Systems Engineering Lead

Particle Measuring Systems•Niwot, CO

1d•$110,000 - $158,000•Hybrid

About The Position

Particle Measuring Systems is seeking a Systems Engineering Lead to serve as the system-level technical authority for complex, multidisciplinary instrumentation products. The role drives system architecture, integration, and verification throughout the product lifecycle and helps strengthen and scale systems engineering within the organization. The successful candidate will establish best practices, drive cross-functional alignment, and build systems engineering capability, with the opportunity to grow into formal team leadership as the function expands. The position contributes to the Engineering Team by applying expertise in system architecture and integration to support team and company goals and deliver innovative, reliable solutions. It calls for effective collaboration with colleagues and cross-functional teams, strong problem-solving and decision-making, and a commitment to professional excellence, quality, and continuous improvement. The role partners with engineering, manufacturing, and quality teams on design transfer, production ramp, and sustaining engineering. The role is primarily based in an office, laboratory, and manufacturing environment. The salary range is $110,000–$158,000, depending on experience.

Requirements

Bachelor of Science in an engineering or scientific discipline; listed fields include systems, mechanical, electrical, or computer science.
At least 8 years of experience in complex instrumentation or precision product development.
Specific experience with real-time systems, optics and sensors, electromechanics, laser light scattering, imaging systems, or related subsystems.
Experience operating as a system-level integrator across multiple engineering disciplines.
Strong analytical and problem-solving skills, including experience with modeling and experimental validation.
Experience with requirements management tools such as JAMA or DOORS.
Proficiency in MATLAB/Simulink, Python, and CAD tools such as SolidWorks.
Knowledge of control systems, sensor integration, signal processing, and embedded systems.
Ability to sit, stand, and use a computer for extended periods.
Occasional lifting of up to 20 pounds may be required.

Nice To Haves

Advanced degree in engineering.
Demonstrated experience leading system architecture and integration on cross-functional programs.
Experience helping establish or mature systems engineering practices within an organization.
Experience in regulated or high-reliability industries such as medical device, semiconductor, or aerospace.

Responsibilities

Own system architecture development, including decomposition, interface definition, and performance budgeting across subsystems.
Serve as the system-level technical authority and drive key architecture decisions and trade-offs.
Lead requirements engineering and maintain traceability from customer needs through verification using JAMA or an equivalent tool.
Drive system-level integration strategy and execution to ensure performance, reliability, and manufacturability.
Identify and mitigate cross-functional risks and integration gaps early in development.
Ensure subsystem designs align with overall system performance and interface definitions.
Define and execute system-level verification and validation strategies, including integration planning and performance characterization.
Lead root cause analysis of complex system issues using analytical modeling and experimental methods.
Ensure systems meet requirements across all operating conditions.
Partner with engineering, manufacturing, and quality teams to support design transfer, production ramp, and sustaining engineering.
Participate in design reviews and technical planning, and ensure compliance with engineering and quality standards.
Lead technical trade studies, hazard analyses, and system-level risk assessments, including DFMEA.
Establish and evolve systems engineering processes, tools, and best practices across the organization.
Mentor engineers and promote systems thinking across disciplines.
Continuously evaluate processes for improvements in efficiency, quality, and safety.
Perform other related duties as assigned to meet the ongoing needs of the company.