Electrical Engineer

US Health Partners, LLC; Torrance (CA); On-site; USD 85,000 - 110,000; Full time

Benefits offered by this job

Health insurance

401(k) with employer match

Relocation assistance

Opportunity to lead hardware efforts

Job summary

Verustruct seeks an Electrical Engineer, Level I, to design, build, and program the electronics at the core of its robotic construction platform in Torrance, CA. You will own defined boards and firmware features, collaborating with mechanical, controls, and software teams as the company moves from prototype toward field deployment.

You will gain hands-on experience with STM32 microcontrollers, CAN, UART, SPI, and I2C, in a fast‑moving startup environment that values practical problem solving and

Qualifications

• Bachelor’s degree in electrical engineering, computer engineering, mechatronics, or closely related field (completed in 2026 or prior)
• Strong understanding of electrical‑engineering fundamentals including circuit analysis, analog and digital electronics, power electronics, and basic control systems
• Experience designing circuit boards in professional, academic, internship, research, or project environments (KiCad or Altium)
• Embedded programming in C or C++ on microcontrollers, reading datasheets and configuring peripherals
• Hands‑on experience building, testing, and troubleshooting electrical hardware with bench instruments
• Familiarity with motor drivers, power regulation, sensors, wiring/harnessing, and interfaces like CAN, UART, SPI, I2C
• Ability to document engineering work clearly and communicate technical reasoning
• Comfort working in a fast-moving startup with iterative design and testing
• Ability to begin on-site employment in Torrance, CA soon

Responsibilities

• Design motor-driver, sensor-interface, and power-distribution boards through schematic, layout, fabrication, and assembly
• Write and debug embedded C firmware on STM32 microcontrollers for motor control and CAN communication
• Design wiring harnesses and enclosures and document them with diagrams
• Bring up prototype boards and firmware with test equipment
• Integrate electronics with motors, encoders, and sensors and support commissioning
• Develop test fixtures, collect data, investigate failures, and iterate designs
• Collaborate with mechanical, controls, and software teams to integrate electronics into the platform
• Maintain engineering documentation and participate in design reviews

Skills

Electrical fundamentals

Circuit analysis

Analog electronics

Digital electronics

Power electronics

Embedded C/C++

Microcontrollers

CAN

UART

SPI

I2C

KiCad

Altium Designer

Schematic capture

PCB layout

Bench testing

Documentation

Education

Bachelor’s degree in electrical engineering, computer engineering, mechatronics, or related field

Tools

KiCad

Altium Designer

Oscilloscopes

Multimeters

Logic analyzers

Job description

Company Description

Verustruct is developing a suite of robotic construction technologies to automate the building of affordable, sustainable, safe, and aesthetically appealing housing. The company’s mission is to help close the U.S. housing gap of 4.5 million homes by transforming how residential structures are designed and built. Verustruct focuses on integrating advanced robotics, automation, and novel construction methods into practical, scalable solutions. Team members collaborate across disciplines to bring next-generation construction systems from concept to field deployment, with a strong emphasis on real-world impact and long‑term sustainability.

About the Role

As an Electrical Engineer, Level I, you will help design, build, and program the electronics at the core of Verustruct’s robotic construction platform. Working closely with experienced electrical, mechanical, and robotics engineers, you will contribute across the full electronics‑development cycle, including schematic capture, PCB layout, harness design, board bring‑up, embedded firmware, motor and sensor integration, testing, failure investigation, and design iteration. In the level I position, you will own well‑defined boards, harnesses, and firmware features, and grow toward owning complete electrical subsystems.

This role is designed for an early‑career engineer who wants to build real machines, learn quickly, and take on increasing technical ownership as Verustruct advances from full‑scale prototypes toward field deployment.

This is a full‑time, on‑site role based at our headquarters in Torrance, California with an immediate start date.

What You’ll Do

• Design motor‑driver, sensor‑interface, and power‑distribution boards for robotic construction equipment, from schematic and component selection through PCB layout, fabrication, and assembly

• Write and debug embedded C firmware on STM32‑class microcontrollers for motor control, current sensing, encoder and sensor reading, fault handling, and CAN FD communication

• Design wiring harnesses, connectors, and enclosures that survive a construction‑site environment, and document them with wiring diagrams and drawings

• Bring up and validate prototype boards and firmware on the bench with oscilloscopes, multimeters, logic analyzers, and debuggers

• Integrate motors, actuators, encoders, and sensors into the machine and support commissioning of integrated hardware

• Develop test fixtures and scripts, collect data, investigate electrical and firmware failures, and feed findings into the next design iteration

• Collaborate with mechanical, controls, and software teams to integrate electronics and firmware into a coordinated robotic platform

• Maintain clear engineering documentation, participate in design reviews, and contribute to Verustruct’s electrical and firmware standards

• Candidates should be comfortable carrying well‑defined boards, harnesses, and firmware features from requirements through design, build, and validation with guidance from senior engineers, while growing toward independent ownership of subsystems.

• Experience in robotics, industrial automation, aerospace, automotive, heavy machinery, construction equipment, or similarly complex hardware systems is particularly relevant.

• Participation in Baja SAE, Formula SAE, or a similar student engineering competition, particularly on electrical, controls, or powertrain systems is highly relevant.

Requirements

What We’re Looking For

• Bachelor’s degree in electrical engineering, computer engineering, mechatronics, or a closely related field (completed in 2026 or prior)

• Strong understanding of electrical‑engineering fundamentals, including circuit analysis, analog and digital electronics, power electronics, and basic control systems

• Experience designing circuit boards in a professional, academic, internship, research, or project‑based environment, ideally in KiCad or a comparable tool such as Altium Designer

• Embedded programming experience in C or C++ on microcontrollers, including reading datasheets and reference manuals to configure peripherals

• Hands‑on experience building, testing, and troubleshooting electrical hardware with standard bench instruments

• Familiarity with motor drivers, power regulation, sensors, wiring and harnessing practices, and communication interfaces such as CAN, UART, SPI, and I2C

• Ability to communicate technical reasoning clearly and document engineering work effectively

• A practical, curious, and iterative approach to solving open‑ended hardware problems

• Comfort working in a fast‑moving startup environment where design, fabrication, and testing occur in tight development loops

• Ability to begin full‑time, on‑site employment in Torrance, CA in the near‑term

Benefits

Benefits include:

• Health insurance: Silver PPO plan, 80% company‑paid, with optional dental and vision coverage

• Retirement: 401(k) plan with 4% employer match

• Time off: Flexible PTO policy and observed federal holidays

• Relocation support: Available for exceptional candidates relocating to the Los Angeles / Torrance area

• High‑ownership role: Opportunity to help lead mechanical engineering for a venture‑backed robotics company tackling housing affordability