Robotics Jobs
Robotics is an interdisciplinary field of study dedicated to the design, construction, operation, and use of robots. Trained expert engineers in this field use their skills to develop cutting-edge technology that help to solve industrial needs. Robotics engineers have a unique set of capabilities in leading companies that have disruptive products ranging from autonomous transportation to innovative medical devices.
Robotics Engineering requires a deep understanding of both mechanical engineering and computer science which provide the base knowledge for them to build highly complex robots. Robots are more capable than ever before and with their help humans can perform dangerous tasks like exploring space or handling hazardous materials. Robotics Engineers can do anything from designing industrial robot arms to developing algorithms for autonomous vehicles.
Today, Robotics Engineers are all the rage in technological innovation and the competition for these self-driven projects with an engineering approach is bigger than ever. Many companies are looking for expert engineers that can help build robots for a variety of applications ranging from medical assessment to business automation. With the advances in electronics and robotics, it has become easier than ever before to construct robots capable of completing complex jobs.
Here’s some projects that our expert Robotics Engineer made real:
- Developing AI-based visual navigation systems
- Designing automated robotic arms used in industrial production
- Programming self-balancing robots using raspberry pi
- Combining 3D printing and robotic technology
- Assisting with space exploration using SLAM tools
- Creating sophisticated robotic machines capable of distance measurements
Robotics Engineers must be passionate about building complex machines that can solve difficult problems. They must be creative problem solvers, analytical thinkers, comfortable with technology and algorithms, and mainly driven by a passion for making breakthroughs in robotics technology. If you're interested in hiring a Robotics Engineer, through Freelancer.com you can find freelancers from all around the globe who specialize in Robotics Engineering. Post your robotics project on Freelancer now, and connect with expert engineers available to help accomplish your robotic project's objectives today!
From 15,448 reviews, clients rate our Robotics Engineers 4.9 out of 5 stars.Hire Robotics Engineers
Robotics is an interdisciplinary field of study dedicated to the design, construction, operation, and use of robots. Trained expert engineers in this field use their skills to develop cutting-edge technology that help to solve industrial needs. Robotics engineers have a unique set of capabilities in leading companies that have disruptive products ranging from autonomous transportation to innovative medical devices.
Robotics Engineering requires a deep understanding of both mechanical engineering and computer science which provide the base knowledge for them to build highly complex robots. Robots are more capable than ever before and with their help humans can perform dangerous tasks like exploring space or handling hazardous materials. Robotics Engineers can do anything from designing industrial robot arms to developing algorithms for autonomous vehicles.
Today, Robotics Engineers are all the rage in technological innovation and the competition for these self-driven projects with an engineering approach is bigger than ever. Many companies are looking for expert engineers that can help build robots for a variety of applications ranging from medical assessment to business automation. With the advances in electronics and robotics, it has become easier than ever before to construct robots capable of completing complex jobs.
Here’s some projects that our expert Robotics Engineer made real:
- Developing AI-based visual navigation systems
- Designing automated robotic arms used in industrial production
- Programming self-balancing robots using raspberry pi
- Combining 3D printing and robotic technology
- Assisting with space exploration using SLAM tools
- Creating sophisticated robotic machines capable of distance measurements
Robotics Engineers must be passionate about building complex machines that can solve difficult problems. They must be creative problem solvers, analytical thinkers, comfortable with technology and algorithms, and mainly driven by a passion for making breakthroughs in robotics technology. If you're interested in hiring a Robotics Engineer, through Freelancer.com you can find freelancers from all around the globe who specialize in Robotics Engineering. Post your robotics project on Freelancer now, and connect with expert engineers available to help accomplish your robotic project's objectives today!
From 15,448 reviews, clients rate our Robotics Engineers 4.9 out of 5 stars.Hire Robotics Engineers
I’m expanding an ongoing AI & robotics data-collection study and need new contributors in the United States who can film short, first-person videos of everyday chores. For this round I’m specifically after footage of: • cleaning • washing dishes • organizing household items You’ll record with an iPhone 11–17 series mounted on a forehead or head strap so the camera sees exactly what you see, with both hands clearly visible in frame. A strong internet connection, the head-mount itself, and good indoor lighting are must-haves; everything else is provided, including a brief online training that shows you how to position the phone and disable audio. The work is fully remote and you decide when to shoot, making it easy to fit around a part-time...
Seeking an experienced AI/Robotics Software Engineer to develop a Language-to-Task Flow Graph Generator for industrial robot operations. The platform will transform natural language instructions into validated JSON task schemas, NetworkX-based DAGs, and downloadable visualization artifacts. Expertise in FastAPI, Python 3.12+, Pydantic v2, NetworkX, PostgreSQL, Docker, and Clean Architecture is required. Experience with industrial automation workflows, task planning, validation engines, and scalable backend systems is highly preferred. Domain-Specific Robots Relevant to This Project 1. Warehouse & Logistics Robots – Autonomous mobile robots for picking, sorting, and conveyor operations. 2. Manufacturing Assembly Robots – Industrial robotic arms performing assembly, transf...
I need a life-size humanoid robot built entirely from plastic and metal components that showcase our product at an upcoming exhibition. The figure should mirror the proportions of an adult human, stand sturdily on its own and draw visitors in with an eye-catching, brand-aligned aesthetic. Our goal is to stop foot traffic, spark conversation and make it immediately obvious that the robot is made of the same materials we use in production. When you respond, include: The finished unit must arrive one week before the exhibition for final checks, so efficient project management and clear progress updates are essential. I look forward to seeing how you can transform our product into a compelling humanoid ambassador for the brand. Must live in the UK
Project Overview SoftAge AI is recruiting participants for Project ROBO 2, an AI data collection initiative focused on capturing first-person point-of-view (egocentric) videos in home environments. The collected data will support the development of Robotics AI, Embodied AI, Human Action Understanding, and Multimodal AI systems. Compensation * $7-$25 per hour of approved recording Supported Devices Participants must use one of the following devices: * iPhone 11 or newer * Google Pixel 6 or newer * Samsung Galaxy S21+ models only Recording Requirements * The phone must be securely mounted on the forehead using a head strap. * Recordings must be captured from a first-person POV (egocentric perspective). * The camera angle should be approximately 45° downward. * Hands ...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
For my in Robotics and AI, I need a full-fledged thesis that explores how artificial intelligence can enhance smart-city services and urban governance. The work must weave together a solid academic narrative with hands-on experimentation in Python, relying on TensorFlow as the main library for model development and analysis. Your writing should move from an up-to-date literature review into well-structured case studies and end with reproducible simulation results. Along the way, every algorithm needs to be spelled out twice—first as clear pseudocode, then as thoroughly commented Python code. I will use this codebase for live demonstrations, so it must run out of the box and produce the same figures and metrics you report in the thesis. Deliverables • Complete thesis documen...
I have a nearly finished, high-fidelity digital twin of an autonomous sorting line that still needs a senior Automation / Mechatronics touch before it can be signed off for commissioning. The core bridge between the KUKA KR 180 R3500 ultra, our multi-stage conveyors and all proximity sensors is already built and running; kinematics, basic I/O mapping and initial motion programs are proven in simulation. What remains is the polish and performance work: • Optimise the existing PLC-level logic and motion sequences for smoother throughput and cycle-time reduction. • Integrate a handful of new field devices (additional sensors and a diverter gate) into both the real PLC and the twin. • Finalise sensor integration, conveyor synchronisation and precise robot path planning so that...
I'm in need of a seasoned professional with extensive experience in drone development, particularly in firmware customization using PX4 and ArduPilot. The focus of this project is on integrating specific sensors and customizing communication protocols. Key Requirements: - Deep understanding and experience with PX4 and ArduPilot firmware - Proficient in customizing firmware for sensor integration and communication protocols - Experience with integrating LIDAR and servo motor sensors Ideal Skills: - Firmware customization - Drone hardware integration - Communication protocols customization
I'm seeking a skilled CAD designer to create a detailed design for a robotic arm intended for industrial applications. The ideal candidate should have: - Expertise in CAD software (SolidWorks, AutoCAD, etc.) - Experience in designing industrial robotic systems - Understanding of mechanical engineering principles - Ability to create designs that are both functional and manufacturable The project requires: - A complete 3D model of the robotic arm - Detailed technical drawings - Design specifications for all components - Collaboration to refine the design based on feedback - BOM Experience with robotic arm functionalities like picking and placing, welding, or material handling would be a plus. Please include relevant portfolio work with your bids. Native English fluency is required.
I’m building a large-scale AI and robotics dataset and need short first-person videos of everyday chores shot with a phone strapped to your forehead. You’ll be working from Mexico, recording yourself as you clean, wash dishes, and organize household items exactly as you normally would—no acting, no narration, just natural movement and ambient sound. You’ll use an iPhone 11-17 series (any model except the 16e or 17e) mounted securely on a head strap so the camera sees what you see. Each clip must remain steady, well-lit, and free of faces, screens, or personal documents. Raw, unedited footage is what I’m after; I’ll handle trimming and anonymisation on my end. Once we agree on the exact number of scenes and file length per activity, you’ll upload ...
Saya sedang mengembangkan mainan pesawat bertenaga solar cell (2 V DC / 55 mA) dan memerlukan referensi micro motor DC ber-stall current rendah yang benar-benar bisa berputar dengan pasokan sekecil itu. Detail kebutuhan: • torsi & kecepatan tidak penting—yang utama motor mau start dan berputar stabil. • Motor DC harus kompatibel dengan ukuran solar cell yang sudah saya miliki. • Ya, harus sangat kecil; diameter dan panjang total tidak boleh melebihi motor bawaan di lampiran. Yang saya harapkan Anda kirim: 1. Daftar minimal 5 kandidat micro motor DC dari Alibaba atau marketplace global lain (AliExpress, Mouser, Digi-Key, dsb.). 2. Untuk tiap kandidat: link langsung ke produk, datasheet atau lembar spesifikasi, tegangan kerja, arus no-load dan stall, ...
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