Mechanical Engineer

Keenfinity•Lancaster, PA

17d•Hybrid

About The Position

As a Mechanical Engineer for IQSIGHT LLC, you will design and develop complex electromechanical systems for next-generation moving camera products. You will serve as a technical resource on development projects, making critical architecture, design, and risk decisions. The role spans hands-on subsystem design from concept through series production, technical execution on a small team, subsystem architecture development, design reviews, risk assessment, lifecycle management, supplier collaboration, and prototype validation. You will also contribute to continuous improvement, mentor early-career engineers, and collaborate across functions to support system-level integration. This is a hybrid role requiring three days per week in the office. Candidates must live within commuting distance of the Lancaster, Pennsylvania site. Travel is expected to be 10%, domestically and internationally. The position may require early-morning or late-night meetings with development teams in Asia and Europe. Indefinite U.S. work authorization is required; future sponsorship is unavailable.

Requirements

Bachelor’s degree in Mechanical Engineering.
At least 5 years of experience in electromechanical product development, including products released to series production.
Demonstrated experience designing mechatronic systems that integrate mechanical and electronic hardware.
Experience as an engineer planning, directing, and checking the activities of junior colleagues.
Strong communication skills and the ability to distill complex technical topics into actionable decisions.
Indefinite U.S. work authorization; future work authorization sponsorship is not available.
Ability to commute to the Lancaster, Pennsylvania site for three in-office days per week.

Nice To Haves

MCAD/ECAD fluency; Creo is preferred.
Experience with thermal and structural simulation, both static and dynamic.
Experience designing for global compliance and environmental requirements.
Knowledge of GD&T under ISO and ASME standards.
Experience designing for vibration, shock, and reliability.
Design experience with sheet metal, die casting, plastic injection molding for optical and structural applications, CNC machining, and die cutting.
Experience with optics, including lens design for illuminators.
Experience with basic machine shop equipment.
Knowledge of integrating AI tools into engineering tasks.
Demonstrated problem-solving experience using tools such as 8D and CAR.
Quality certification such as ASQ DFSS Green Belt or similar.

Responsibilities

Perform hands-on mechanical and electromechanical subsystem design from concept through series production.
Serve as an engineer on development projects, working on a small team and driving technical execution.
Develop subsystem architectures that meet system-level requirements for performance, cost, reliability, serviceability, and time-to-market.
Participate in cross-functional design reviews and technical risk assessments, including FMEA and Focus Area Matrices.
Work with senior technical staff to develop key architectures for the future of the product portfolio.
Support lifecycle management efforts, including end-of-life activities, cost reduction, and field complaint investigations.
Maintain complex bills of materials supporting multiple product variants.
Partner with international suppliers on tooling development, design-for-manufacturing reviews, and process validation.
Participate in continuous improvement, including regular retrospectives, and support risk management and mitigation strategies.
Design, model, and validate complex mechanical assemblies and mechanisms.
Support PCBA packaging, enclosure design, and thermal management strategies.
Develop and validate prototypes through simulation and physical testing.
Perform tolerance analysis, define GD&T, and design for manufacturability and reliability.
Implement designs that consider global environmental, regulatory, and compliance requirements.
Mentor and support early-career engineers.
Collaborate cross-functionally to ensure system-level integration and success.