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As a Software Engineering Intern, you will develop control, planning, perception, and autonomy algorithms for advanced robotics, integrating software and hardware while working collaboratively on robotic systems designed for dynamic environments.
As a Mechanical Engineer at Apptronik, you will design and analyze electric actuation systems for robots, collaborating with a cross-disciplinary team to create innovative concepts. Responsibilities include detailed actuator design, prototype testing, and producing technical documentation to support robot development.
As a Product Manager for Sensing at Apptronik, you will define product features, maintain the product roadmap, and collaborate with various teams to enhance the sensing and navigation capabilities of humanoid robots. Your role includes synthesizing user feedback and supporting marketing initiatives to drive product adoption.
As a Software Engineer on the TeleOp Platform team, you will develop a Unity-based teleoperation platform for the remote piloting of humanoid robots, focusing on real-time control, video streaming, and data visualization. Collaborate with engineers and designers to ensure user-friendly interfaces while integrating sensor data and performing rigorous testing to ensure reliability and performance.
As a Field Service Engineer, you will manage the operation, maintenance, and repairs of robots and systems, ensuring high uptime. This role involves trouble-shooting, documentation, customer support, and collaboration with engineering teams to enhance designs and implementations.
The Senior Systems Engineer at Apptronik will lead cross-functional, multidisciplinary teams in developing robotic systems. Responsibilities include managing requirements, creating documentation, and coordinating technical efforts. The role emphasizes strong communication and teamwork in a fast-paced environment, aiming to deliver innovative robots that enhance human quality of life.
The Software Engineer will design and implement robust behavior architecture for autonomous robots, develop behavior authoring tools, test in simulation and hardware, and integrate components for reliable execution. Responsibilities include leading software development, collaborating with teams, and supporting product demos.
The role involves developing autonomous navigation behaviors for humanoid robots, designing algorithms for movement in semi-structured environments, and collaborating closely with various teams. Responsibilities include testing navigation behaviors, maintaining documentation, and ensuring reliable software delivery.
The Software Engineer will develop planning and control algorithms for humanoid robots, implementing them in simulation and on hardware. Responsibilities include improving locomotion and manipulation, conducting testing, and collaborating with interdisciplinary teams to enhance robot capabilities.
The Senior Software Engineer will develop and maintain controls infrastructure for robots, ensuring high-performance control and seamless integration between data and models. Responsibilities include producing real-time software, conducting rigorous testing, integrating firmware with control logic, and leading collaborative efforts to innovate robotic technology.
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