Robotics Jobs

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Fixed-Price - Intermediate ($$) - Est. Budget: $10 - Posted
A source file "prob.cpp" and two videos "zoomvideo.avi" and "lightvideo.avi" have been provided. Using the prob.cpp as a starting point, first change the variables "string zoomvideo" and "string lightvideo" to match where the videos can be found on your PC. Then, modify the functions "Point zoomfunc(Mat input)" and "Point lightfunc(Mat input)" so that given an input image, return where the center of the green ball is located in the image. The zoomfunc takes the zoomvideo as input, while the lightfunc will take the lightvideo as input, frame by frame. The program will give a performance evaluation printed to the terminal. The performance is based on for a given video frame, if the guessed point is within 70 pixels of the actual ball center, then count it as correct. MAKE SURE THE QUALITY OF THE REPORT IS AMAZING, this is how this is going to be judged An example report format might contain the following sections: Title, name, date Performance Report (screenshot) Discussion or comments Pictures Source code
Skills: Robotics C OpenCV
Fixed-Price - Expert ($$$) - Est. Budget: $2,000 - Posted
We are looking for app developers and programmers who can create an app that syncs to a personal mobility device that has already been designed ( mechanics and electronics), and also program the device to go beyond the basic functions. The device has sensors, motors, Raspberry Pi, all interconnected, and able to perform the basic movement capabilities... what we need is a programmer to be able to program the raspberry to provide for auto pilot, GPS navigation, object detection, pressure sensors control motors/ app control over motors, speed etc utilizing the existing architecture, but open to adding more sensors if needed.
Skills: Robotics Arduino GPS Development Mechatronics
Hourly - Intermediate ($$) - Est. Time: 1 to 3 months, 10-30 hrs/week - Posted
We are looking for a Mechanical Engineer preferable but not limiting, with knowledge in mechatronics or robotics, experience working with robotic arms and controlling them or just good knowledge in MATLAB and Simulink. ... We need an Inverse Kinematic program in Simulink, no programming involved, just the mathematical program for controlling robotic arms with force feedback for 6 DOF robotic arms. The arms are UR-10 and the control device is an Geomagic Omni.
Skills: Robotics MATLAB Simulink
Hourly - Expert ($$$) - Est. Time: Less than 1 week, Less than 10 hrs/week - Posted
1. The project deliverable is a 3D file of a modified electric trike (3 wheel bike). 2. You may work from an existing design Ex. https://grabcad.com/library/recumbent-trike-2 3. The trike will only need to carry cargo. No human on board. Meaning there is no need for pedals or a seat etc - because there is no human on board. 4. The frame modifications will include placements / mounts for several sensors (3D files / detailed dimensions will be provided for the sensors). Note: Steering and braking will be controlled by servo motors and a laptop. However this job does not require you to deal with the servos. It is absolutely a plus if you can (please let me know). However this posting is for step 1 - to get a modified 3D trike frame. Step 2 will be adding the servo motors to control steering and braking. Step 2 of the design will include a rear-wheel hub motor and a battery / BMS (battery management system). Please see the link below for project details. If the project is something that works for you lets chat. https://docs.google.com/presentation/d/1kPIc8Gk3b7p1ue5919Lj6qYWKqk-UyBowVlb1UoS8w4/edit?usp=sharing Michael ------ Update1: adding some useful notes below... Modifications to an existing trike design would include... 1. Place for cargo 2. Confirming turning radius meets the requirement (2 meters - better is a plus) 3. Ground clearance - 12.5 - 20 centimeters (from ground level to frame - higher end of the range is a plus) 4. Frame mounts: lidar (Ex. pole), battery (Ex. flat plate), front and back GPS antennas and small box (Ex. plate), motor controller (Ex. plate), power converters (Ex. plate), laptop (Ex. plate), Arduino (Ex. plate) 5. Frame length (~120 cm) *6. Nice to have, but if complex skip it: Sonic sensors mount (there are 3 sensors in front and 3 in rear) Overview: removing human components (pedal, seat, steering arms, etc), the lidar can be mounted on a pole or other design), one large / several small plates depending on what works best, I think we only need a light rear suspension (so removing front suspension if the starting model had it), making sure the overall frame length and width were provided a stable design, making sure the turning radius is acceptable.
Skills: Robotics 3D Modeling Industrial design Industrial Engineering
Fixed-Price - Expert ($$$) - Est. Budget: $150 - Posted
To create a multiple choice questions test on Robotics, a branch of mechanical engineering, electrical engineering and computer science that deals with the design, construction, operation, and application of robots, as well as computer systems for their control, sensory feedback, and information processing. ... To create a multiple choice questions test on Robotics, a branch of mechanical engineering, electrical engineering and computer science that deals with the design, construction, operation, and application of robots, as well as computer systems for their control, sensory feedback, and information processing.
Skills: Robotics Computer Engineering Electrical engineering Mechanical Engineering
Hourly - Intermediate ($$) - Est. Time: More than 6 months, Less than 10 hrs/week - Posted
Our client is a well-funded, global, “stealth” startup, developing next generation cloud-based robotics and AI solutions for enterprises. While we can’t tell you too much about what we’re inventing, we can say that we have a team of incredible people from Apple, Samsung, Cisco, and Baidu helping us create truly innovative robotics and AI technologies. ... While we can’t tell you too much about what we’re inventing, we can say that we have a team of incredible people from Apple, Samsung, Cisco, and Baidu helping us create truly innovative robotics and AI technologies. And, with a stellar team of leaders, investors and advisors in place, we’re already getting traction with potential customers. ... We genuinely value and respect transparency, curiosity and diversity - if those values are important to you (and if you really like cool robotics technology), you should be talking to us. Chief Robotics and AI Architect POSITION SUMMARY Chief Robotics and AI Architect will be based in our Santa Clara office, but will work closely with our engineering team in Asia to research, architect, prototype and develop creative cloud-based software for our suite of robotics products.
Skills: Robotics Computer vision Machine learning
Fixed-Price - Intermediate ($$) - Est. Budget: $250 - Posted
We need to design a small manipulator arm for a robot with 3 axis : - elbow - wrist - gripper Weight around 1kg, payload 1 to 1.5 kg. ... We would like to use this servos : http://www.crustcrawler.com/products/ProRoboticArm/ and this gripper : http://www.crustcrawler.com/products/dualgripper/index.php Your main job would be to develop assembly parts as tubes and plates in order to fix everything together and get a ready prototype, 100% ready and assembled in order give it to our electronic engineers.
Skills: Robotics Mechanical Engineering