Leverage strong foundation in physics, mathematics, and materials science to process and resolve mechanical problems, design and implement custom mechanical tooling and associated processes, and enable the handling, assembly, and disassembly of parts, components, sub-assemblies, and final assemblies throughout the product life cycle.
Responsibilities
Identify and troubleshoot a wide range of complex mechanical problems with limited to no supervision
Lead or execute engineering projects, including the development of key suppliers
Develop, design, or modify engineering layouts, schematics, or drawings/specifications of complex scope
Communicate with internal and external customers regarding a wide range of complex mechanical issues for specific projects
Implement concepts for a range of complex product issues and solutions
Requirements
Bachelor’s degree
Nice to have: Applied Materials product life cycle knowledge
Internship focused on mechanical and thermal simulation of a neurosurgical microrobot, involving numerical modeling, experimental validation, and documentation.
Responsibilities
Develop or improve thermal and mechanical models
Contribute to temperature characterisation studies and experimental work
Support the engineering and product development team in Germany by creating and developing technical drawings and documentation for products, especially mist eliminators and related plastic and metal applications.
Compensation
Urlaubsgeld in Höhe von 1.200 € pro Jahr sowie ein 13. Monatsgehalt (ein Bruttomonatsgehalt).
Responsibilities
Create technical drawings and documentation for customers and manufacturing
Design and develop plastic and metal applications
Participate in new product development and existing product optimization
Coordinate static calculations and outsource external service providers
Prepare technical documents for TÜV approvals, testing and acceptance
Requirements
Abgeschlossene technische Ausbildung oder Studium im Bereich Maschinenbau, Produktentwicklung, Konstruktion
Nice to have: ERP system experience
Nice to have: knowledge of technical approvals, TÜV requirements and testing procedures
Lead final system integration and production readiness activities for complex aerospace and defense platforms, ensuring successful integration of electrical, mechanical, propulsion, and mission systems into complete operational vehicles and assemblies.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Lead manufacturing integration activities across electrical, mechanical, propulsion, and vehicle systems
Develop and optimize final assembly and integration processes
Coordinate system-level builds, integration sequencing, and production flow planning
Partner with design engineering to improve manufacturability, reliability, testability, and producibility
Drive root cause investigations and corrective actions for integration and assembly issues
Requirements
Bachelor’s degree in Engineering or related technical field
Lead Technician - Engineering responsible for parts manufacturing leadership, machine operations, CNC programming, fixture creation, and CAD interpretation to produce prototype machine parts.
Compensation
Pay Range: $35.00/hr. to $40.00/hr. on W2
Responsibilities
Provide parts manufacturing leadership, experience and knowledge required to fabricate specified prototype machine parts.
Leverage knowledge and experience to set up machine operations, program tool paths, interpret models and understand specified design intent.
Work as part of a team with a focus on customer satisfaction.
Lead new product industrialization from engineering development through production release and ramp-up, developing and implementing manufacturing processes, tooling and equipment to support successful product launches.
Compensation
Base Compensation: $95,000 - $139,000 is the projected range of annual base salary for this role depending on the candidate’s overall qualifications and experience. Bonus: This position is eligible for an annual bonus based on individual and company performance.
Responsibilities
Lead the industrialization of new products from engineering development through pilot builds, production release, and ramp-up, ensuring on-time delivery and manufacturing readiness.
Develop, validate, and optimize manufacturing processes, tooling, fixtures, and equipment to achieve production targets for safety, quality, delivery, and cost.
Design and implement production line layouts, workflows, and manufacturing solutions to support new products and increasing production volumes.
Own NPI manufacturing project execution, coordinating cross-functional teams, managing schedules and deliverables, and proactively resolving risks to successful product launches.
Lead pilot production builds, establish acceptance criteria, validate manufacturing processes, and resolve issues before full production release.
Requirements
Bachelor’s degree in Industrial Engineering
Bachelor’s degree in Mechanical Engineering
Bachelor’s degree in Manufacturing Engineering
Nice to have: Electromechanical product industrialization
Lead design and manufacturing of advanced military electronics and computing products, driving process improvement, automation, and quality initiatives.
Responsibilities
Maximize efficiency by analyzing layout of equipment, workflow, assembly methods, and workforce utilization
Determine parts, equipment, and tools needed to achieve manufacturing goals
Lead high-impact initiatives such as factory modernization, process automation, or qualification of critical new technologies
Advise leadership on strategic manufacturing capability and capacity
Serve as technical liaison to customers
Requirements
Bachelor’s degree in manufacturing engineering or related field