Senior Manufacturing Engineer

About the role

Seasats designs and deploys unmanned surface vessels that operate at sea for months at a time. As we scale production, this role will design and build the tooling, equipment, and process controls that let us produce complex maritime systems quickly and reliably, from jigs and fixtures, to manufacturing and test equipment, to the continuous improvement work that takes a new product from prototype to full-rate production. If you’re a hands-on engineer who loves designing the tools and equipment that make production possible, and if you thrive on solving problems on the floor, this is the role for you.

At Seasats, we're passionate about delivering maritime robotics solutions to redefine the maritime industry. Our primary products are unmanned surface vessels (USVs), designed to carry sensors at sea for months at a time. Our USVs provide persistent monitoring and data acquisition to defense, scientific, and commercial customers, and have autonomously crossed both the Pacific and Atlantic oceans. After thousands of years in which the only way to gather information from the ocean was to put people on a boat, these uncrewed vessels are transforming how humanity monitors and interacts with the ocean. Here, you’ll find the space and opportunity to do your life’s best work.

Responsibilities

• Designing and fabricating jigs, fixtures, and tooling, and identifying, specifying, and implementing manufacturing and test equipment, putting process controls in place while increasing manufacturing throughput
• Collaborating with hardware, electrical, and software engineering to develop process controls and test equipment that verify functional requirements and design intent, including devising methods to screen for potential failure modes
• Providing hands-on, on-floor engineering support during builds and new product introduction, troubleshooting mechanical, electrical, and harnessing issues in real time
• Sourcing, qualifying, and coordinating with vendors on tooling, fixtures, and manufacturing/test equipment to ensure on-time, quality delivery
• Evaluating, selecting, and integrating new manufacturing technologies and automation solutions into production
• Driving continuous improvement by leading process validation activities and performing root cause analysis to resolve manufacturing discrepancies
• Supporting the transition of products from concept to prototype, pilot, and full production with speed, flexibility, scalability, and first-time quality
• Training production personnel on new tooling, equipment, and manufacturing methods you introduce