Own and manage the composites commodity and its subcategories, including carbon and glass fiber reinforced structures, prepreg and wet layup parts, cored/sandwich panels and bonded assemblies, to execute supplier production (NPI to full production) strategies across Anduril’s business lines.
Compensation
US Salary Range
$161,000—$212,000 USD
The salary range for this role is an estimate based on a wide range of compensation factors, inclusive of base salary only. Actual salary offer may vary based on (but not limited to) work experience, education and/or training, critical skills, and/or business considerations. Highly competitive equity grants are included in the majority of full time offers; and are considered part of Anduril's total compensation package.
Responsibilities
Own and manage the composites commodity and its subcategories, including carbon and glass fiber reinforced structures, prepreg and wet layup parts, cored/sandwich panels and bonded assemblies, to execute supplier production (NPI to full production) strategies across Anduril’s business lines
Be a force multiplier for the Supply Chain team and overall commodity strategy, demonstrating a strong sense of ownership, proactivity, technical excellence, creativity, self‑direction, and courage
Vet Suppliers' production capabilities, factory layout, facilities and workforce for inclusion in the Approved Supplier List, including cure equipment (autoclaves, ovens, presses), layup room environmental controls, material storage and out‑time tracking, and NDI capability
Support Supplier Quality Engineers (SQE) in ensuring Suppliers' understanding and adherence to the criteria for part quality set by SQE
Own bringing up new production tooling & lines at Supplier sites, including layup tools and molds, trim and drill fixtures, bond jigs and automated layup cells, to ensure materials, processes & tools are capable of meeting product performance, quality (criteria set by SQE) and demand requirements
Requirements
Bachelor’s degree in supply chain, engineering, or related technical field
Bachelor’s degree in mechanical, aerospace, or materials engineering, or related technical field
Nice to have: aerospace or defense composite structures
Composite Manufacturing Technician responsible for producing high-quality composite parts, components, and assemblies using advanced fabrication, molding, and assembly processes.
Responsibilities
Produce parts, components and final assemblies using composite fabrication, compression molding, metal fabrication, modification, checkout, re-work, quality testing, and assembly
Prepare components for lay-up, filament winding, cure and post cure using cured and uncured rubber materials and adhesives
Operate machinery and shop equipment including filament winders, ovens, autoclaves, lathes, presses, furnaces, mixers, grinders, paint booths, fume hoods and automated welding equipment
Fabricate and assemble parts into completed sub-assemblies using assembly tools
Perform vacuum bagging and related processes for fabrication and curing composite parts
Produce parts, components and final assemblies using composite fabrication, compression molding, metal fabrication, modification, checkout, re-work, quality testing, and assembly utilizing detailed work instructions, schematics, diagrams, layouts or manufacturing test development or diagnostic equipment.
Prepare various components for lay-up, filament winding, cure and post cure using cured and uncured rubber materials and adhesives.
Operate various machinery and shop equipment including filament winders, ovens, autoclaves, manual lathes, presses, furnaces, mixers, grinders, paint booths, fume hoods and automated welding equipment.
Fabricate and assemble piece parts into completed sub-assembly using assembly tools.
Perform vacuum bagging and related processes for fabrication and curing composite parts.
Composite Manufacturing Technician responsible for producing high‑quality composite parts, components, and assemblies using advanced fabrication, molding, and assembly processes.
Responsibilities
Produce parts, components and final assemblies using composite fabrication, compression molding, metal fabrication, modification, checkout, re‑work, quality testing, and assembly
Prepare components for lay‑up, filament winding, cure and post‑cure using cured and uncured rubber materials and adhesives
Operate machinery and shop equipment including filament winders, ovens, autoclaves, lathes, presses, furnaces, mixers, grinders, paint booths, fume hoods and automated welding equipment
Fabricate and assemble piece parts into completed sub‑assemblies using assembly tools
Perform vacuum bagging and related processes for fabrication and curing composite parts
Composite Manufacturing Technician responsible for producing high‑quality composite parts, components, and assemblies using advanced fabrication, molding, and assembly processes.
Responsibilities
Produce parts, components and final assemblies using composite fabrication, compression molding, metal fabrication, modification, checkout, re‑work, quality testing, and assembly
Prepare components for lay‑up, filament winding, cure and post‑cure
Operate machinery and shop equipment such as filament winders, ovens, autoclaves, lathes, presses, furnaces, mixers, grinders, paint booths, fume hoods and automated welding equipment
Fabricate and assemble piece parts into completed sub‑assembly
Produce parts, components and final assemblies using composite fabrication, compression molding, metal fabrication, modification, checkout, re-work, quality testing, and assembly utilizing detailed work instructions, schematics, diagrams, layouts or manufacturing test development or diagnostic equipment.
Prepare various components for lay-up, filament winding, cure and post cure using cured and uncured rubber materials and adhesives.
Operate various machinery and shop equipment including filament winders, ovens, autoclaves, manual lathes, presses, furnaces, mixers, grinders, paint booths, fume hoods and automated welding equipment.
Fabricate and assemble piece parts into completed sub-assembly using assembly tools.
Perform vacuum bagging and related processes for fabrication and curing composite parts.
Refine and execute the design of Apple products while collaborating with industrial designers, product integrity, hardware, software, and technology groups.
Compensation
The base pay range for this role is between $184,700 - $277,600/yr
Responsibilities
Refine and execute the design of Apple products
Collaborate with industrial designers, product integrity, hardware, software, and technology groups
Develop initial product layouts
Generate concepts, prototype, demonstrate & test to drive down-selection
Optimize designs for function, cosmetics, and manufacturability through partnership with external vendors & internal manufacturing teams
Requirements
Bachelor's degree or foreign equivalent in Mechanical Engineering or related field
Support the development, optimization, and production scaling of advanced composite sporting goods products across Selkirk’s Asian supplier network, serving as a key technical liaison between Selkirk engineering teams and manufacturing partners in Vietnam and China.
Responsibilities
Serve as Selkirk’s onsite engineering representative with manufacturing partners in Vietnam and China
Lead composite process development and manufacturing optimization for high-performance sporting goods products
Work directly with suppliers to improve quality, consistency, yield, and production efficiency
Support new product introduction activities including prototype builds, pilot runs, process validation, and production ramp-up
Evaluate and optimize molding parameters including temperature, pressure, cycle time, cure profiles, and material flow
Requirements
Bachelor’s degree in Mechanical Engineering, Materials Engineering, Manufacturing Engineering, Composite Engineering, or related technical field
Nice to have: sporting goods industries such as pickleball, tennis, golf, cycling, hockey
Nice to have: manufacturing operations in Vietnam and China
Nice to have: APAC supplier management
Nice to have: cross-cultural engineering collaboration