Full-Stack Firmware Engineer – Device to Cloud Integration
We are currently pipelining for a Full-Stack Firmware Engineer role slated for Q2 2026. This engineer will build the end-to-end software infrastructure that moves physiologic data from a prototype wearable device into the cloud and into ML pipelines, enabling real-world feasibility demonstrations for a federally funded Phase I program.
This is a hands-on, technical role with direct responsibility for device-to-cloud integration and secure, HIPAA-aligned data handling.
Contractual Engagement: 450 hours (approx. 2.5–3 months) in the United States (Remote)
Why This Opportunity Is Different
- End-to-end ownership – Build the full stack from embedded firmware to cloud infrastructure
- Clinically relevant impact – Enable ML pipelines that produce actionable perioperative insights
- NIH-backed relevance – Support Phase I prototype-to-intelligence demonstrations
- Signal-rich challenges – BLE, mobile, and cloud integration with real-world physiologic data
- Flexible work options – Remote contract work that balances focus, collaboration, and flexibility
- Growth– Contribute to early-stage product design with potential to extend or convert to longer-term roles
What You’ll Do
- Implement data transfer workflows from device firmware (BLE) to mobile apps and cloud
- Develop secure APIs and cloud endpoints for physiologic data ingestion
- Create lightweight clinician-facing dashboards for ML-derived risk outputs
- Support firmware updates and integration of time-synchronized signals
- Implement encryption, secure storage, and HIPAA-compliant data handling
- Collaborate with ML scientists to optimize model deployment and inference workflows
What You Bring
- Prefer BS or MS in Computer Science, Electrical Engineering, or a related field
- Experience with embedded systems, BLE, mobile app integration, and cloud stacks
- Strong full-stack development skills (Python, Node, React, AWS/GCP)
- Ability to work on complex, end-to-end device-to-cloud pipelines in a research-driven environment
- Bonus: Experience integrating wearable medical devices or biosensing platforms
About: Early-stage medical device company developing a patented, skin-worn wearable that enables sleep-lab–level physiologic monitoring, with a focus on identifying undiagnosed sleep apnea before surgery. Addressing a major perioperative safety gap where a large percentage of patients undergo anesthesia with undetected sleep-related risk. Building tech that directly improves clinical decision making and patient outcomes. Small team, highly technical, mission-driven, working with wearable devices, physiologic signal processing, ML, and clinical research through federally funded programs.
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