Electrical Engineer

Keenfinity•Lancaster, PA

4d•Hybrid

About The Position

As an Electrical Engineer, you will contribute to planning, designing, and executing embedded electrical systems for IQSIGHT’s moving (PTZ) camera product portfolio. Supporting multiple new product introductions, you will participate in requirements planning, architecture development, circuit design, design verification, and industrialization activities. You will work with senior technical staff on future PTZ platform architectures, identify improvement opportunities and propose actionable continuous improvement initiatives, and help ensure designs meet global regulatory and compliance standards. You will contribute to product requirements, system design, implementation, and validation; support lifecycle management, including component end-of-life, cost reduction, and field complaint investigations; participate in cross-functional design reviews and risk assessments; and own assigned electrical subsystem designs through development, verification, release, validation, and implementation. The role also includes electrical tolerance analysis, component derating, and supporting the manufacturing plant in optimizing production tests. The role calls for a self-starting problem solver with a systems-minded approach, rigorous attention to detail, and the ability to communicate technical topics and risks clearly. You will collaborate across disciplines in a fast-moving product environment and mentor junior engineers. The position is hybrid, with three days per week in the office, and requires commuting distance to the Lancaster, Pennsylvania site. Travel is expected to be 10% domestically and internationally. Early-morning or late-night meetings with development teams in Asia and Europe may be required.

Requirements

Bachelor’s degree in Electrical Engineering.
At least 5 years of experience designing, testing, and troubleshooting complex embedded electrical systems.
Familiarity with schematic and layout design.
Familiarity with analog and digital circuit design and simulation.
Familiarity with DC power supply circuit design and simulation.
Familiarity with EMC design practices and debugging.
Familiarity with standard communication buses such as SPI, I2C, I2S, UART, CAN, and USB.
Familiarity with microprocessor-based embedded system design.
Experience with basic laboratory equipment, such as oscilloscopes, DMMs, data loggers, and logic analyzers.
Experience with cross-functional peer design reviews of electrical systems.
Strong written and verbal communication skills, including the ability to distill complex technical topics for decision-making and risk analysis.
Proficiency with the Microsoft Office tool suite.
Must be authorized to work in the United States indefinitely; future work authorization sponsorship is unavailable.
Must live within commuting distance of the Lancaster, Pennsylvania site.

Nice To Haves

Master’s degree in Electrical Engineering.
At least 2 years of experience designing, testing, and validating high-speed PCB designs.
ASQ DFSS Greenbelt or similar quality certification.
Knowledge of power and signal integrity design, simulation, and measurement.
Knowledge of image-based signaling protocols such as MIPI CSI-2, LVDS, and HDMI.
Knowledge of motors and motor control, including BLDC and stepper motors.
Experience with product and component lifecycle management processes.
Experience with agile methods for work breakdown and task management in hardware design.
Experience integrating AI tools into engineering tasks.
Experience with engineering requirements development.
Experience with common coding languages such as Python or C++ for test development and with Linux OS.
Knowledge of global compliance frameworks for safety, environmental, and EMC requirements.
Experience with 8D and fishbone diagrams for problem solving.

Responsibilities

Contribute to product requirement development, system design, system implementation, and validation activities.
Work with senior technical staff to develop system architectures for future PTZ platforms.
Identify improvement opportunities within the electrical engineering team and suggest actionable continuous improvement initiatives.
Ensure designs adhere to global regulatory and compliance standards and guidelines.
Support lifecycle management, including component end-of-life, cost reduction, and field complaint investigations.
Participate in cross-functional design reviews and perform risk assessments, including FMEA and focus area matrices.
Own assigned electrical subsystem designs through development, verification, release, validation, and implementation.
Perform electrical tolerance analysis and component derating to ensure robust, high-quality designs.
Support the manufacturing plant in developing optimized production tests.
Mentor junior engineers and support team growth and skill development.
Communicate technical ideas, decisions, and risks clearly and concisely to colleagues.