Robotics Engineer in Advanced Manufacturing
You build the machines that build everything else.
Entry Pay
$80K–$115K
total comp
Hours / Week
~48
on average
Remote
Hybrid
flexibility
Specializations
5
paths to choose
Overview
Employers
Sector Vibe
Modern manufacturing is nothing like the factory floor of decades past. Advanced manufacturers use robotics, automation, simulation, and data analytics to build everything from electric vehicles to medical devices to aerospace components. Engineers in this sector design the systems, processes, and machines that make physical production efficient, safe, and scalable.
Day in the Life
Career Ladder
Career Levels
Entry-Level / Junior Robotics Engineer
- →Maintaining and troubleshooting existing robot programs
- →Writing robot code under supervision using teach pendants and offline programming tools
- →Supporting integration projects led by senior engineers
- →Documenting robot programs, safety procedures, and maintenance logs
- →Learning machine safety standards (ISO 10218, ANSI/RIA R15.06)
Mid-Level Robotics Engineer
- →Owning robot integration projects end-to-end from design to commissioning
- →Selecting robots, end-of-arm tooling, and vision systems for new applications
- →Writing and debugging complex robot programs including force control and vision-guided routines
- →Collaborating with mechanical and electrical engineers on cell design
- →Training technicians and operators on robot systems
Senior Robotics Engineer
- →Leading multi-robot system architecture and integration strategy
- →Mentoring junior engineers and reviewing designs
- →Evaluating new robotics technologies and building business cases for investment
- →Working with plant leadership on automation roadmaps
- →Leading safety risk assessments for robotic cells
Staff / Principal Engineer
- →Setting technical direction for robotics across an entire facility or business unit
- →Building standards and best practices adopted company-wide
- →Partnering with executives on capital investment strategy
- →Representing the company in industry standards bodies
- →Evaluating and selecting robotics platform vendors
Engineering Manager
- →Managing a team of 5-15 robotics and automation engineers
- →Owning project timelines, budgets, and engineering headcount
- →Hiring, mentoring, and performance-managing engineers
- →Communicating technical progress to plant and executive leadership
- →Driving a culture of safety and continuous improvement
Specializations
Industrial Robot Programming
3-5Deep expertise in one or more robot brands (FANUC, ABB, KUKA, Yaskawa) and offline programming tools like RobotStudio or ROBOGUIDE. You're the person who can program any motion profile from scratch and tune it to run at 110% rated speed.
↑ 10-20%
Computer Vision & Perception
3-6Integrating 2D and 3D camera systems to let robots see and adapt to variation — finding defects, picking randomly oriented parts, and verifying assembly quality in real time.
↑ 20-35%
Controls Engineering
3-5Designing and programming the PLCs, servo drives, and safety systems that coordinate robots with conveyors, fixtures, and other machinery into a complete automated system.
↑ 15-25%
Human-Robot Collaboration (HRC)
4-7Designing cobotic systems where humans and robots share workspace safely. Increasingly in demand as collaborative robots (cobots) from Universal Robots and others enter factories.
↑ 15-25%
Robot Simulation & Digital Twin
4-7Building virtual replicas of robot cells in simulation software so you can program, test, and optimize everything before touching physical hardware. Huge time and money saver.
↑ 20-30%
Exit Opportunities
Compensation
📍 Location: Michigan, Ohio, South Carolina, and Texas are top manufacturing hubs. Detroit-area automotive pays well. West Coast tech-adjacent manufacturing (Tesla, Apple suppliers) pays 15-30% more. Starting salaries vary widely — Boeing or Toyota in a lower cost-of-living area vs. a Bay Area startup can differ by $40K.
Source: BLS, LinkedIn Salary, Levels.fyi 2024 · 2024
Education
Best Majors
Alternative Majors
Key Courses to Take
Top Programs
Carnegie Mellon University
MS/PhDRobotics Institute (MS/PhD)
World's top robotics research program. Highly competitive. Strong industry placement at top robotics companies.
University of Michigan
BS/MSMechanical Engineering / Robotics MS
Strong automotive and manufacturing industry connections. Excellent for industrial robotics career paths.
Georgia Tech
MSRobotics MS (OMSCS or on-campus)
Strong manufacturing and industrial focus. OMSCS version is affordable and online-friendly.
Worcester Polytechnic Institute (WPI)
BSRobotics Engineering BS
Offers one of the first dedicated BS in Robotics Engineering in the US. Excellent co-op program.
University of California, Berkeley
BSMechanical Engineering / EECS BS
Strong research access. Close to Bay Area robotics startup ecosystem.
A BS gets you hired in manufacturing robotics. An MS opens doors to more research-heavy roles, faster advancement, and higher starting salaries (typically $15-25K more). A PhD is mostly for academic or national lab paths — not required in industry.
School to Career
The stuff you're learning right now directly applies to this career — often in ways your teacher hasn't mentioned.
Courses That Matter
AP Physics C: Mechanics & E&M
This is the foundation everything else rests on. Robot arms are pure applied mechanics — torque, angular momentum, force analysis. When you understand why a motor stalls or why a robot arm vibrates at certain speeds, you're applying Physics C concepts directly. E&M gives you the intuition for how motors and sensors actually work.
AP Calculus BC
Control systems — the math that makes robots move smoothly instead of jerking around — are built on differential equations and integrals. PID controllers (used in every industrial robot) are literally Proportional-Integral-Derivative: three calculus operations. You will use calculus every week of this career.
AP Computer Science A
Modern robots run on code. You'll write programs in proprietary robot languages (which are basically simplified C/Java), Python scripts for automation, and eventually C++ for real-time control. The logic, loops, conditionals, and debugging skills from CS A transfer directly to robot programming.
Engineering / CAD / Technology
If your school offers any CAD, engineering design, or technology class, take it. Robotics engineers design physical fixtures, end-of-arm tooling, and mechanical structures in software like SolidWorks before they ever get built. Hands-on design experience at any level puts you ahead of peers who only know theory.
AP Statistics
Manufacturing quality is measured statistically — process capability, defect rates, measurement system analysis. When your robot's weld positions drift, you need statistics to tell if it's a real problem or normal variation. Six Sigma (a key manufacturing methodology) is entirely statistical.
Extracurriculars That Count
FIRST Robotics Competition (FRC) or FIRST Tech Challenge (FTC)
This is the single best thing you can do. You design, build, wire, and program a robot under time pressure, then compete against other teams. You'll use CAD, write robot code, troubleshoot electrical problems, and experience the exact cycle of manufacturing robotics work — in high school. Colleges notice FRC and employers love it.
Engineering Club / Maker Club
Any hands-on building experience — 3D printing, laser cutting, basic electronics, Arduino projects — builds the intuition that turns a good engineer into a great one. The ability to actually make things is rarer than it should be among engineering graduates.
3D Printing & CAD Projects
Learn SolidWorks or Fusion 360 and design something real, then print it. This shows you can turn ideas into physical objects — which is exactly what robotics engineers do. Even simple projects (a custom phone mount, a robot gripper design) demonstrate mechanical intuition.
“If you ever lost track of time building with LEGO Technic, fixing a broken appliance to see how it worked, or got obsessed making a project actually function instead of just look good — this career is made for you.”
Who Got Here Before You
Rodney Brooks
Co-founder of iRobot & Rethink Robotics, MIT Professor Emeritus
Pioneered behavior-based robotics and brought robots out of factories and into homes (Roomba). Founded Rethink Robotics to build Baxter, one of the first collaborative robots designed to work safely alongside humans. Challenged the dominant AI paradigm of his era with a 'build it and see if it works' philosophy.
Yoky Matsuoka
Robotics Pioneer, MacArthur Fellow, former VP at Google and Apple
One of the world's leading robotics researchers, her work on neurobotics — building robot limbs that mimic how human hands work — has influenced prosthetics and manufacturing robots alike. The first woman to win the MacArthur 'Genius Grant' in computer science and robotics. Proof that robotics opens doors in every industry.
Marc Raibert
Founder & Chairman of Boston Dynamics
Built the robots that made the world realize machines could actually move like animals. Spot, Atlas, Handle — the legged robots that went viral doing parkour and backflips — all trace back to Raibert's lab at MIT in the 1980s. He spent 30+ years working on a problem most people thought was impossible before it looked inevitable.
Where This Can Take You
Where This Career Can Take You
Mechanical Engineer in Aerospace
Your mechanical design and systems integration skills transfer well. Aerospace primes (Boeing, Lockheed, SpaceX) use robotic drilling, assembly, and inspection extensively. Expect a learning curve on aerospace materials and regulatory frameworks (AS9100), but your hands-on background is valued.
Trigger: Wanting to apply mechanical and systems engineering skills to more complex, high-precision environments. Aerospace manufacturing uses many of the same automation principles but with tighter tolerances and higher stakes.
Software Engineer at a Big Tech Company
This requires deliberately building software engineering skills — strong Python or C++, data structures, algorithms, and ideally ROS expertise. Companies like Amazon Robotics and Google DeepMind hire robotics engineers who can code at software-engineer level. It's a harder pivot but a lucrative one.
Trigger: Getting deep into ROS, simulation, or robot software and realizing you love the software side more than the hardware. Big tech companies (Google, Amazon, Meta) have massive robotics software teams.