Robotics Engineer

Designs, builds, and programmes robotic systems for manufacturing, warehousing, agriculture, and services.

Technical workAdvanced Robotics & AutomationScience & Technology35% by 2030 · 1 lakh new roles · Low automation risk~₹28L median / yr

Robotics engineers integrate mechanical design, sensing, control, and software into working systems, then commission and maintain them in real environments.\n\nIndian demand comes from automotive and electronics manufacturing, warehouse automation, defence and space, agri-robotics, and research labs.\n\nCommissioning work is unforgiving: the system either performs on the floor or it does not, which makes debugging skill central.

Outlook at a glance

  • Growth rate: 35% by 2030
  • New roles projected: 1 lakh new roles
  • Automation risk: Low
  • Typical salary band: ₹10–45 LPA

Why this career is trending

The WEF Future of Jobs 2025 report places this role in a net-growth cluster, and Indian demand is running ahead of the trained talent pool — which is why the projected growth above outpaces the wider job market.

Typical career progression

  • Entry — Junior / Analyst: ₹6–15 LPA (0–2 yrs)
  • Mid — Senior Engineer / Lead: ₹18–40 LPA (3–6 yrs)
  • Senior — Principal / Architect / Head: ₹45–80 LPA+ (7+ yrs)

Is this career right for you?

Dheya's RAPD assessment maps your Relational, Analytical, Practical, and Decision patterns against this role's real demands before you commit years to preparation.

Source: Dheya Careers Atlas research desk, based on the WEF Future of Jobs 2025 report and Indian labour-market signals. Retrieved 2026-08-14.

Education path

B.Tech in mechatronics, mechanical, electronics, electrical, or computer engineering; M.Tech or research experience for design-heavy roles.

Key skills

  • Control systems
  • Embedded programming
  • ROS and simulation
  • Mechanical design
  • Sensor integration and debugging
  • ROS
  • Computer Vision
  • Embedded Systems
  • Control Theory
  • C++/Python

Entrance exams

  • JEE Main
  • JEE Advanced
  • GATE

Full role analysis for Robotics Engineer

The complete Dheya analysis — RAPD fit profile, professional interests, skills and abilities, education routes, compensation ladder, growth path, allied occupations and employers — is available to signed-in members.

  • RAPD psychometric fit, factor by factor
  • Dheya professional interest match
  • Technical skills and core abilities
  • Education routes and skill courses
  • Compensation by career stage
  • Career ladder and allied occupations

Common questions about Robotics Engineer

What qualifications do you need to become a Robotics Engineer?
B.Tech in mechatronics, mechanical, electronics, electrical, or computer engineering; M.Tech or research experience for design-heavy roles.
Which skills matter most for a Robotics Engineer?
The skills this role rewards most are Control systems, Embedded programming, ROS and simulation, Mechanical design, Sensor integration and debugging, ROS, Computer Vision, Embedded Systems. Skills can be built deliberately; a mentor helps sequence them against where you are today.
What is the typical salary for a Robotics Engineer in India?
Indicative median pay is around ₹28 lakh per year in India. Actual pay varies by city, employer, sector and experience, so treat this as a range rather than a promise.
Is Robotics Engineer a growing career?
Current outlook: 35% by 2030 · 1 lakh new roles · Low automation risk. Outlook describes direction of demand, not certainty about any one person's prospects.

Cite this Robotics Engineer page

Dheya Career Mentors. "Robotics Engineer — Dheya Careers Atlas." Updated 31 August 2026. https://dheya.com/careers-atlas/robotics-engineer-career-in-india

Canonical URL
https://dheya.com/careers-atlas/robotics-engineer-career-in-india
Publisher
Dheya Career Mentors · India
Last updated
Contact
care@dheya.com

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Robotics Engineer — Dheya Careers Atlas [Internet]. Dheya Career Mentors; 2026 Aug 31. Available from: https://dheya.com/careers-atlas/robotics-engineer-career-in-india

APA 7

Psychology, education and social-science writing

Dheya Career Mentors. (2026, August 31). Robotics Engineer — Dheya Careers Atlas. https://dheya.com/careers-atlas/robotics-engineer-career-in-india

MLA 9

Humanities and school coursework

"Robotics Engineer — Dheya Careers Atlas." Dheya Career Mentors, 31 August 2026, https://dheya.com/careers-atlas/robotics-engineer-career-in-india

Chicago

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"Robotics Engineer — Dheya Careers Atlas." Dheya Career Mentors. Last modified 31 August 2026. https://dheya.com/careers-atlas/robotics-engineer-career-in-india.

BibTeX

LaTeX bibliographies

@online{dheyacareermentors2026robotics,
  author = {{Dheya Career Mentors}},
  title = {Robotics Engineer — Dheya Careers Atlas},
  howpublished = {\url{https://dheya.com/careers-atlas/robotics-engineer-career-in-india}},
  organization = {Dheya Career Mentors},
  year = {2026},
  url = {https://dheya.com/careers-atlas/robotics-engineer-career-in-india}
}
RIS

Zotero, Mendeley and EndNote import

TY  - ELEC
AU  - Dheya Career Mentors
TI  - Robotics Engineer — Dheya Careers Atlas
PY  - 2026
DA  - 2026/08/31
PB  - Dheya Career Mentors
UR  - https://dheya.com/careers-atlas/robotics-engineer-career-in-india
ER  - 

Quotable snippets

Exact wording we stand behind. Each snippet has its own link, so a quote can be attributed to the precise section it came from.

  1. [1] What this work islink
    Designs, builds, and programmes robotic systems for manufacturing, warehousing, agriculture, and services.
  2. [2] Education pathlink
    Education path for Robotics Engineer: B.Tech in mechatronics, mechanical, electronics, electrical, or computer engineering; M.Tech or research experience for design-heavy roles.
  3. [3] Key skillslink
    Key skills for Robotics Engineer: Control systems, Embedded programming, ROS and simulation, Mechanical design, Sensor integration and debugging, ROS, Computer Vision, Embedded Systems, Control Theory, C++/Python.
  4. [4] Salary bandlink
    In the Dheya Careers Atlas, Robotics Engineer carries a median annual salary band of roughly ₹28 lakh in India.
  5. [5] Outlooklink
    Growth outlook for Robotics Engineer in India: 35% by 2030 · 1 lakh new roles · Low automation risk.
  6. [6] What qualifications do you need to become a Robotics Engineer?link
    B.Tech in mechatronics, mechanical, electronics, electrical, or computer engineering; M.Tech or research experience for design-heavy roles.
  7. [7] Which skills matter most for a Robotics Engineer?link
    The skills this role rewards most are Control systems, Embedded programming, ROS and simulation, Mechanical design, Sensor integration and debugging, ROS, Computer Vision, Embedded Systems. Skills can be built deliberately; a mentor helps sequence them against where you are today.
  8. [8] What is the typical salary for a Robotics Engineer in India?link
    Indicative median pay is around ₹28 lakh per year in India. Actual pay varies by city, employer, sector and experience, so treat this as a range rather than a promise.
  9. [9] Is Robotics Engineer a growing career?link
    Current outlook: 35% by 2030 · 1 lakh new roles · Low automation risk. Outlook describes direction of demand, not certainty about any one person's prospects.

External sources

  1. [S1]Reference data for Robotics Engineerncs.gov.in(verified 31 August 2026)
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