Deployment Engineer
Collaborative Robotics- Full Time
- Junior (1 to 2 years)
Candidates must have a Bachelor's degree in mechanical engineering, mechatronics, or a related engineering discipline, along with at least 3 years of professional experience in designing and delivering production-ready mechanical systems. A multidisciplinary background is essential, enabling collaboration with software, firmware, mechanical, PCB layout, integration test, manufacturing, and deployment teams. Candidates should also possess an active clearance or be eligible to obtain one, and experience or interest in building climate tech or defense tech is preferred.
The Mechanical Engineer I will design, test, and deploy electromechanical systems to facilitate the deployment of autonomous sensor technology globally. They will raise the standard for defense technology and contribute to the design and deployment of autonomous systems. The engineer will work on diverse engineering problems, iterating on products to ensure high reliability and performance across various environments. They will also refine prototypes into production systems, ensuring high-rate and high-yield manufacturing.
Develops autonomous systems for defense technology
Picogrid develops a unified platform for autonomous systems that integrates various defense technologies, including sensors, drones, and command interfaces. This platform allows for remote control and coordination of these systems, creating a more cohesive defense operation. The company primarily serves military clients, such as the U.S. Army and the Ukrainian Ministry of Defense, and generates revenue through federal contracts, including a significant $1 billion contract with the Pentagon and a $950 million contract for its Lander sensor platform. Picogrid differentiates itself by focusing on creating an open ecosystem for defense technology suppliers, which enhances collaboration and efficiency in military operations. The company's goal is to improve defense capabilities while expanding its manufacturing operations, with a new factory set to open in 2025 to support job creation and local economies.