Salus Eyewear

• Create clear and actionable user stories and product requirements for features, epics, and initiatives. • Prioritize and manage product backlogs across multiple engineering teams, aligning with the quarterly roadmap and OKRs. • Collaborate with UX/UI designers and frontend engineers to transform requirements into intuitive Figma designs. • Ensure all product acceptance criteria are met following QA, and lead the sign-off process for production releases. • Test new feature viability directly with customers, gather feedback , and iterate based on results . • Analyze product performance , user adoption, and usage data to propose improvements and enhancements . • Coordinate cross-functionally with engineering, QA, and operations to ensure seamless feature delivery and high product quality . • Support go-to-market plans in collaboration with Product Marketing and Customer Success teams.

• Lead, coach, and grow engineers across embedded firmware/software, hardware (electrical & mechanical), and adjacent teams. • Drive a high-performance team culture grounded in accountability, psychological safety, and continuous improvement. • Help lead end-to-end delivery of IoT hardware and firmware programs — from component selection and EVT/DVT through production readiness. • Serve as the engineering-side owner for contract manufacturer relationships — managing NPI handoffs, yield issues, and production quality gates. • Interface with DevOps Engineering to ensure firmware deployment pipelines, OTA update infrastructure, and device provisioning systems are production-grade. • Collaborate with AI/ML Engineering to scope and integrate on-device or edge inference capabilities into IoT platform features.

• Design and develop multi-layer PCBs (6+ layers) for embedded systems • Own schematic capture, component selection, layout review, and bring-up • Route and validate high-speed interfaces (PCIe, USB 3.x, MIPI CSI, Ethernet, etc.) • Design and debug power architectures , including: - POE/POE+/POE++ - Solar-powered systems - MPPT/battery backed designs • Work closely with firmware teams on MCU and application processor integration • Support board bring-up, validation, and manufacturing handoff • Participate in failure analysis, root-cause debugging, and iterative revisions

• Design and develop enclosures for electronic systems, including: Outdoor Camera enclosures (optical & thermal), Outdoor and industrial-grade housings (battery, solar controllers etc) • Select materials and manufacturing methods across: Aluminum, steel, stainless steel, Plastics and composites • Design for environmental durability: Dust, moisture, temperature, vibration • Collaborate closely with EE and RF teams to ensure: Thermal Performance, Antenna placement and RF transparency • Support prototyping, testing, and production handoff