Mid Level- Senior Electrical Engineer

Salary:125-130K Annually

Team:Research & Development

This role is an opportunity to take a
technical leadership position
within Hidonix’s R&D organization, owning the electrical architecture behind our next-generation robotics systems. As a Senior Electrical Engineer, you will drive system-level design decisions, lead complex hardware development efforts, and mentor engineers while remaining deeply hands‑on.

The ideal candidate will design advanced multi-layer PCBs, power systems, RF subsystems, and sensor integrations, taking products from early concept through validation and into low-volume production. This role works closely with mechanical, firmware, robotics, and product teams and is ideal for an engineer who thrives on ownership, rigor, and building hardware that ships.

• Own system-level electrical architecture for complex embedded and robotic platforms.
• Lead end-to-end design of high-complexity, multi-layer PCBs — from schematic capture through layout oversight, fabrication, validation, and revision.
• Define board stack-ups, impedance requirements, power-domain partitioning, and interface strategies for high-performance ARM-based systems.
• Set component selection strategy, qualify critical parts, maintain BOMs, and guide vendor engagement through prototype and low-volume production.
• Review and approve schematics, layouts, and design changes across multiple boards or subsystems.

• Architect robust, high-efficiency multi-rail power delivery systems supporting processors, sensors, motors, and communication modules.
• Lead lithium-polymer battery management, charging, protection, and safety architecture for portable and wearable robotic systems.
• Analyze and optimize power integrity, transient behavior, thermal performance, and system efficiency under real-world operating conditions.
• Guide power-related trade studies and risk assessments.

• Own RF subsystem architecture, including antenna strategy, coexistence planning, and module integration for Wi‑Fi, Bluetooth, GNSS, and cellular.
• Lead high-speed interface design (DDR, eMMC, USB, MIPI, PCIe where applicable), ensuring signal integrity across complex stackups.
• Use VNAs, spectrum analyzers, SI/PI simulation tools, and lab measurements to validate and optimize RF and high-speed performance.
• Drive EMI/EMC mitigation strategies early in the design cycle.

• Architect and integrate IMUs, GNSS receivers, barometers, cameras, and other sensing subsystems into low-noise, high-reliability designs.
• Design and review analog front ends, signal‑conditioning circuits, protection networks, and grounding strategies.
• Lead performance benchmarking, environmental testing, and design iteration for robustness and manufacturability.

• Lead prototype bring‑up, electrical validation, and design verification at board and system levels.
• Drive structured root‑cause analysis for complex hardware failures and guide corrective design actions.
• Set validation strategies, test plans, and acceptance criteria aligned with product and system requirements.
• Collaborate closely with mechanical, firmware, and robotics teams to ensure tight electromechanical integration.

• Mentor and technically guide mid‑level and junior electrical engineers.
• Lead design reviews and contribute to engineering standards, best practices, and documentation quality.
• Maintain rigorous design documentation, revision control, and release artifacts.
• Participate in roadmap planning, architectural discussions, and cross‑functional technical decision‑making.

• Bachelor’s or Master’s degree in Electrical Engineering, Electronics, or a related field.
• 7–10+ years of professional experience in embedded hardware, robotics, or complex electronic systems.
• Deep expertise in multi-layer PCB design and review (Altium, KiCad, or equivalent), including controlled impedance and high‑speed layout.
• Strong foundation in analog and digital circuit design, power electronics, and signal…