About the job
Join Our Team as a Systems Engineer (Various Levels Available)
Location: South San Francisco, California, USA
About Zipline
Are you ready to make a meaningful impact? At Zipline, we are committed to revolutionizing logistics and delivery systems to tackle the globe's most pressing access challenges. Our mission is to create an instant delivery network that serves everyone, everywhere. From supporting Rwanda's blood delivery network to distributing COVID-19 vaccines in Ghana and facilitating on-demand deliveries for Walmart, our technology is reshaping logistics for businesses, governments, and consumers alike. With innovations in robotics and autonomy, we are not just improving delivery; we are also reducing carbon footprints, alleviating traffic congestion, and enhancing air quality while ensuring equitable access to essential goods across the globe.
Your Role and Responsibilities
We are searching for a Senior Systems Engineer to enhance our team, someone with a proven track record in the development, testing, and deployment of complex electromechanical systems in critical safety environments. Do you excel in navigating the multifaceted aspects of intricate programs? Are you passionate about solving vital business challenges with autonomy and accountability? At Zipline, our systems directly impact patient care, so there’s no room for error. If you aspire to be a leader in engineering, driving our ambitious objectives to scale operations, enhance reliability, and elevate customer experience, we want to hear from you!
Founded by engineers with a vision to improve the world, Zipline is expanding globally. We seek a dedicated individual eager to elevate our Systems Engineering practices. Your expertise and leadership will play a crucial role in saving lives every day.
Key Responsibilities
- Act as a trusted technical authority in deploying high-reliability autonomous systems in safety-critical settings, overseeing requirements, metrics, test coverage, and validation processes to ensure the deployment of safe and robust systems.
- Define, decompose, and trace system and subsystem requirements.
- Establish interfaces and facilitate interdisciplinary discussions to align on budgeting and resource allocation.
