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Robotics Handbook
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  • Welcome
    • Authors Note
  • Computer Aided Designs and Simulations
    • Computer Aided Design and Simulations
    • 3D Modelling CAD
      • SolidWorks
    • Simulations
    • PCB Design
  • ROS (Advanced)
    • ROS
    • ROS
      • Concepts and Packages
      • Manual and Quick Setup
    • Some Important packages
  • Hardware
    • Design Processes
      • Materials Selection
      • Build and Prototyping
      • 3D Printing and Machining
    • Fabrication Parts
  • Common Mechanisms
    • Wheels and Drives
    • Power Transmission
  • Career Paths & Research Opportunities
    • Career in Robotics
    • Job Roles In Robotics
    • Conferences and Journals
  • Companies Hiring for Robotics
  • Leading Institutes
  • Mathematical and Programming Foundations
    • Linear Algebra for Robotics
    • Calculus
  • Programming for Robotics
    • Common Languages
    • Algorithms
    • Digital Twin
  • Embedded Systems for Robotics
    • Embedded Systems
    • Microcontrollers
      • Microcontrollers (Advanced Theory)
      • Choosing a Microcontroller
    • Sensors and Actuators
      • Sensors for Robotics
      • Actuators for Robotics
    • Communication
      • Communication Protocols
    • RTOS
    • Power Systems
      • Battery Charging and Storage Best Practices
  • ML and Perception
    • ML and Perception
    • Reinforcement Learning
    • Cameras, Depth Sensors and LiDAR
    • Image Processing Basics (OpenCV)
    • Object Detection and Tracking
    • Example of a Vision Pipeline
  • Mobile Robotics
    • Mobile Robotics
    • SLAM and Navigation
    • Robot Kinematics and Dynamics
      • Some Kinematic Models
    • Trajectory Planning
    • AMR's and AGV's
    • MH633 : Mobile Robotics
      • Geometric Foundations
      • Kinematics
  • Frontiers and Emerging Fields
    • Frontiers and Emerging Fields
    • Humanoids
    • Autonomous Navigation
    • Bio-inspired and Soft Robotics
    • Space Robotics
    • Cobots
    • Edge Robotics
    • Medical Robotics
  • Drones, Rocketry and Aviation
    • Drones
      • Drone Anatomy
    • Rocketry
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  • Robotics Career Paths: Roles, Scope, and Earning Potential
  • Robotics Career Salaries in the United States (US Market)
  • Robotics Career Salaries in India (Indian Market)
  1. Career Paths & Research Opportunities

Job Roles In Robotics

PreviousCareer in RoboticsNextConferences and Journals

Last updated 17 hours ago

Robotics Career Paths: Roles, Scope, and Earning Potential

Robotics is a multidisciplinary field offering a diverse range of career opportunities for individuals with varied skill sets. From designing and building robots to developing the AI that powers them and bringing these innovations to market, there's a role for many talents. This guide provides an overview of common career paths in robotics, their typical scope and industries, along with salary expectations in both the US and India, reflecting ground realities in each market.


Robotics Career Salaries in the United States (US Market)

This table reflects average salary data observed in the United States.

Role Title
Scope
Industries

Robotics Engineer

Design, build, test, and maintain robotic systems and frameworks.

Manufacturing, healthcare, aerospace, defense, research.

Robotics Technician

Assembly, installation, maintenance, troubleshooting, and repair of robots.

Manufacturing, logistics, automation services.

Mechanical Engineer (Robotics)

Structural design, mechanism design, thermal and mechanical analysis for robots.

Manufacturing, automotive, robotics R&D, aerospace.

Software Engineer (Robotics)

Develop software and algorithms that control robotic behavior, perception, navigation, AI integration.

Tech companies, automation, AI/ML startups, research, robotics firms.

Hardware Engineer (Robotics)

Design and test robot hardware: PCBs, processors, sensors, controllers, embedded systems.

Embedded systems, electronics, robotics labs, IoT, tech (e.g., Amazon).

Machine Learning / AI Engineer (Robotics)

Develop algorithms for robot autonomy, perception (computer vision), decision-making, learning.

Defense, autonomous vehicles, research, AI startups, tech.

Automation Engineer

Design, program, simulate, and test automated machinery, often integrating robotic solutions.

Automotive, packaging, electronics, food & beverage, pharma.

Design Engineer (Robotics)

Visual/functional design, CAD modeling, simulation, HRI aspects, ergonomics.

Industrial design, consumer robotics, R&D.

Sales Engineer (Robotics)

Technical sales, client bridging, product demos, solution consulting for robotic systems.

B2B robotics companies, automation vendors, tech distributors.

Aerospace Engineer (Robotics/UAV)

Design UAVs, drones, robotic systems for aircraft/spacecraft, satellite robotics.

Aerospace, defense, space exploration, drone manufacturers.

Computer Scientist (Robotics Research)

Develop core algorithms for perception, planning, control, data processing, real-time computing.

Research institutions, AI firms, autonomous technology R&D.

US Salary Sources: Built In , Indeed , Payscale , Salary.com , 6figr , Levels.fyi , DataCamp . General figures are used when robotics-specific is an average of broader roles.


Robotics Career Salaries in India (Indian Market)

This table reflects salary data observed in India, highlighting the typical ranges and averages based on local market conditions.

Role Title
Scope
Industries

Robotics Engineer

Design, build, test, and maintain robotic systems and frameworks.

Manufacturing, healthcare, aerospace, defense, research.

Robotics Technician

Assembly, installation, maintenance, troubleshooting, and repair of robots.

Manufacturing, logistics, automation services.

Mechanical Engineer (Robotics)

Structural design, mechanism design, thermal and mechanical analysis for robots.

Manufacturing, automotive, robotics R&D, aerospace.

Software Engineer (Robotics)

Develop software and algorithms that control robotic behavior, perception, navigation, AI integration.

Tech companies, automation, AI/ML startups, research, robotics firms.

Hardware Engineer (Robotics)

Design and test robot hardware: PCBs, processors, sensors, controllers, embedded systems.

Embedded systems, electronics, robotics labs, IoT, tech.

Machine Learning / AI Engineer (Robotics)

Develop algorithms for robot autonomy, perception (computer vision), decision-making, learning.

Defense, autonomous vehicles, research, AI startups, tech.

Automation Engineer

Design, program, simulate, and test automated machinery, often integrating robotic solutions.

Automotive, packaging, electronics, food & beverage, pharma.

Design Engineer (Robotics)

Visual/functional design, CAD modeling, simulation, HRI aspects, ergonomics.

Industrial design, consumer robotics, R&D.

Sales Engineer (Robotics)

Technical sales, client bridging, product demos, solution consulting for robotic systems.

B2B robotics companies, automation vendors, tech distributors.

Aerospace Engineer (Robotics/UAV)

Design UAVs, drones, robotic systems for aircraft/spacecraft, satellite robotics.

Aerospace, defense, space exploration, drone manufacturers.

Computer Scientist (Robotics Research)

Develop core algorithms for perception, planning, control, data processing, real-time computing.

Research institutions, AI firms, autonomous technology R&D.

India Salary Sources: 6figr , WorldSalaries , Shiksha , Upgrad , Indeed , Payscale , TimesPro . Data from various sources can show different averages due to methodology and sample size.

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