Remote Jobs at Tutor Intelligence

Candidates should possess experience 'wrenching,' such as being a mechanic or technician, and familiarity with torque specs, loctite, and mechanical feel. Experience with rapid fabrication, including 3D printing, soldering, and wiring, is preferred, particularly managing multiple 3D printers. Management experience, such as teaching others how to build things and delegating work, is also beneficial. Strong organizational skills, including generating documentation and managing inventory, are requi…

Candidates should possess a strong interest in technology and a willingness to work with robots, along with the ability to learn protocols for diagnosing and solving robot issues. Familiarity with customer support and technical troubleshooting is beneficial, and the ability to track robot performance and provide feedback to engineering is also desired.

Candidates should possess a strong interest in technology and a willingness to learn about robotics, along with the ability to troubleshoot technical issues and provide customer support. Familiarity with web-based portals and diagnostic protocols is beneficial, and the ability to work flexible shifts, including weekends, is essential.

Candidates should possess experience with optimizers such as IPOPT and SNOPT, proficiency in C++ and Python, and a strong understanding of planning and optimization techniques applied to multi-degree-of-freedom robots, including arms, quadrupeds, and autonomous vehicles. Strong software skills and research experience with robot motion, along with relevant publications, are considered beneficial.

Candidates should have experience 'wrenching,' such as being a mechanic or technician, and familiarity with torque specs, loctite, and mechanical feel. They should also possess experience with rapid fabrication, including 3D printing, soldering, and wiring, and ideally have managed multiple 3D printers. Experience managing tasks, teaching others how to build things, delegating work, and maintaining a production schedule is beneficial. Furthermore, candidates should be able to generate documentat…

Candidates should possess a Bachelor's degree in Computer Science, Robotics, or a related field, along with a strong understanding of machine learning models, particularly visual models such as SAM and DINO. They should also have strong software skills and full stack knowledge, enabling them to develop inference infrastructure, web UIs, and perform database operations, complemented by general robotics knowledge and experience.

Candidates should possess a Bachelor’s degree in Robotics, Computer Science, or a related field, with a minimum of 3 years of experience in robotics software development. Strong proficiency in Python and Linux environments is required, along with familiarity with robotics tools such as Drake, OMPL, and KLAMPT. Experience with robot arms, end effectors, and mechanical design is also desired.

Candidates should possess strong programming skills in Python, experience with software engineering tooling such as Git and Unix shell, and a collaborative nature with an interest in robotics, AI, solving hard problems, or improving the future of humanity. Experience building web applications with React, background or interest in ML or robotics, and experience leading teams and projects are considered nice to have.

Candidates should possess strong Linux experience, demonstrate proficiency in setting up cloud infrastructure, and exhibit robust networking skills, both cloud and on-prem. Basic knowledge of power systems and experience with PLC and automation equipment are considered beneficial, as is robotics hardware experience.

Candidates should possess knowledge of robotics concepts such as Kinematics, Dynamics, Planning, and SLAM, along with experience programming in Python and strong communication skills. They should also have experience with version control software like Git, and strong analytical skills, with a bonus for experience in robot hardware, DevOps, or networking, and the ability to travel domestically.

Candidates should be able to travel more than 75% of the time, possess strong organizational skills, demonstrate effective communication abilities, and be capable of lifting up to 80 pounds. Technician experience, a driver's license, and prior robotics or travelling technician experience are considered beneficial.

Candidates should possess strong Linux experience, demonstrate expertise in setting up cloud infrastructure, and exhibit robust networking skills encompassing both cloud and on-prem environments. Proficiency in Python is desired, along with a foundational understanding of power systems and experience with PLC and automation equipment, as well as robotics hardware experience.

Candidates should possess a Bachelor’s degree in Computer Science, Robotics, or a related field, and have at least 7 years of experience in robotics software development. Strong proficiency in Python and Linux is required, along with familiarity with robotics tools such as Drake, OMPL, and KLAMPT. Experience with computer vision, planning, and machine learning techniques is also desired.

Candidates should possess strong programming skills in Python, experience with software engineering tooling such as Git and Unix shell, and a collaborative nature with social skills. An interest in robotics, AI, solving hard problems, or improving the future of humanity is also desired, along with a passion for building things and getting them done.

Candidates should possess deep familiarity with Linux systems, a strong understanding of networking concepts and the Linux networking stack, and experience with managed networking hardware such as switches, routers, and firewalls. They should also be comfortable writing scripts to automate infrastructure using tools like bash or Python, and demonstrate a hacker mentality characterized by curiosity, drive, and a desire to own and improve systems.