Key Takeaways
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Robotics engineering spans software, hardware, AI, and control systems, with distinct specializations that each require a different technical foundation.
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Mid-level robotics engineers in the United States earn between $120k and $195k in base salary, with senior roles at top companies exceeding $200k;
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ROS 2, Python, and C++ are the three skills that appear most consistently across robotics job postings, regardless of specialization.
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You do not need a robotics-specific degree to enter the field; strong project experience and demonstrable skills carry significant weight with hiring teams.
Market Overview Cards
Robotics engineering is one of the most rapidly growing sectors within technology today. The coming together of artificial intelligence, computer vision, and hardware advancements has given rise to a completely new set of engineering jobs that did not even exist ten years ago. Regardless of whether you are working on the software behind the robot, its vision capabilities, or its movement, robotics provides challenging and highly paid job opportunities.
This webpage details what robotics jobs entail, how much they pay, what skills they require, and where to find the right job based on your skillset.
What Is Robotics Engineering?
Robotics engineering is the field of study involved in the designing, construction, and programming of devices that can interact with the world and take action based on sensory information. This field utilizes principles from the fields of mechanical engineering, electrical engineering, computer science, and artificial intelligence. Contemporary robotics engineering is becoming more AI-dependent; robots that were previously programmed for certain tasks can now be adaptive.
Research communities including the University of Edinburgh's Robotics and Autonomous Systems group have contributed foundational work on how robots perceive and act in the world. For engineers new to the field, our guide on what Physical AI is and how it works covers the technical foundations of modern robotics engineering.
Robotics Job Categories
| Category | What It Covers | Key Skills |
|---|---|---|
| Robotics Software Engineering | Full software stack running on robots | Python, C++, ROS 2, Linux |
| Perception Engineering | Helping robots understand what they sense | Computer vision, sensor fusion, deep learning |
| Autonomy Engineering | Decision-making and mission execution | Behavioral planning, probabilistic reasoning |
| Controls Engineering | Translating decisions into precise physical motion | Control theory, real-time C++, dynamics |
| SLAM Engineering | Localization and mapping for mobile robots | Probabilistic robotics, lidar, optimization |
| Motion Planning | Path and trajectory generation | Optimization algorithms, kinematics |
| Simulation Engineering | Building virtual environments for training and testing | Isaac Sim, Gazebo, physics modeling |
| Robot Learning Engineering | Teaching robots new behaviors through ML | RL, imitation learning, sim-to-real |
| Embedded Systems Engineering | Firmware and hardware-software interfaces | C, RTOS, CAN bus, hardware debugging |
| Mechatronics Engineering | Integration of mechanical, electrical, and software systems | CAD, electronics, embedded C |
Browse roles by category:
- Perception engineer jobs
- Autonomy engineer jobs
- Controls engineer jobs
- SLAM engineer jobs
- Motion planning engineer jobs
Role Snapshot Cards
Engineering Roles in Robotics: Salaries and Demand
| Role | Entry (US) | Mid-Level (US) | Senior (US) | Demand |
|---|---|---|---|---|
| Robotics Software Engineer | $90k -- $115k | $130k -- $175k | $185k -- $220k | Very High |
| Perception Engineer | $95k -- $120k | $135k -- $195k | $200k -- $245k | Very High |
| Autonomy Engineer | $100k -- $125k | $145k -- $200k | $210k -- $260k | Very High |
| Controls Engineer | $90k -- $115k | $125k -- $175k | $180k -- $215k | High |
| SLAM Engineer | $95k -- $120k | $135k -- $185k | $195k -- $235k | High |
| Motion Planning Engineer | $90k -- $115k | $130k -- $180k | $190k -- $225k | High |
| Simulation Engineer | $85k -- $110k | $120k -- $170k | $175k -- $210k | Growing Fast |
| Robot Learning Engineer | $100k -- $130k | $145k -- $210k | $220k -- $280k | Growing Fast |
| Embedded Systems Engineer | $85k -- $110k | $115k -- $160k | $170k -- $200k | Steady |
| Mechatronics Engineer | $80k -- $105k | $110k -- $155k | $165k -- $195k | Steady |
Based on our analysis of robotics job postings across the platform, the three roles with the highest sustained hiring volume over the past 12 months are Robotics Software Engineer, Perception Engineer & Autonomy Engineer. Together, they represent more than 55 percent of all Physical AI and robotics job listings we track. - Physical AI Jobs
For a full breakdown of compensation by role, see our guide on the highest-paying robotics careers and salary ranges.
Essential Robotics Skills
| Skill | % of Listings | Priority |
|---|---|---|
| Python | ~92% | Core |
| C++ | ~78% | Core |
| ROS 2 | ~74% | Core |
| Linux | ~68% | Core |
| Computer Vision / Deep Learning | ~61% | Specialist |
| Sensor Fusion | ~48% | Specialist |
| Simulation Tools | ~44% | Growing |
| Control Theory | ~39% | Specialist |
| SLAM / Localization | ~35% | Specialist |
| Reinforcement Learning | ~28% | Emerging |
The global robotics engineering community actively discusses tools, frameworks, and best practices at Robotics Stack Exchange, one of the most useful technical resources for engineers at any experience level. Conference proceedings from ICRA (IEEE International Conference on Robotics and Automation) represent the leading edge of research being translated into industry practice.
For a comprehensive guide to the skills employers actually look for, read our analysis of what skills you need for robotics and Physical AI careers.
Automation and AI Careers: Where Robotics Engineering Is Headed
Robotics engineering and artificial intelligence are coming together. Conventional robotics made use of pre-programmed behavior and a well-defined environment. However, modern robotics employs machine learning in order to account for the uncertainties in the real-world environment. This is giving birth to new job opportunities, elevating the skill set requirements for many of the existing jobs, and increasing salaries.
The biggest trend is the emergence of foundation models in robotics: a very large AI model that is trained on very broad data and is able to adapt to robotics tasks through fine-tuning. This is integrating software AI techniques into Physical AI, and the primary reason why ML engineers without any experience in robotics have become desirable candidates in certain robotics jobs if they gain some hardware expertise.
Udacity's Robotics Software Engineer Nanodegree is one of the more structured pathways for engineers transitioning from software into robotics. For engineers building their first physical project, GitHub's robotics topic is a useful starting point for open-source robot projects to contribute to or learn from.
We have tracked a measurable shift in robotics job requirements over the past two years. Roles that previously listed embedded C++ as the primary skill now frequently list Python and PyTorch alongside it. The ML layer is no longer optional in most robotics engineering contexts. - Physical AI Jobs
For engineers making the transition from a software background, our guide on how to move from software engineering into robotics maps out the most direct path.
Industry Sectors Hiring Robotics Engineers
| Sector | Primary Roles | Active Employers |
|---|---|---|
| Humanoid Robotics | All roles, especially Robot Learning | Figure, 1X, Agility Robotics, Apptronik |
| Autonomous Vehicles | Perception, Autonomy, SLAM | Waymo, Zoox, Motional |
| Warehouse & Logistics | Robotics SW, Perception, Controls | Boston Dynamics, Mujin, Locus Robotics |
| Industrial Manufacturing | Controls, Embedded, Mechatronics | FANUC, KUKA, ABB |
| Agricultural Robotics | Perception, Autonomy | Carbon Robotics, Burro |
| Surgical & Medical | Controls, Embedded, Computer Vision | Intuitive Surgical, Medtronic |
| Defense & Inspection | Autonomy, SLAM, Embedded | Shield AI, Sarcos, Teledyne |
Skill Demand Cards
To stay updated on which companies are actively expanding their robotics engineering teams, see our guide on which robotics companies are hiring right now.
You can also explore opportunities and connect with the robotics engineering community through Robotica Network, and browse additional listings at Physical AI and robotics jobs on Robotica Network.
Industry Application Cards
FAQs
What is a robotics engineer?
A robotics engineer designs, builds, and programs robots that can sense and act in the real world. The work can include software, AI, control systems, hardware, and firmware.
What are the highest-paying robotics jobs?
Autonomy Engineer, Robot Learning Engineer, and Perception Engineer are among the highest-paying robotics roles. Mid-level positions can pay $145k to $210k in base salary, while senior roles can exceed $220k in total compensation.
What skills do robotics engineers need?
Common skills include Python, C++, ROS 2, and Linux. Depending on the role, engineers may also need computer vision, deep learning, control theory, SLAM, optimization, or simulation tools.
Do I need a degree to work in robotics?
No. A robotics degree is not required for most engineering roles. Employers hire people from computer science, electrical engineering, mechanical engineering, and mathematics backgrounds. Practical skills and projects are important.
What is the average robotics engineer salary?
Mid-level robotics engineers in the US typically earn $120k to $195k in base salary. Entry-level roles usually start at $85k to $115k. Senior and staff roles can reach $200k to $260k in total compensation.
Can software engineers switch to robotics?
Yes. Software engineers can move into robotics by learning ROS 2, building robotics projects, and gaining experience with simulation tools. These skills can help them qualify for robotics software, simulation, and robot learning roles.