Top Engineering Jobs

Leads and mentors a team building software platforms that integrate with embedded and hardware systems. Defines technical strategy, architecture, and best practices; partners with cross-functional stakeholders; contributes hands-on technically; manages delivery, testing, deployment, team growth, and a culture of innovation and psychological safety.

Designs, builds, and maintains EDI integrations connecting WHOOP with vendors, logistics providers, and external partners. Responsibilities include implementing ANSI X12 and EDIFACT transaction sets, managing integration infrastructure, mapping and transforming data, onboarding trading partners, testing cutovers, monitoring data flows, and improving automation. The role collaborates with Supply Chain, Finance, Sales, and external stakeholders while supporting scalable enterprise architecture and system interoperability.

Develops and deploys real-time physiological sensor algorithms for wearable devices. Responsibilities include IMU signal processing, sensor fusion, model-based estimation, calibration, filtering, and drift mitigation. Prototypes in Python and implements efficient C/C++ algorithms for embedded hardware. The role includes dataset analysis, validation planning, firmware and hardware integration, performance optimization, technical ownership, code reviews, mentoring, and post-deployment troubleshooting.

Develop and validate next-generation biomedical optical sensing systems and signal-processing algorithms. Analyze time-series and multidimensional sensor data, identify artifacts and failure modes, build physics-based models and simulations, and recommend system improvements. Collaborate with hardware, firmware, data science, research, and product teams to translate sensing research into scalable physiological insights and product capabilities.

Leads WHOOP’s Firmware organization, setting technical strategy, scaling multiple embedded software teams, and developing engineering leaders. Owns reliable delivery across new products and sustaining work while improving architecture, testing, CI/CD, release practices, and quality. Guides firmware decisions for power, performance, accuracy, cost, and long-term platform health, partnering across hardware, algorithms, mobile, manufacturing, quality, product, and program management.

Designs, tests, characterizes, debugs, and tunes low-power mixed-signal circuits and systems for wearable hardware. Responsibilities include schematic and PCB development, component selection, prototyping, board bring-up, electrical experimentation, data analysis, design verification, validation, and production support. Collaborates with cross-functional engineering teams, suppliers, and contract manufacturers to resolve technical issues and optimize performance, power consumption, signal integrity, reliability, and manufacturability. Travel up to 15% is required.

Own the end-to-end integration of validated sensor intelligence algorithms onto WHOOP embedded devices. Translate Python and MATLAB implementations into optimized C/C++, resolve cross-platform dependencies, integrate with firmware and sensor pipelines, and preserve numerical and functional equivalence. Profile and debug embedded performance across compute, memory, latency, power, and real-time constraints. Develop reusable migration tools, test harnesses, profiling infrastructure, and deployment patterns while collaborating across algorithm, firmware, mobile, cloud, connectivity, and platform teams.

Develop signal-processing and machine-learning algorithms for wearable sensor data and deploy them on resource-constrained embedded systems. Design intelligent sensor-control strategies, characterize sensor behavior, and validate performance across real-world conditions. Collaborate with firmware, electrical engineering, hardware, and data science teams to develop sensing capabilities while optimizing accuracy, latency, memory, compute, power, and reliability.

Evaluate, qualify, and improve lithium-ion battery cells for current and future products. Develop testing and qualification plans, analyze electrochemical data, optimize cell performance through experiments, and collaborate with suppliers and battery system engineers. Lead failure investigations, root-cause analysis, manufacturing readiness, and battery integration activities. Document technical risks and recommendations while supporting supplier visits, audits, and qualification work requiring up to 15% travel.

Lead end-to-end mechanical engineering for next-generation biometric wearable products, from concept through manufacturing release. Own system-level design, analysis, validation, documentation, supplier coordination, DFM, root-cause analysis, and production readiness. Develop SolidWorks models, drawings, BOMs, and ECOs; manage verification and validation testing; collaborate with contract manufacturers and cross-functional teams; and mentor junior engineers. Travel internationally up to 20% and work from the Boston office.