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Best Robotics & Automation Institute in Bhubaneswar
Robotics
& AutomationIndustry-Focused Robotics Program — Bhubaneswar, Odisha
Eligibility: 10th / 12th Passed | Duration: 12 Months
Course Snapshot
Explore the key highlights of our Robotics & Automation program including intelligent robotics systems, IoT integration, automation tools, and real-world projects.
Course Duration
12 Months
Eligibility
Students, Engineers & Robotics Enthusiasts
Learning Mode
Offline + Hybrid Learning
Certification
Industry-Recognized Certification
Projects & Capstone
Autonomous Robots, IoT Systems & Industrial Automation Projects
AI Tools Covered
Arduino, ROS, Raspberry Pi, PLC, IoT Platforms & Robotics Frameworks
AI Skills Covered
Robotics, Automation, Embedded Systems, IoT & Intelligent Machines
Career Support
Career Support + Interview Preparation
Internship
Internship Assistance Available
12 Months
Professional Diploma
100%
Placement Assistance
Industry Certified
Recognised by 50+ Recruiters
Why Choose Robotics at IAIAC?
Our curriculum is designed to turn beginners into job-ready automation engineers. You will learn both hardware and software integration.
Hardware Kits Included
Get your own Arduino/Raspberry Pi kits to practice at home.
Expert Mentors
Learn from industry engineers with 8+ years of automation experience.
Job Support
Resume building, mock interviews, and referrals to manufacturing partners.
Project-Based
Build 5+ real robots (Line Follower, Obstacle Avoidance, Robotic Arm).
Industry Tools
Master ROS, PLC, SCADA, and IoT platforms used in real automation jobs.
Lab Access
24/7 access to our robotics lab with sensors, actuators, and 3D printers.
What You Will Learn From This Course:
Master Arduino, Raspberry Pi, and ESP32 for embedded systems programming and IoT control.
Design and assemble electromechanical systems using sensors, actuators, and motor drivers.
Program autonomous robots using C++, Python, and ROS (Robot Operating System) for navigation and control.
Implement computer vision and AI algorithms for object detection, tracking, and robotic decision-making.
Learn PLC programming (Siemens/Allen-Bradley) and SCADA systems for industrial automation environments.
Build and program industrial robotic arms for pick-and-place, welding, and precision assembly tasks.
Design IoT-enabled smart systems with cloud integration, real-time data logging, and remote monitoring.
Complete hands-on capstone projects to build a portfolio-ready automation solution for industry deployment.
Course Content & Software Skills
Career Opportunities After This Course
Explore high-demand robotics roles and competitive salaries in the automation industry.
Robotics Engineer
Design, build, and test robots for manufacturing, healthcare, and service industries.
Automation Engineer
Develop automated systems for industrial processes and smart manufacturing.
Embedded Systems Engineer
Program microcontrollers and embedded devices for robotics applications.
Control Systems Engineer
Design and implement control algorithms for robotic motion and stability.
Mechatronics Engineer
Integrate mechanical, electronic, and software systems in robotic designs.
Robotics Software Developer
Write software for robot operating systems, perception, and navigation.
Drone Engineer
Build and program autonomous drones for surveillance, delivery, and agriculture.
Industrial Automation Specialist
Implement PLC, SCADA, and robotic systems in factories and plants.
AI Robotics Researcher
Develop intelligent algorithms for autonomous decision-making in robots.
Medical Robotics Engineer
Design surgical robots and assistive devices for healthcare applications.
Field Robotics Engineer
Work on outdoor robots for agriculture, mining, and exploration.
Robotics Technician
Maintain, repair, and troubleshoot robotic systems in production environments.
Robotic Process Automation (RPA) Developer
Automate business processes using software robots and AI tools.
IoT Robotics Engineer
Build connected robots that communicate over cloud and edge networks.
Robotics Engineer
Design, build, and test robots for manufacturing, healthcare, and service industries.
Automation Engineer
Develop automated systems for industrial processes and smart manufacturing.
Embedded Systems Engineer
Program microcontrollers and embedded devices for robotics applications.
Control Systems Engineer
Design and implement control algorithms for robotic motion and stability.
Mechatronics Engineer
Integrate mechanical, electronic, and software systems in robotic designs.
Robotics Software Developer
Write software for robot operating systems, perception, and navigation.
Drone Engineer
Build and program autonomous drones for surveillance, delivery, and agriculture.
Industrial Automation Specialist
Implement PLC, SCADA, and robotic systems in factories and plants.
AI Robotics Researcher
Develop intelligent algorithms for autonomous decision-making in robots.
Medical Robotics Engineer
Design surgical robots and assistive devices for healthcare applications.
Field Robotics Engineer
Work on outdoor robots for agriculture, mining, and exploration.
Robotics Technician
Maintain, repair, and troubleshoot robotic systems in production environments.
Robotic Process Automation (RPA) Developer
Automate business processes using software robots and AI tools.
IoT Robotics Engineer
Build connected robots that communicate over cloud and edge networks.
Admission & Program Details
We believe talent is everywhere, but opportunity isn't. That's why we offer scholarships to make world-class Robotics education accessible.
Enrollment Guidelines
We support students passionate about technology. Scholarships are available for meritorious students and those from economically weaker sections.
Required Documents
- Original caste certificate for SC/ST/OBC (if applicable)
- Original residential proof certificate
- Photocopy of Aadhar card
- Photocopy of applicant bank passbook
- 10th or 12th Marksheet
Merit-based and need-based scholarships up to 50% off on course fees.
Program Details
Frequently Asked
Questions
Explore answers to common questions about our Robotics & Automation course, intelligent automation systems, robotics technologies, certification benefits, and career opportunities in modern automation industries.
The Robotics & Automation course is a specialized technology program designed to help learners understand robotics systems, intelligent automation, Artificial Intelligence integration, sensor technologies, robotic programming, automation workflows, and smart machine control systems used in modern industries.
This course is ideal for students, engineering learners, robotics enthusiasts, AI learners, automation professionals, software developers, electronics enthusiasts, and working professionals interested in robotics technologies and intelligent automation systems.
Basic computer and technical knowledge are helpful for learning robotics concepts. However, the course also provides beginner-friendly guidance on robotics fundamentals, automation systems, sensors, and practical robotics workflows for new learners.
Students will learn robotics fundamentals, automation workflows, intelligent control systems, sensor integration, robotic programming concepts, AI-powered automation, machine control systems, robotics applications, and practical automation technologies used in industry environments.
Robotics and automation are widely used in manufacturing, healthcare, logistics, agriculture, automotive industries, smart factories, warehouses, industrial operations, healthcare automation, and intelligent production systems to improve efficiency, accuracy, and productivity.
Yes. Students will work on hands-on robotics and automation projects involving sensors, automation systems, intelligent workflows, robotic control applications, AI-powered automation concepts, and portfolio-building activities designed to develop industry-ready skills.
Students will gain practical exposure to robotics platforms, automation technologies, intelligent control systems, AI-powered workflows, sensors, automation tools, and modern robotics implementation techniques used in industrial and research environments.
After completing this course, students can pursue career opportunities such as Robotics Engineer, Automation Specialist, AI Automation Engineer, Industrial Automation Associate, Robotics Developer, Smart Systems Engineer, Embedded Systems Associate, and Automation Technology Professional.
Yes. Students receive an industry-recognized certification after successfully completing the Robotics & Automation course, practical projects, and assessment-based learning activities.
Robotics and automation technologies are rapidly transforming industries worldwide through smart manufacturing, AI-powered systems, and intelligent automation. Learning Robotics & Automation helps students build future-ready technical skills and access high-demand career opportunities in modern technology industries.
Ready to Automate the Future?
Master robotics, automation, IoT, embedded systems, and intelligent machine technologies with hands-on projects and real-world industrial applications.