Senior Electrical Engineer focused on delivering cutting-edge engineering solutions in the HardTech space, involving design, prototyping, and system validation.
Compensation
Base Salary: $104,000.00 - $175,000.00.
Responsibilities
Author subsystem/system requirements and specifications
Document design files and test criteria/plan for system and modules and support system validation
Design complex high density, multi-layer (10+ layers) PCBAs using Altium schematic and layout tools
Perform prototyping and bring-up of new design(s)
Requirements
B.S. in Electrical Engineering
MSEE
Nice to have: Motor/motion control systems
Nice to have: Sensor technologies (gyros, cameras, microphones)
Nice to have: Low speed bus protocols (I2C, SPI, CAN, UART)
Engineer impactful software that powers life-changing devices, contributing to software that sits at the intersection of engineering and patient care designed to diagnose, monitor, and treat sleep and respiratory conditions worldwide.
Responsibilities
Design, develop, test, and maintain embedded software for medical devices
Implement and automate verification activities to ensure performance and reliability
Participate in architecture and design reviews while contributing to technical discussions
Document software designs, decisions, and test outcomes with clarity and precision
Troubleshoot, analyze, and resolve software defects and field-reported issues
Lead technical role focused on optical system design, component verification, system integration, technical research, and project coordination within the wireless broadband communications industry.
Responsibilities
Design and develop optical components and modules for network communication equipment
Develop and execute testing plans for optical components and optimize testing methods
Integrate and calibrate optical modules with electronic systems
Analyze and provide solutions for optical technical issues during production
Design and implement Python-based test frameworks, harnesses, and tools that validate ICE’s clearing margin calculation models and related systems.
Responsibilities
Architect, build, and maintain scalable Python test frameworks, harnesses, and tools for validating ICE’s clearing margin calculation models and related systems
Translate business, system, margin methodology, and quantitative model requirements into validation strategies, scenarios, and test cases
Develop reusable Python libraries, data-processing components, diagnostics, and integrations that improve validation coverage, accuracy, and efficiency
Establish and enforce Python engineering standards for architecture, coding practices, packaging and deployment, documentation, testing, and maintainability
Assess the correctness, numerical precision, performance, and stability of complex algorithms, margin calculations, and quantitative models
Requirements
Bachelor’s degree or higher in Computer Science
Bachelor’s degree or higher in Financial Engineering
Join our team to design, develop, and integrate firmware for next-generation cellular modules. You'll be part of a cross-functional team building embedded applications and low-level software that interact directly with wireless hardware, including LTE, 5G, and IoT technologies, and will help drive technical decisions around architecture, performance, and reliability in production environments.
Compensation
we offer a competitive compensation and benefits package
Responsibilities
Design, develop, and debug embedded software for wireless modules and microcontroller-based systems
Work closely with hardware and RF engineering teams on platform bring-up and hardware/software integration
Implement and test device drivers, communication protocols (e.g., UART, SPI, I2C), and middleware
Support cellular module integration, certification testing (PTCRB, FCC, carrier-specific), and connectivity troubleshooting
Contribute to and help define software development workflows, including version control, continuous integration, and code reviews
Requirements
Bachelor's degree in Electrical Engineering, Computer Engineering, or related field
Master's degree in Electrical Engineering, Computer Engineering, or related field
Design and implement high-performance kernels for AI workloads, optimize compiler and runtime stacks, improve communication efficiency across large GPU clusters, and develop tooling for profiling and performance analysis.
Compensation
Depending on background, skills, and experience, the expected annual salary range for this position is $200,000 - $400,000 USD + equity.
Responsibilities
Design and implement high-performance kernels for AI workloads
Optimize compiler and runtime stacks for ML systems
Improve communication efficiency across large GPU clusters
Reduce latency and increase throughput for distributed workloads
Profile and eliminate system bottlenecks across the stack
Build product experiences for agent investigation, evaluation workflows, trajectory debugging, verification, and replay, owning problems end to end and developing APIs, data models, and internal systems for large-scale investigations.
Compensation
Base salary: $230,000 to $300,000 annually. Visa sponsorship is available.
Responsibilities
Build product experiences for agent investigation, evaluation workflows, trajectory debugging, verification, and replay
Own problems end to end, from understanding customer needs and defining solutions to implementation and iteration
Develop APIs, data models, internal systems, and user-facing product surfaces, with an emphasis on backend engineering
Build systems that support large-scale investigations across production traces
Design platform capabilities such as workspaces, permissions, billing, usage, SDKs, and terminal-first developer workflows