Remote Robotics Engineer

Annual Salary: $105,000

Role Summary

Take the lead in designing and building the next generation of intelligent machines as a Remote Robotics Engineer. This role offers the chance to engineer robotic systems that think, sense, and act in real-world environments, all from the flexibility of a remote workplace. If you're driven by technical challenges, eager to work on meaningful solutions, and thrive in autonomous work cultures, this opportunity aligns with your ambitions. You'll design control systems, optimize machine behavior, and build tools that redefine automation in logistics, healthcare, agriculture, and advanced manufacturing industries.

Key Responsibilities

• Architect and implement robust robotic control systems for autonomous operations
• Write embedded software in C++ and Python for real-time motion planning and execution.
• Conduct simulations using tools like Gazebo and Webots to validate system performance.
• Collaborate closely with hardware and electrical teams for seamless mechatronic integration.
• Computer vision techniques using OpenCV and TensorFlow Lite can be applied to improve navigation and object recognition.
• Debug system errors and maintain software reliability through rigorous testing protocols.
• Maintain up-to-date documentation for system configuration, dependencies, and usage.

Core Competencies and Expertise

Technical Capabilities

• Proficient in robotic middleware such as ROS and ROS2 for modular development
• Deep understanding of kinematics, dynamics, and real-time robotics computation
• Skilled in sensor fusion, using IMUs, lidar, and camera data for environmental awareness
• Able to optimize path planning and decision-making algorithms for energy and performance efficiency
• Experience with edge computing and hardware-software co-design

Engineering Disciplines

• Mechatronics design and troubleshooting
• Integration of high-level AI with low-level control
• Familiarity with communication protocols like CAN, SPI, and UART for hardware interfacing
• Use of version control and CI/CD pipelines to streamline development

Tools and Technologies Used

Programming Languages

• Python: Scripting, automation, testing
• C++: Embedded systems, real-time performance
• Bash: DevOps and system orchestration

Simulation and Prototyping

• Gazebo, Webots, RViz: Simulating robotic environments
• OpenCV: Vision processing and analysis
• TensorFlow Lite: Lightweight machine learning models for edge deployment

Development Infrastructure

• Docker: Containerized builds and testing
• Git and GitHub Actions: Version control and CI
• Linux: Primary OS for development and deployment

Remote Work Environment

Team Culture

This remote-first role is designed for professionals who operate with discipline and initiative. You’ll work within a global team communicating through asynchronous updates and regular virtual syncs. Code reviews, sprint planning, and system demos are collaborative efforts, but individual accountability is key.

Communication & Collaboration Tools

• Slack or Mattermost: Real-time communication
• Jira: Project management and sprint tracking
• Notion/Confluence: Team knowledge base and documentation
• Zoom/Google Meet: For weekly check-ins and peer reviews

Candidate Profile

Required Qualifications

• A degree in Robotics, Electrical Engineering, Computer Science, or equivalent technical field
• 3+ years of experience in a robotics engineering capacity, preferably in a remote or hybrid setting
• Proficient in implementing robotics software with a precise grasp of embedded control principles
• Hands-on experience with simulation environments and physical robot platforms
• Knowledge of localization, SLAM, and map-based navigation
• Clear written and verbal communication skills are critical for distributed team environments

Desirable Skills

• Prior involvement in deploying robotic systems in logistics, agriculture, or field robotics
• Contributions to open-source robotics projects or publications in robotics conferences
• Familiarity with Agile methodologies, sprint-based task management, and cross-time-zone coordination
• Experience working with autonomous mobile robots (AMRs) or robotic arms

Career Advancement and Impact

This position is a gateway to robotics architecture, system design, and technical management leadership roles. Your day-to-day work will shape the capabilities of robotic systems that solve real-world problems—from automated delivery to surgical precision. You’ll be encouraged to pursue patents, contribute to technical publications, and define best practices in robotics development.

Potential Career Paths

• Robotics Technical Lead
• Senior Embedded Systems Architect
• Director of Autonomous Systems
• Principal Engineer – Human-Robot Interaction

Benefits and Perks

• Competitive compensation with annual merit reviews
• Fully remote setup with flexible scheduling
• Health, dental, and mental wellness support
• Budget for work-from-home setup and upgrades
• Yearly allowance for conferences, certifications, or advanced training
• Time-off policy that supports work-life balance and family needs

Why This Role Matters

In a world moving toward automation and intelligence-driven tools, robotics is the frontier that unites software precision and mechanical capability. This role isn’t just about lines of code or circuits. It’s about crafting systems that can perceive, adapt, and perform. Your work will support next-generation technologies with real social, economic, and environmental impact. Whether it's enabling sustainable farming robots or improving medical automation, you'll build systems that touch lives at scale.

How to Apply

We invite you to apply if you're ready to design, build, and deploy robotic solutions from the comfort of your workspace. We’re looking for self-starters with a deep passion for robotics, a love of problem-solving, and the ability to stay focused and accountable in a remote environment.

Submit your application today and be part of the team that’s shaping the autonomous future.