Jobs at Mujin Corp

Researches emerging robotics and industrial automation technologies, evaluates competitive products and customer needs, conducts experiments and proof-of-concept studies, and analyzes technical data. Translates findings into product requirements, feature proposals, technical recommendations, and development priorities. Collaborates with product, engineering, software, systems integration, and field teams to validate solutions and improve robotic automation products.

Leads end-to-end delivery of complex software and systems programs, coordinating cross-functional engineering teams, managing requirements, milestones, risks, and stakeholder communications. Develops program plans, governance frameworks, and process improvements while aligning technical designs with strategic objectives. Requires software development or systems engineering program management experience, technical programming knowledge, and strong leadership and communication skills.

Develop and maintain near-real-time software for autonomous robot fleet management, including task assignment, multi-agent motion planning, plan execution, and hardware-software interfaces. Optimize algorithms for production scalability, deploy solutions in simulation and real-world environments, collaborate across teams, and mentor junior developers. The role requires strong C++ and Python skills, with preferred experience in ROS/ROS2, real-time systems, and multi-agent pathfinding.

Develop and maintain quality engineering processes, test automation frameworks, tooling, and simulators for industrial robotics software. The role covers unit, integration, end-to-end, performance, and hardware-in-the-loop testing across robot control, material handling, fleet services, and hardware integrations. Responsibilities include code reviews, debugging distributed systems, improving test coverage, supporting releases, diagnosing developer friction, and collaborating with cross-functional teams in simulated and real-world environments.

Design, develop, evaluate, and deploy real-time computer vision algorithms for industrial robotics. Responsibilities include object detection, recognition, pose estimation, camera calibration, 3D reconstruction, point-cloud analysis, performance testing, continuous integration, and customer-site system deployment. The role involves solving advanced technical challenges, integrating vision systems in manufacturing and warehouse environments, interacting directly with clients, and supporting rapid production problem resolution.

Submit an interest form to receive notifications when summer internship opportunities become available. No specific internship role, responsibilities, qualifications, technologies, compensation, travel, or clearance requirements are provided.

Lead end-to-end product management for warehouse execution and management solutions, including product vision, roadmaps, feature prioritization, portfolio performance, market analysis, and product positioning. Partner with engineering, R&D, sales, and operations to deliver scalable automation products. Bridge software and hardware implementation while addressing customer needs in warehouse and logistics environments.

Designs and operates multi-cloud, Kubernetes, and hybrid edge infrastructure for robotics and warehouse automation. Builds CI/CD pipelines, GitOps workflows, infrastructure automation, observability systems, and internal platform tools. Improves reliability, scalability, and deployment processes while collaborating with engineering teams. Requires strong Linux, networking, cloud, Kubernetes, Terraform, ArgoCD, and Ansible experience, plus at least five years of relevant experience.

The Electrical Controls Engineer II designs and optimizes control systems for robotic automation, ensuring hardware and software integration, compliance with safety standards, and providing support for deployed systems.

Design and scope robotic automation solutions for customers: analyze requirements, create AutoCAD layouts, estimate proposals, assess technical risks, document solutions, and manage sales opportunities while coordinating stakeholders and maintaining CRM/ERP records.

As a Senior Controls Engineer, you'll design, implement, and optimize control systems for robotics, troubleshooting and integrating hardware with software.

Design, develop, and deploy robotics system software (C++/Python) for manipulation, motion planning, and real-time control. Integrate with robot controllers and peripherals, build concurrent performance-critical systems, run CI/CD validation tests, maintain deployed systems onsite, and support customer-facing configuration and troubleshooting while collaborating across engineering teams.