Process lab samples, perform tests using general laboratory equipment, and record/analyze results.
Build and/or adapt basic setup and test equipment; perform routine care of designated test equipment and work areas.
Operate computer terminals to extract/input readily available information and use available software.
Follow defined test plans and datasheets, evaluate test performance, and read/interpret test results, blueprints, schematics, wiring diagrams, and operational instructions.
Prepare charts, graphs, and reports to explain test results, and communicate with customers during setup and operation to ensure proper evaluation.
Senior technical leader for LNG process engineering, providing corporate technical leadership and practical support across operating facilities and assets.
Responsibilities
Serve as the operations technical authority for LNG process engineering
Develop, implement, and maintain process engineering requirements, design criteria, specifications, calculation methodologies, procedures, technical practices, and operating guidance
Provide independent technical review and assurance
Resolve complex issues affecting process safety, production, reliability, environmental performance, product quality, and asset integrity
Partner with site Operations Engineering teams and cross-functional stakeholders
Experienced Bench Technician to support the machinery manufacturing department by performing in-house repairs, troubleshooting equipment and components, and supporting assembly and production duties.
Responsibilities
Diagnose, troubleshoot, and repair equipment, components, and assemblies in a timely manner.
Evaluate repair needs, prepare cost estimates when needed, and make recommendations for repair, replacement, or further review.
Monitor in-house bench repairs to ensure appropriate turnaround time and quality workmanship.
Test repaired equipment and components to verify proper function before return to production, inventory, or customer use.
Accurately complete repair documentation, service records, parts usage, and related paperwork.
Requirements
High school diploma or GED
Associate degree in electronic technology, mechanical technology, or a related technical field preferred
Battery and Power Software Engineer responsible for designing, developing, and optimizing battery management, charging, and power features for mobile and embedded devices.
Responsibilities
Design and implement battery management, charging and power features across kernel drivers, firmware and the Android framework
Optimize charging performance, power consumption and thermal behavior
Troubleshoot and resolve battery, charging, power and thermal issues, including field and customer-reported issues
Requirements
Bachelor's degree in Electrical/Electronics Engineering
Senior Executive – Electronics Sourcing responsible for developing and executing sourcing strategies, managing supplier relationships, and ensuring component availability for global customers.
Responsibilities
Develop and execute sourcing strategies for electronic components, electromechanical components, and PCBA materials
Source components from approved manufacturers, authorized distributors, and qualified suppliers
Identify, evaluate, develop, and manage suppliers to ensure competitiveness, quality, reliability, and supply continuity
Build strong supplier relationships and establish effective commercial partnerships
Monitor global semiconductor market trends, commodity movements, supplier capacity, and component availability
Requirements
Bachelor's degree in Electronics Engineering, Electrical Engineering, Electronics & Communication Engineering (ECE), or an equivalent discipline
Build and maintain embedded firmware for custom microcontroller boards that power Lab37’s food‑production robots.
Compensation
The base salary range for this role is $158,000 - $218,000 per year.
Responsibilities
Design and maintain embedded C firmware for custom microcontroller boards, including device drivers, board support, communication protocols, and application state machines.
Partner with electrical engineers on component selection, schematic reviews, debug access, and testability.
Bring up new boards and investigate failures using datasheets, measurements, and targeted experiments.
Implement predictable real‑time behavior across interrupts, DMA, peripheral interfaces, and bare‑metal or RTOS tasks.
Define clear contracts between boards and robot software, integrating sensors and actuator interfaces.