Responsibilities

• Responsible for flight assembly, documentation, configuration changes, CAD to field observations, electro-mechanical integrations, and test setup iterations
• Conduct testing of camera systems to SMC-S-016 standard: functional, performance, vibe, TVAC, thermal chamber, RF, and optical testing for spacecraft and lunar landers
• Create and review engineering drawings for GD&T, completeness, and design for manufacturing (DFM), in both SolidWorks and Inventor
• Translate conceptual designs into solid models, 3D printed parts, castings, physical templates, assembly and fabrication layouts for rapid prototyping
• Participate in all major program milestones (Concept, SRR/SDR, PDR, CDR, Flight Build)
• Used specifications provided by design engineers and/or driven by design requirements to locate and purchase hardware, materials, supplies, and consumables
• Fabricate, machine, and assemble parts for all stages of development and testing (prototype, functional, retrofit, ECR modifications, validation, and parabolic flight)
• Conceptualize, design, and fabricate test stands and GSE assemblies and components, including using and incorporating either commercially produced or proprietary built equipment, software, and/or hardware
• Manage laboratory space to “5S” standards; organization, cleanliness, maintenance, and procurement of supplies, materials, equipment, tools, and tooling utilized in daily operations
• Generate technical documents to include writing, reviewing, and revisioning: test plans, assembly guides, inspection procedures, handling procedures, work instructions, and standard operating procedures
• ISO cleanroom training for satellite and sensitive payload assembly
• Recommend tests to be performed and methodology of conducting based on review of data and technical requirements
• Perform data parsing, plotting, and graphical analysis (e.g., heat flux sensor output, motor torque/force over distance, RTD sensor output) for purpose of evaluation and inclusion in reports and/or other technical material
• Other tasks as assigned

Ideal Experience

• 3 years machine shop experience in aerospace environment, 7 years without aerospace experience
• Experience using mill, lathe, and laser cutter in additional to smaller tools and equipment
• Able to read and interpret engineering drawings to facilitate hardware assembly
• Proven ability to drill and tap holes, includes tapping for inserts and installing
• Proficient in ASME Y14.5 GD&T practices

Desired Skills

• Manual machining to include complex lathe mill operations
• HeliCoil installation and removal
• Laser cutter use and operation
• Micro welder use and operation
• Understand and use of metrology equipment to include: calipers, micrometers, scales, load cells, torque wrenches, multimeters, and other various calibrated sensors
• Use and understand of imaging equipment to include cameras in both the visible and IR spectrum
• Hand and power tool use to include forming equipment (e.g. sheet metal breaks)
• Operation and safe use of high pressure gas systems and pumps
• Operation and safe use of vacuum systems, components and pumps
• Operation and safe use of ovens and furnaces
• Operation and safe use of cryogenic equipment and freezers
• Operation and safe use of hazardous materials
• CAD/CAE (SolidWorks, Inventor, Fusion 360)
• Data/Tolerance Analysis
• CNC Programming Experience
• Parts Inspection Experience
• Rapid Prototyping (3D Printing, Quick Turn)
• Root Cause/Failure Analysis
• DFMEA/PFMEA
• Design for Cost & Manufacturing
• Microsoft Office Software
• Adaptable in a fast paced environment.