We are looking for a Systems Engineering Lead who will contribute to the success of the Engineering Team, applying their expertise in system architecture and integration to support the achievement of team and company goals and deliver innovative, reliable solutions.
Compensation
Competitive base salary range: $110,000 - $158,000 depending on experience
Responsibilities
Own system architecture development, including decomposition, interface definition, and performance budgeting across subsystems.
Serve as the system-level technical authority, driving key architecture decisions and trade-offs.
Lead requirements engineering and maintain full traceability from customer needs through verification (JAMA or equivalent).
Drive system-level integration strategy and execution, ensuring performance, reliability, and manufacturability.
Identify and mitigate cross-functional risks and integration gaps early in development.
Requirements
BS in Engineering/Scientific discipline (Systems, Mechanical, Electrical, Computer Science)
Nice to have: Advanced degree in Engineering
Nice to have: Leading system architecture and integration on cross-functional programs
Nice to have: Experience in regulated or high-reliability industries (medical device, semiconductor, aerospace)
Senior R&D Engineer responsible for design, development, and modification of implant and catheter designs, ensuring product reliability and regulatory compliance.
Compensation
Salary ranges for U.S (excl. PR) locations (USD):$105,600.00 - $158,400.00
Responsibilities
Apply advanced scientific and engineering principles to solve complex technical problems
Develop test strategies and execute testing, data analysis, and reporting for regulatory submissions
Evaluate and analyze mechanical designs and interactions
Conduct root cause analysis and map resolution strategies
Communicate with internal/external customers and vendors
Requirements
Bachelor’s degree in science, technology, engineering, or math or a related technical discipline
Master’s degree with a minimum of 2 years technical experience
Nice to have: Understanding of Reliability Engineering and Statistical Methods
Nice to have: Experience with catheters and stents, especially with Nitinol
Nice to have: Demonstrated aptitude for assessing emerging technologies
Lead mechanical design of Climeworks’ CO2 collectors, from concept through manufacturing and testing, while providing technical leadership and design reviews.
Compensation
Salary ranges are assigned to a job based on the level of seniority and the location specific market median of similar jobs according to external benchmark surveys. Individual compensation depends on your skills, experience, and the value you bring to the team.
Responsibilities
Turn new concepts into robust physical products
Create and modify CAD models and assemblies in SolidWorks
Produce high-quality manufacturing drawings with GD&T
Support prototype fabrication, assembly and testing
Provide technical leadership and design reviews
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering or similar
As a Manufacturing Engineer – Module Frames you will be a critical player in accelerating the global shift to renewable energy, driving concurrent engineering, supplier process readiness, industrialization, and engineering change implementation for steel components and assemblies across Nextpower’s global supply base.
Responsibilities
Support the launch, commissioning and ramp up of new equipment at supplier locations, domestic and/or internationally.
Participate in product development from concept through design release, providing manufacturing feasibility input and DFM/DFMA recommendations.
Review engineering drawings, specifications, and design revisions; identify manufacturability risks and propose engineering solutions.
Lead and/or drive innovation in manufacturing technologies and technical readiness activities for complex roll forming of steel products.
Plan and execute prototype builds, supplier trials, and on-site validations; verify functional intent and key/critical dimensions.
The Senior Mechanical Engineer will participate in the mechanical, structural, and thermal design of flight spacecraft and will follow programs through execution of assembly, integration, and test.
Compensation
Annual Base Salary Range: $145,000 - $175,000/per year
Responsibilities
Mechanical design of spacecraft components including primary structure, support structure, brackets, electronics enclosures, bulkheads, wire harness, and more.
Design of components and assemblies in CAD.
Routing of plumbing lines for propellant feed system and thrusters.
Work with structural analysts to ensure structural integrity of the spacecraft and all components during all phases of launch.
Work with thermal analysts to ensure all components are maintained within acceptable temperature limits.
Requirements
BS in Mechanical Engineering or Engineering Mechanics
Design, implement, monitor, and improve manufacturing processes in a regulated GMP environment to enhance efficiency, quality, safety, and cost-effectiveness.
Compensation
The base pay range for this position is $75,000 - $95,000 / year; however base pay offered may vary depending on skills, experience, job-related knowledge, and geographic location. Certain positions may also be eligible for short-term incentives as part of total compensation.
Responsibilities
Process Optimization: Evaluate current workflows to reduce waste, shorten cycle times, and improve yields using Lean Manufacturing and Six Sigma methods.
Equipment & Layout Design: Plan equipment layouts, select manufacturing tools, and support integration of automated machinery.
Troubleshooting: Identify root causes of production disruptions, equipment failures, and product defects.
Process Validation: Develop, execute, and support validation protocols, including Installation, Operational, and Performance Qualifications (IQ/OQ/PQ), in accordance with GMP requirements.
Documentation & Standardization: Create, revise, and maintain SOPs, work instructions, batch records, and manufacturing specifications to support consistent, compliant operations.
Requirements
Bachelor’s degree in Chemical, Mechanical, Industrial, Manufacturing Engineering, or a closely related technical discipline
Responsible for production support engineering with respect to testing methods, procedures, problem solving, electro-optic assembly specification, yield issues, minor redesign of assemblies, analysis of customer returns, and optimizing device production relative to cost constraints.
Responsible for production support engineering with respect to testing methods, procedures, problem solving, electro-optic assembly specification, yield issues, minor redesign of assemblies, analysis of customer returns, and optimizing device production relative to cost constraints.
Assumes responsibility for design transfer from engineering to production and is usually responsible for supporting manufacturing operations.
Be a self-starter and able to prioritize multiple tasks in a fast paced, highly technical work environment.
Be comfortable working as part of an integrated team including technicians, engineers, program managers, and research scientists.
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