Senior Hardware Engineer

As a Senior Hardware Engineer at AirGarage, your main responsibilities will include leading research and development for all hardware initiatives, designing and testing resilient hardware solutions, and collaborating closely with software teams to ensure deep integration between hardware and software products. You will also be responsible for establishing best practices and maintaining supplier relationships to ensure high-quality components at sustainable prices.

To be considered for the Senior Hardware Engineer position at AirGarage, you should have at least 5 years of engineering experience developing and deploying hardware products, extensive electronics experience including circuit design, 3D CAD skills, and familiarity with software development using Python and Bash. Additionally, a strong desire for continuous learning and a knack for solving complex problems are essential!

The Senior Hardware Engineer plays a crucial role in advancing AirGarage's mission to streamline and innovate parking operations. By designing and optimizing hardware systems that enhance the user experience for drivers, this position directly contributes to transforming underutilized parking spaces into thriving assets, ultimately supporting our goal to repurpose urban real estate effectively.

In the role of Senior Hardware Engineer at AirGarage, you'll work on an exciting range of hardware products, including license plate reading camera systems and IoT modules designed for parking garages. Your job will entail not only the initial design and testing but also continuous improvements based on real-world feedback.

At AirGarage, the work culture is dynamic and collaborative. As a Senior Hardware Engineer, you'll have the freedom to innovate while receiving support from the Director of Engineering and the software team. The atmosphere encourages growth and inclusion, ensuring that every team member is valued and their ideas are heard.

When prioritizing hardware features, I assess based on customer feedback, project goals, and resource availability. It's important to align features with business objectives and user needs while also considering technical feasibility. I prioritize collaboration with my team to ensure everyone’s insights are included.

I have over five years of experience with circuit design, from initial schematic creation to PCB layout. I excel at troubleshooting by applying systematic testing methods, identifying issues, and implementing practical solutions, which ultimately enhances product reliability.

I treat feedback from field testing as an invaluable resource. I collect and analyze user feedback systematically to identify patterns and prioritize improvements. Engaging with team discussions helps facilitate a robust development process that directly addresses real-world pain points.

I frequently use software like Fusion 360 for CAD modeling, LTSpice for circuit simulation, and various debugging tools in the Linux environment. Familiarity with these tools enables me to improve design accuracy and streamline my workflow.

In a previous role, I led a project to redesign a complex hardware system facing performance issues. I implemented a rigorous testing procedure and actively engaged my team for feedback. By breaking the project into manageable parts, we identified the root causes and successfully enhanced the system's performance.

To ensure quality in hardware production, I establish strict quality assurance protocols and continuously monitor supplier relationships. Collaborating with the manufacturing team helps maintain high standards throughout each production stage, enabling swift identification and correction of issues.

I have utilized 3D printing extensively for rapid prototyping, allowing me to create functional models quickly. This approach not only accelerates the design process but also facilitates early-stage user feedback, enabling informed decisions for final products.

Cross-functional collaboration is crucial for success in engineering projects. I ensure open communication with software engineers, designers, and other stakeholders from the outset. Regular meetings and collaborative tools enhance teamwork and keep everyone aligned on project goals.

I actively follow industry journals, forums, and attend conferences to stay current with technology trends. Engaging in online courses and discussions within professional networks also helps me learn new techniques and tools that can be beneficial for my work.

I am motivated by the challenge of creating innovative solutions that improve everyday experiences. Seeing my hardware designs come to life and positively impact users fuels my passion for engineering. I'm also driven by the opportunity for personal and professional growth in a dynamic setting.