Electronics & Robotics

Future Outlook & Growth Landscape

FY 2025

$ 0 B

FY 2030

$ 0 B

CAGR

0 %

What is Electronics & Robotics?

It’s about designing smart devices, from sensors to robots, drones, automation tools, and everything in between. You learn to control machines with code and circuits.

Build the Bots. Control the Future.

Ever dreamed of making a robot that fetches snacks? Or a drone that flies on voice commands? Electronics & Robotics is where imagination meets engineering.

Learn, Earn & Take Off

Your Path in Electronics & Robotics

What you’ll study

Circuit Design & Microcontrollers

You’ll start with the building blocks — designing electronic circuits and programming microcontrollers. These tiny chips act as the “brains” of robots and devices. Learning to combine hardware with software lets you control everything from LED lights to complex robotic arms, forming the essential foundation for all advanced robotics and automation.

Embedded Systems

Embedded systems are computers hidden inside machines — like the one in your washing machine or car’s ABS brakes. You’ll study how to design and optimise them, writing low-level code that interacts directly with hardware. This knowledge is vital for creating smart, reliable devices that respond instantly to their environment.

Sensors & Actuators

Robots “feel” through sensors and “act” through actuators. You’ll learn how to integrate these components so machines can sense temperature, distance, or motion and then respond by moving, turning, or adjusting speed. This study area is what turns robots from static machines into dynamic, interactive systems.

Robotics Programming (Arduino, Raspberry Pi)

Platforms like Arduino and Raspberry Pi allow you to bring ideas to life. You’ll write code that controls motors, processes sensor data, and automates actions. Hands-on projects — like drones or autonomous vehicles — teach problem-solving, system integration, and creativity in equal measure.

Automation & AI Integration

Finally, you’ll explore how automation and AI combine with robotics. From factory robots that assemble cars to drones guided by AI vision, you’ll study how to make systems intelligent and adaptive. This is the frontier where coding, mechanics, and electronics merge to create machines that learn and evolve.

Career Options

Robotics Engineer

Designs, builds, and tests robots for industries ranging from manufacturing to healthcare. Engineers here create machines that can weld, assemble, or even perform surgeries with precision.

Embedded Systems Designer

Specialises in programming microcontrollers and designing the electronic “nervous systems” of robots, drones, and smart gadgets.

IoT Developer

Combines robotics with connected systems. These professionals design solutions where machines communicate with each other over the internet, powering smart homes, factories, and cities.

Hardware Engineer

Focuses on the physical design of robotic components — circuits, boards, and processors that bring robots to life.

Automation Specialist

Works on streamlining industrial processes with robotic systems. They improve efficiency, reduce errors, and allow industries to produce at scale.

Where you can work

Robotics Labs

Research labs where you’ll experiment with prototypes, test automation, and develop innovative robotic systems.

Tech Manufacturing Firms

Companies producing electronics, appliances, or vehicles rely on robotics for production and quality control.

Space & Defense R&D

Organisations like ISRO, DRDO, and NASA invest in robotics for exploration, surveillance, and mission-critical operations.

Smart Home & Wearable Tech Companies

Firms like Dyson, Fitbit, and Amazon develop consumer-friendly robots and devices that blend into daily life.

Eligibility

You’ll need Class 12 / HSC / IBDP / IBCP (or equivalent) with Physics, Chemistry, and Mathematics. A strong interest in gadgets, coding, and practical tinkering is essential. If you’ve ever dreamed of building a drone, experimenting with Arduino kits, or imagining the next Iron Man suit, this field offers both creativity and real-world engineering impact.

Emerging Roles

Drone Designer

Focuses on creating drones for industries like logistics, agriculture, and defense. This role combines aerodynamics, electronics, and AI.

Robotics AI Trainer

Specialises in training robots with AI models, enabling them to recognise images, voices, or actions and improve over time.

Human–Robot Interaction Expert

Studies and designs how humans interact with machines — ensuring robots are safe, intuitive, and useful in real-world contexts like hospitals, schools, or homes.

Key Skills for the Future

Technical Skills

Expertise in embedded systems, microcontrollers, and circuit design, along with knowledge of robotics hardware and VLSI design. These are core to building reliable robotic systems.

AI-Specific Skills

Computer vision, image recognition, reinforcement learning, and autonomous navigation. These skills integrate intelligence into machines, making them adaptive and interactive.

Creative Skills

Design thinking for human-centred robotics, rapid prototyping, and problem-solving. Creativity ensures robots don’t just work but also add value to human life, making systems efficient, safe, and user-friendly.

Career Earnings Outlook

Entry Level

₹3–4 LPA

Junior Level

₹6–8 LPA

Mid Level

₹15–22 LPA

senior Level

₹40 LPA+

Talk To Expert jaipur.manipal.edu

Jaipur, Rajasthan

Let's Build Your Career!

Transforming confusion into growth, and decisions into unstoppable student futures.

useful links

Policy Links

Connect With us

Subscribe Now

Subscribe & Follow