Software Engineer at MVP Robotics
Bradford, Vermont, United States -
Full Time


Start Date

Immediate

Expiry Date

11 Apr, 26

Salary

0.0

Posted On

11 Jan, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Embedded Systems, C/C++, Linux, Python, Signal Processing, Machine Learning, Deep Learning, ROS, Global Positioning Systems, State Estimate, Autonomous Navigation, Robotics, Unmanned Vehicles

Industry

Robotics Engineering

Description
MVP Robotics Position Description Software Engineer Company Description MVP’s mission is to improve human safety and performance through applied robotics in grueling environments. MVP Robotics is a small and lean engineering company born out of Dartmouth College, based in Bradford, VT. MVP’s robotic tackling dummies have been eliminating practice injuries on the football field since 2015, from the NFL to youth football. MVP’s HEKTR robotic live-fire shooting target offers realistic, dynamic training to our nation’s warfighters. MVP Robotics continues to develop next-generation training and operational tools to overcome the challenges of tomorrow. Position Description MVP is seeking a motivated, organized, and skilled Software Engineer to develop novel capabilities and accessories for robotic systems. Required Skills & Experience: Embedded systems C/C++ Linux Python Signal Processing Machine Learning/Deep Learning ROS (preferred) Global Positioning Systems (preferred) State Estimate & Autonomous Navigation (preferred) Robotics/Unmanned Vehicles (preferred) Qualifications: Minimum Bachelor’s degree 2+ Years experience in industry (internship/co-ops considered) Effective Communicator Authorization to work in the USA Compensation Package: Competitive Salary based on candidate background and experience Location: Bradford, VT
Responsibilities
The Software Engineer will develop novel capabilities and accessories for robotic systems. This role requires a motivated and organized individual to contribute to the company's mission of improving human safety and performance through robotics.
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