Electrical Engineer (Level II - Principal)

OKSI•Torrance, CA

20d•$90,000 - $250,000

About The Position

The Electrical Engineer supports the design, development, and testing of environmental and AI-powered systems for military and commercial use. The role focuses on developing electronics for embedded systems and instrumentation, collaborating with cross-functional teams, and working hands-on with ruggedized, miniaturized hardware. The position offers exposure to advanced technologies and real-world deployments in a fast-paced, mission-driven environment. Responsibilities and compensation may vary by level, from Level II through Principal. The engineer leads electrical system design and development, integrates embedded processors, FPGAs, sensors, and power subsystems, and works with software teams to ensure hardware and firmware communicate effectively. The role owns electrical design workstreams from requirements through release, provides technical guidance to junior engineers and interns, leads validation and debugging efforts, maintains design documentation, and collaborates with vendors and manufacturing partners. The position also evaluates new components and methods and develops technical skills through project-based learning.

Requirements

Bachelor’s degree in electrical engineering or equivalent.
At least 5 years of experience in complex board design, testing, and troubleshooting.
Proven experience in product development with outsourced design and development partners.
Expertise in embedded computing platforms with size, weight, and power (SWaP) constraints.
Familiarity with standard interfaces including Ethernet, CAN, I2C, SPI, PCIe, USB, and MIPI, and with various MCU, CPU, and FPGA technologies.
In-depth knowledge of modern analog and digital electronics, electronic circuits, and design methodologies.
Proficiency with electronic CAD tools for design.
Strong written and verbal communication skills.
Ability to multitask and manage multiple concurrent projects.
U.S. Person status (citizen or permanent resident).

Nice To Haves

Background in automotive, EV, AV, aerospace, or space industries.
Familiarity with guidance and navigation technologies, inertial sensors, and magnetic sensors.
Experience with optics and multispectral digital imaging systems.
MIL-STD or DO-160 EMC design and test experience.
Expertise in electronics design and testing for harsh environments.
Knowledge of programmable logic design.
Skills in signal integrity and power integrity design.
Experience transitioning products into full production and shipping at scale.
Low-level firmware expertise, particularly for bring-up and testing.
Understanding of ITAR and export compliance.
DoD security clearance or eligibility to obtain one.

Responsibilities

Design and develop complex electrical systems, including mixed-signal PCBs, embedded controllers, and custom sensor interfaces.
Architect low-power, high-reliability solutions for rugged and space-constrained applications.
Define electrical system requirements and validate hardware against functional, thermal, and EMI/EMC targets.
Integrate embedded processors, FPGAs, sensors, and power subsystems within multifunctional platforms.
Work with software teams to ensure seamless communication between hardware and firmware.
Own electrical design workstreams within multidisciplinary projects, from requirements through release.
Provide technical guidance and task leadership to junior engineers and interns.
Contribute to design reviews, risk assessments, and trade studies.
Develop test procedures and lead lab validation, including thermal, vibration, and environmental testing.
Conduct root cause analysis for design or deployment issues and implement corrective actions.
Maintain design documentation, including schematics, bills of materials, test data, and compliance reports.
Collaborate with vendors on PCB fabrication, assembly, and design for manufacturability.
Assist in resolving production issues and managing obsolescence and lifecycle planning.
Evaluate and propose components, tools, and methods to enhance performance, reduce cost, or improve manufacturability.
Stay current with trends in embedded systems, component technologies, rugged electronics design, and related emerging technologies.
Seek mentorship and develop technical skillsets through project-based learning.