Staff Electrical Engineer (NPI)

The Staff Electrical Engineer at WHOOP is responsible for owning the technical oversight of electrical architectures, developing specifications, managing program schedules, and overseeing the design of complex, miniaturized mixed signal electronics. This includes hands-on prototyping, debugging, and analysis, while ensuring a smooth transition from design to production. You will work closely with cross-functional teams and external partners to deliver high-quality products.

To be considered for the Staff Electrical Engineer role at WHOOP, you should hold a BS or greater in Electrical Engineering or a related field, along with at least 7 years of experience in relevant fields. Strong fundamentals in circuit design, power supply design, and digital communication protocols are essential, as is experience with schematic capture and PCB layout using tools such as Altium.

While the core requirements for the Staff Electrical Engineer role at WHOOP are clearly defined, desired experience includes developing high reliability battery-powered consumer electronics, especially in biomedical sensor technologies like ECG and PPG. Familiarity with ECAD tools such as Altium and working in a team environment are also highly valued.

The working environment at WHOOP for the Staff Electrical Engineer is collaborative and innovation-driven. You will be part of a diverse team that values inclusivity and character alongside experience. The company promotes a supportive culture where mentorship is actively encouraged, making it a great place for professional growth.

As a Staff Electrical Engineer at WHOOP, you can expect to travel up to 15% both domestically and internationally. This travel is often to meet with partners, suppliers, and contract manufacturers to ensure that production and engineering processes are aligned and functioning optimally.

To manage multiple projects effectively, I prioritize tasks based on deadlines and complexity, utilizing project management tools to track progress. I also ensure clear communication with my team and stakeholders to align expectations and schedule regular check-ins to monitor project status.

When troubleshooting circuit issues, I start by reviewing the design against the schematics to identify discrepancies. I systematically test components using multimeters and oscilloscopes, and I leverage simulation tools to replicate the problem. Documenting my process helps ensure methodical problem-solving.

In my previous roles, I extensively used Altium for PCB design, from schematic capture to layout. I’m proficient in optimizing designs for manufacturability and performance, ensuring that all specifications and regulatory requirements are met before passing the design to fabrication.

I believe in hands-on mentoring, where I guide less experienced engineers through real-world challenges. Regular one-on-one meetings provide a platform for sharing insights and discussing development paths. Encouraging open communication and feedback helps foster their growth and confidence in their abilities.

To ensure compliance with regulatory standards, I stay updated on relevant regulations and incorporate them into the design phase from the start. I maintain documentation and develop verification and validation plans that are seamlessly integrated into the development process, ensuring that all products meet the necessary standards.

In a previous project, we faced unexpected delays in sourcing high-quality components. To address this, I communicated transparently with suppliers, negotiated timelines, and identified alternative components that met our performance criteria. Flexibility and collaboration with my team allowed us to successfully meet our deadlines.

My approach involves rapid prototyping using available lab equipment, building early models to visualize designs. I employ standard testing techniques and iterate based on the feedback received, documenting results to refine our prototypes and ensure they align with performance goals.

I stay updated through various channels, such as industry conferences, webinars, and professional journals. Networking with other professionals helps me exchange knowledge about new technologies and trends. Engaging in continuous learning programs also keeps my skills sharp and relevant.

I have significant experience collaborating with manufacturing teams to ensure designs are optimized for production. I actively participate in selecting suppliers, qualifying components, and developing functional tests to verify that the manufactured products meet designed specifications and quality benchmarks.

Managing the transition from prototype to mass production involves thorough planning and coordination with manufacturing teams. I develop detailed documentation and process guidelines, ensure rigorous testing before scaling up, and provide support in setting up automation for efficient production.