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Electrical/Firmware Engineer

Early Detection Made Simple™

 

Denver, CO based BioIntelliSense, Inc., founded in 2018, is an award-winning continuous health monitoring and clinical intelligence company.  Our market acceleration and expansion are driven by world-class executive management and a dedicated team of engineers, data scientists, commercial and operational professionals, which collectively harness decades of expertise in virtual care innovations, wearable sensor development, remote connectivity solutions and successful program execution. With these distinctive capabilities and proprietary continuous Remote Patient Monitoring (cRPM) technologies, BioIntelliSense is uniquely poised to transform care delivery from in-hospital to home.

 

The FDA-cleared and award-winning BioButton® multiparameter wearables, BioHub™ gateways, BioMobile™ downloadable applications, BioCloud™ data services and the BioDashboard™ clinical intelligence system creates a comprehensive tech-enhanced solution that makes continuous monitoring reliable and scalable. Through the platform’s AI-driven analytics, clinicians have access to high-resolution vital sign trending and data-driven insights to enable earlier detection of patient deterioration and proactive intervention for better, safer care.

 

Join the BioTeam today and create a new standard of continuous care that delivers clinical value, economic benefits and operational efficiencies for providers, patients and caregivers globally! 


We are seeking a highly motivated and skilled Electrical and Firmware Development Engineer to join our growing team focused on cutting-edge medical IoT wearable devices. In this role, you will play a critical part in the full development lifecycle, from concept to production, of innovative wearable devices that improve patients' lives.


What you will be doing
  • Electrical Design:
  • Design and develop schematics and PCB layouts for wearable medical devices.
  • Component selection and sourcing, considering power consumption, size constraints, and reliability.
  • Collaborate with mechanical engineers on integration and packaging of electronics within wearable form factors.
  • Conduct design reviews and ensure adherence to medical device industry standards (e.g., IEC 60601).

  • Firmware Development:
  • Develop embedded firmware in C/C++ for microcontrollers and embedded systems within wearable devices.
  • Implement communication protocols (e.g., Bluetooth Low Energy, Wi-Fi) for data transfer and connectivity.
  • Develop drivers for various sensors and peripherals.
  • Optimize firmware for low power consumption and real-time performance.

  • Board Bring-Up and Verification:
  • Perform board bring-up activities, including debugging hardware and initial firmware loading.
  • Develop and execute test plans to verify electrical and firmware functionality.
  • Conduct hardware and firmware verification to ensure compliance with design specifications and regulatory standards.

  • Design life Cycle:
  • Support end-to-end development from concept, design, integration and end of life of devices.
  • Develop and maintain documentation in accordance with QMS and Medical Device regulations.
  • Develop content and support traceability of User Needs, Design Inputs, Design Outputs, Verifications and Validations.
  • Support Risk Analysis and FMEA creation for both hardware and software.
  • Drive testing and certifications in compliance with applicable standards.


What you need
  • Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field.
  • 4+ years of experience in electrical and firmware development for embedded systems.
  • Proven experience in designing and developing wearable devices, ideally in the medical or healthcare domain.
  • Strong understanding of analog and digital circuit design principles.
  • Proficiency in PCB design tools (e.g., Altium, Eagle).
  • Excellent C/C++ programming skills for embedded systems.
  • Experience with communication protocols such as Bluetooth Low Energy, Wi-Fi, and I2C/SPI.
  • Familiarity with real-time operating systems (RTOS) is a plus.
  • Experience with medical device regulations and standards (e.g., ISO 13485, IEC 60601) is highly desirable.
  • Strong analytical, problem-solving, and debugging skills.
  • Excellent communication and teamwork skills.


$120,000 - $150,000 a year

You'll be excited about this opportunity because you will:


- Join a fast-growing company and grow right along with us

- Work on challenging and interesting tech problems which reshape the future of healthcare

- Get the chance to work on cutting-edge technologies

- Make a large impact across the company through business deliverables and continuous innovation

- Opportunity to build solutions and organizations


Why You'll Love Working at BioIntelliSense


We are leaders - Leadership is not limited to our management team. It's something everyone at BioIntelliSense embraces and embodies.


We are doers - We believe the only way to predict the future is to build it. Creating solutions that will lead BioIntelliSense and healthcare industry is what we do.


We are learning - We're not afraid to dig in and uncover the truth, even when it's inconvenient. Everyone here is continually learning on the job.


We have great benefits - Medical/Dental/Vision/Life, disability (STD & LTD), 401(k) auto contribution program, 11 paid holidays per year, generous paid time off and a weekly lunch perk.


BioIntelliSense is proud to be an equal opportunity employer. All applicants will be considered for employment without attention to race, color, religion, sex, sexual orientation, gender identity, national origin, age, veteran, disability status or any other status protected under federal, state or local law.

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CEO of BioIntelliSense
BioIntelliSense CEO photo
James Mault, MD
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Average salary estimate

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What You Should Know About Electrical/Firmware Engineer, BioIntelliSense

If you're looking to make a tangible impact in the healthcare sector, then the Electrical/Firmware Engineer position at BioIntelliSense in Redwood City, California, might be the perfect fit for you. BioIntelliSense, a leader in continuous health monitoring, is on the hunt for a talented individual who is passionate about developing cutting-edge medical IoT wearable devices. In this exciting role, you will dive into both electrical design and firmware development, bringing innovative ideas from concept to production for our transformative BioButton® and other wearable technologies. Your expertise in designing and developing schematics and PCB layouts will be crucial, as will your proficiency with embedded firmware written in C/C++. You'll collaborate with a dynamic team of engineers to ensure that our devices not only meet the latest medical device industry standards but also perform optimally with low power consumption. A significant portion of your role will involve conducting board bring-up activities and verifying that our devices function seamlessly. At BioIntelliSense, we thrive on continuous innovation and value leadership at all levels, thus giving your contributions a platform to shine. With competitive compensation and a range of benefits, including paid time off and a supportive work environment, this opportunity is designed for someone eager to grow professionally while shaping the future of healthcare. If you’re ready to take on the challenge and contribute to a mission that improves patients' lives, then join us and become an integral part of the BioTeam!

Frequently Asked Questions (FAQs) for Electrical/Firmware Engineer Role at BioIntelliSense
What are the responsibilities of an Electrical/Firmware Engineer at BioIntelliSense?

As an Electrical/Firmware Engineer at BioIntelliSense, you will be responsible for the entire development lifecycle of innovative medical IoT wearable devices. This includes designing and developing schematics and PCB layouts, creating embedded firmware in C/C++, and ensuring the seamless integration of electrical components into wearable form factors. You will also conduct design reviews, develop test plans for hardware and firmware verification, and support risk analysis for both hardware and software.

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What qualifications are needed for the Electrical/Firmware Engineer position at BioIntelliSense?

Candidates for the Electrical/Firmware Engineer position at BioIntelliSense should have a Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field, along with at least 4 years of experience in electrical and firmware development for embedded systems. A strong understanding of analog and digital circuit design principles, proficiency in PCB design tools like Altium or Eagle, and excellent programming skills in C/C++ are also required.

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What types of projects will an Electrical/Firmware Engineer work on at BioIntelliSense?

As part of the BioIntelliSense team, an Electrical/Firmware Engineer will work on exciting projects focused on developing advanced medical IoT wearable devices. This includes engineering the high-tech BioButton® multiparameter wearables, optimizing firmware for low power consumption, and developing communication protocols for seamless data transfer. The role will combine innovative design and pragmatic development aimed at ensuring better patient care through technology.

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What is the work culture like for an Electrical/Firmware Engineer at BioIntelliSense?

The work culture at BioIntelliSense is dynamic and collaborative. They foster an environment where leadership, innovation, and continuous learning are encouraged. As an Electrical/Firmware Engineer, you will have the opportunity to contribute your ideas, work alongside talented professionals, and take part in solving complex challenges that can reshape healthcare. Teamwork and strong communication are vital to delivering impactful solutions.

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What benefits do Electrical/Firmware Engineers receive at BioIntelliSense?

At BioIntelliSense, Electrical/Firmware Engineers enjoy a comprehensive benefits package that includes medical, dental, vision, and life insurance, as well as both short-term and long-term disability coverage. Additionally, there’s a 401(k) plan with auto contributions, 11 paid holidays a year, generous paid time off, and even a weekly lunch perk, which together contribute to both work-life balance and job satisfaction.

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Common Interview Questions for Electrical/Firmware Engineer
Can you describe your experience with designing and developing wearable devices?

When answering this question, focus on specific projects where you played a key role in the design and development lifecycle. Discuss the challenges you faced, the technologies you used, and the outcomes achieved. Highlight your knowledge of industry standards and regulations pertinent to wearable medical devices.

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How do you approach firmware optimization for wearable devices?

Start by explaining your processes for evaluating firmware performance, focusing on the criteria you consider for optimization, such as memory usage, power consumption, and processing speed. Provide examples of past experiences where your optimizations led to significantly improved performance in wearable technology.

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What experience do you have with PCB design tools?

Discuss the PCB design tools you've used, such as Altium or Eagle, and elaborate on your familiarity with their features. Talk about specific projects where your skills in PCB design helped overcome challenges, ensuring the successful development of wearable devices.

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How do you ensure compliance with medical device regulations in your work?

Detail your understanding of relevant regulations like IEC 60601 and ISO 13485. Explain your approach to maintaining compliance, from initial design phases through testing and documentation. Share any experiences where you successfully navigated compliance challenges in previous projects.

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Can you provide an example of a debugging challenge you've encountered in firmware development?

Select a specific debugging scenario that showcases your problem-solving skills. Describe the steps you took to identify the issue, the tools you used to debug, and how you resolved the issue, ultimately highlighting how it improved the functionality of the device.

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What are the key considerations when selecting components for wearable medical devices?

Discuss the importance of factors such as power consumption, size constraints, reliability, and compatibility with other system components. Highlight a specific example where your component selection led to enhanced performance or lower power consumption in a wearable device.

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How do you collaborate with mechanical engineers during the device integration phase?

Emphasize the importance of clear communication and teamwork. Provide examples of previous collaborations where you worked with mechanical engineers to address challenges related to integration and packaging of electronics within wearable devices.

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What strategies do you use for effective board bring-up activities?

Detail the systematic approach you take for board bring-up, from initial testing to firmware loading. Mention specific tools and methodologies you use to ensure thorough testing and verification of functionalities during this crucial phase.

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How do you handle risk analysis and FMEA in your development process?

Explain your familiarity with risk analysis methodologies and Failure Modes and Effects Analysis (FMEA). Share an example where you played a key role in identifying potential risks during the design phase and how your proactive measures improved the overall reliability of the product.

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What excites you about working in the medical device field?

Convey your passion for technology and its potential to make a positive difference in people's lives. Share specific aspects of the medical device field that resonate with you, such as innovation, the opportunity for continuous learning, and the positive impact on patient outcomes.

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Full-time, on-site
DATE POSTED
December 26, 2024

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