoft Visio, MathCad. Nastran and Patran, CATIA V5 is added advantage.
Python or other programming language and software development is added advantage.
Knowledge in machining and rapid prototyping would be beneficial
Ability to interpret technical drawings, geometric dimensioning, and tolerance.
Ability to use various measurement instruments.
Equipment troubleshooting skills such as debug or troubleshoot an existing system.
Excellent Communication and presenting skills, able to clearly explain novel and complex ideas to stakeholders of all levels and within multidisciplinary teams.
Excellent written communication skills for record keeping and documentation.
Problem solving and creative thinking to troubleshoot problems as they arise and find effective solutions.
Planning skills to detail project timeline, prioritize workload and keep accurate documentation.
Flexibility & Adaptability –able to keep up with latest techniques and technologies as they develop
At Collins Aerospace, we’re working side-by-side with our customers and partners to dream, design and deliver solutions that redefine the future of our industry.
We’re reaching across markets, disciplines and boundaries to develop new and more advanced technologies. And, together, we’re making the most powerful concepts in aerospace a reality.
Collins Aerospace is a leader in technologically advanced, intelligent solutions that help redefine the aerospace and defense industry. With a comprehensive portfolio and deep technical expertise, we help customers meet the demands of the global market. Join us and help shape the future of aerospace and defense.
Responsibilities:
MRO Operation Support
Function as key engineering focal to provide technical advice on workscope management, repair dispositions, engineering repair quotes and technical support to Operations, Quality and Customers in meeting airworthiness and customer requirements.
Support operations to perform repair assessment on nacelle components metallic and composite structures.
Support communication with OEM on technical issues and component repair assessment.
Prepare repair packages with detailed repair drawing, stress analysis and submission for airworthiness approvals.
Perform basic design activities for tooling aid and assembly jig fixtures, coordination with vendor for fabrication and calibration.
Support new repair capability development, system setup and airworthiness application.
Support Quality reviews and investigations to enhance and improve engineering and operational processes.
Identify, support, drive engineering and shop cost reduction and continuous improvement opportunities.
Develop and conduct Engineering, Component and Product training to Operations Team.
Engage with shopfloor personnel to assess initial design concepts or sketches, and translate them into practical solutions using CATIA and 3D printing tools
Support the design, prototyping, and fabrication of tooling aids, fixtures, mockups, and repair support components using in-house 3D printing capabilities
Evaluate 3D printed parts for fit, functionality, mechanical strength, and material suitability for MRO environments
Perform structural assessments of 3D printed components, particularly for stress-critical applications
Coordinate cross-functionally with design, stress, tooling, and quality teams to ensure successful integration of 3D printed solutions into MRO workflows
Manage lead time and cost expectations for 3D printed items, ensuring alignment with project schedules and MRO shop support needs
Document and share best practices, lessons learned, and technical guidance across teams and sites to promote consistent application of 3D printing
Conduct training sessions or knowledge sharing on design for 3D print, printer operation, and post-processing as needed
Champion 3D printing as part of broader digital transformation and Industry 4.0/continuous improvement initiatives
Collaborate with end users to implement 3D-printed solutions into MRO workflows to improve turnaround time, ergonomics, and cost efficiency
Continuous Improvement
Identification of new digitalization and Industry 4.0 opportunities for technology introduction and automation into MRO operation
Design new automation equipment, processes, and write Macro etc. for example to develop Robotic Process
Automation (RPA) for improve work process using Python programming
Programming new automated components to the MRO process
Developing and maintaining clear and accurate documentation of automation equipment or processes
Draft SOP and conduct training to users where necessary – typically after implementing new RPA processes or technology equipment etc
Support Troubleshooting automated processes, Technology equipment when operation has issues
Project management – From trade study, regular update to management team, and present to leadership team and visitors
Support deployment and adoption of 3D printing initiatives within MRO, including printer operation, model preparation, and post-processing
Conduct training sessions for engineers and technicians on 3D printing basic operation and part design
Collaborate with cross-functional teams to identify MRO use cases where 3D printing offers lead time, cost, or ergonomic benefits
Requirements:
Education & Experience
Degree / Master Degree in Mechanical Engineering / Aerospace Engineering or equivalent
3-7 years’ of relevant experience
Engineering trained, good team player, self-motivated, fast learner, good communication skill, and good authoring/literature composing.
SMART Factory, Industry 4.0 experience & knowledge will be considered as added merits.
Experience on new technology application
Interest in digital database, data analytics. Programming skill – python, C#, Visual Studio, etc.
Robot / Cobot application and integration
Skills
Excellent computer skills – O365, Microsoft Visio, MathCad. Nastran and Patran, CATIA V5 is added advantage.
Python or other programming language and software development is added advantage.
Knowledge in machining and rapid prototyping would be beneficial
Ability to interpret technical drawings, geometric dimensioning, and tolerance.
Ability to use various measurement instruments.
Equipment troubleshooting skills such as debug or troubleshoot an existing system.
Excellent Communication and presenting skills, able to clearly explain novel and complex ideas to stakeholders of all levels and within multidisciplinary teams.
Excellent written communication skills for record keeping and documentation.
Problem solving and creative thinking to troubleshoot problems as they arise and find effective solutions.
Planning skills to detail project timeline, prioritize workload and keep accurate documentation.
Flexibility & Adaptability –able to keep up with latest techniques and technologies as they develop
At Collins Aerospace, we’re working side-by-side with our customers and partners to dream, design and deliver solutions that redefine the future of our industry.
We’re reaching across markets, disciplines and boundaries to develop new and more advanced technologies. And, together, we’re making the most powerful concepts in aerospace a reality.
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