Robotics Courses
Master robotics engineering from core electronics and microcontrollers to advanced computer vision and autonomous AI navigation in live online training.
3 courses
BestsellerKnow more Robotics Foundation
BestsellerKnow more Applied Robotics and AI
Know more RPA & Intelligent Automation
About Robotics at Squarebrackets
Robotics engineering combines mechanical systems, electronics and software to build machines that sense their environment, make decisions and act in the physical world. Practitioners in this domain design autonomous mobile systems, write control algorithms, and integrate sensors with compute boards to solve complex automation problems across manufacturing, logistics and autonomous transport. Building these systems requires a solid grasp of how hardware interfaces with code, turning raw voltage signals into actionable spatial awareness.
This domain suits freshers starting from scratch, hardware hobbyists transitioning to professional software development, and software engineers looking to break into physical computing or intelligent systems. You do not need a degree in mechatronics to start, though comfort with basic programming and high school physics helps you grasp circuit behavior and kinematics faster. Whether you join live online cohorts from your desk in Berlin or Pune, the hands-on nature of the training means you wire real components and write production-grade code that executes on actual hardware simulators.
The learning path through this domain moves from bare-metal electronics to advanced artificial intelligence. You begin with the Robotics Foundation course, which teaches you electronics essentials, microcontrollers and Arduino programming to build your first working mobile robot. From there, you advance to Applied Robotics and AI to master computer vision, sensor fusion, machine learning and robot operating systems, giving your machines autonomous navigation capabilities. Finally, you can explore process automation on the software side with the RPA & Intelligent Automation course to build robust bots that handle enterprise workflows.
The job market for robotics engineers rewards practitioners who can bridge low-level hardware debugging with high-level software architecture. Roles such as robotics software engineer, perception engineer, automation specialist and embedded systems developer require strong proficiency in Python, C++ and sensor integration. Technical interviews typically test your understanding of coordinate transforms, state estimation, path planning algorithms, and how you handle sensor noise or latency in real-time control loops.
Choosing where to start depends on your current familiarity with hardware and coding. If you have never wired a circuit or programmed a microcontroller, start with the foundation course to build your hardware confidence. If you already write software and want to jump straight into computer vision, machine learning and intelligent navigation, step directly into the applied AI and robotics track.
About Robotics training at Squarebrackets
This category holds 3 programmes at beginner and intermediate level, from a 3 Months (12 Weeks) intensive up to 4 Months (16 Weeks). Each one is taught live by engineers who build production systems in the same technologies — which is the reason the syllabus tracks what teams actually run rather than what a textbook settled on three years ago.
Every programme is built around work you keep: something you can open in an interview, walk through line by line, and defend under questioning. You get the batch recordings for life, and placement support — resume review, LinkedIn optimisation, mock interviews and employer referrals — runs alongside the course rather than starting after it.
Not sure which of these fits? The free tutorials cover much of the same ground at your own pace and cost nothing, and the six questions worth asking any institute will tell you more than a comparison table will.
- Courses
- 3
- Levels
- Beginner · Intermediate
- Length
- 3 Months (12 Weeks) – 4 Months (16 Weeks)
- Mode
- Live online
Tools and technologies covered across these courses
- Arduino
- Raspberry Pi
- C/C++
- Python
- Breadboard
- Ultrasonic Sensor
- IR Sensor
- Servo Motor
- DC Motor
- Motor Driver (L298N)
- Bluetooth Module
- Tinkercad
- Fritzing
- Multimeter
- Jumper Wires
- ROS (Robot Operating System)
- OpenCV
- TensorFlow
Robotics course questions
What is the best way to start learning robotics as a beginner?
Begin with physical computing basics, microcontrollers like Arduino, and simple sensor wiring before attempting autonomous navigation. You can follow our Robotics Foundation course to build your first working hardware prototype from scratch.
Do I need strong programming skills to learn robotics?
Basic programming logic helps, but you do not need advanced software engineering experience to start. You will learn Python and C++ incrementally alongside electronics, starting with short scripts to read sensor data and control motors.
What software tools are used in professional robotics?
Engineers rely on the Robot Operating System, Gazebo for physics simulation, and Python or C++ for node communication. These tools let you test navigation algorithms and computer vision models virtually before deploying them to physical hardware.
How do I transition from building basic circuits to intelligent robots?
You need to add perception, sensor fusion, and machine learning models so your machine can make autonomous decisions. Our Applied Robotics and AI training covers computer vision, object detection, and ROS integration for smart navigation.
What career paths are available for robotics engineers?
Roles include robotics software engineer, automation specialist, and perception engineer across manufacturing, autonomous vehicles, and logistics. Interviews test your grasp of kinematics, sensor noise filtering, control loops, and low-level systems programming.
Can I learn robotics online without a physical lab?
Yes, live online cohorts use software simulators like Gazebo alongside component kits you wire at your desk. This combination lets you test complex kinematics and path planning algorithms safely before running code on actual hardware.
What background is required to join robotics engineering training?
A foundational grasp of high school physics and basic programming logic is sufficient to begin. Live online cohorts in IST guide learners across Delhi NCR and worldwide through every hardware and code concept step by step.
How many Robotics courses does Squarebrackets offer?
3 at the moment, spanning beginner and intermediate levels. They include Robotics Foundation, Applied Robotics and AI and RPA & Intelligent Automation. The catalogue changes as batches open and close, so this page reflects what is currently running.
How long does a Robotics course take?
It depends on the programme. The shortest in this category runs 3 Months (12 Weeks); the longest runs 4 Months (16 Weeks). Shorter formats suit someone topping up a specific skill, longer ones suit a career change where you need the fundamentals as well as the tools.
Do I need experience before starting a Robotics course?
Not for every course here — this category includes beginner-level programmes that start from fundamentals. The intermediate and advanced ones assume you can already write and debug code comfortably. If you are unsure which fits, the free tutorials are a fair way to test your footing before committing.
Are Robotics classes live, and can I join from my timezone?
Both, and you can mix them within a batch. Live sessions run Monday to Saturday, 10:00–19:00 IST, taught by engineers from the studio that builds our client work. Enrolled learners keep lifetime access to their batch recordings.
Something not answered here? Ask us — a counsellor will talk through which programme in Robotics actually fits, including when the answer is none of them.