Robotics & IoT Internship – 10 Days, 15 Days, 30 Days or More Practical Training

Robotics is the field of designing, building, and programming intelligent machines capable of performing automated tasks. IoT (Internet of Things) connects physical devices to the internet, enabling them to collect, exchange, and act on data in real time. Together, Robotics and IoT are transforming industries such as manufacturing, healthcare, agriculture, and smart cities through automation, remote monitoring, and intelligent control systems.

Who Can Join

• Engineering Students 
  • ECE, EEE, Mechanical, Automobile, Mechatronics, CSE, IT.
    
• Diploma Students
  • Diploma in ECE, EEE, Mechanical, Automobile, Mechatronics, CSE, IT.
    
• Arts & Science Students 
  • B.Sc / M.Sc (Computer Science, Physics, Electronics, Maths).
    
• Computer Applications
  • BCA, MCA, CA – Applications (CSE, IT).
    
• Commerce & Management
  • B.Com (CA), BBA, MBA students interested in tech-enabled business solutions.
    
• Final Year / Pre-Final Year Students
  • Looking for academic projects (mini/major/IEEE) in Robotics & IoT.
    
• Beginners
  • Anyone interested in hardware, automation, or IoT-based applications.
    
• Career Aspirants
  • Students preparing for careers in IoT Development, Robotics, Smart Systems, and Automation Engineering.
    
• Enthusiasts looking to build and control intelligent robotic systems.
  

How Robotics & IoT is Taught at Prasartech

At Prasartech Projects and Solution, students learn robotics hardware design, embedded programming, and IoT integration. Using platforms like Arduino, Raspberry Pi, and various sensors, students create functional robots and IoT-enabled devices. Training covers the complete workflow — from hardware setup and software coding to cloud-based control and data analytics.

Industry-Relevant Skills
Interns will gain expertise in:

• • Robotics design and assembly.
    
  • Programming microcontrollers for robotic control.
    
  • Sensor and actuator interfacing.
    
  • IoT communication protocols (MQTT, HTTP, CoAP).
    
  • Cloud integration for IoT device management.
    
  • Automation workflows for real-world applications.
    

Hands-On Project Work

• • Line-following or obstacle-avoiding robots.
    
  • IoT-based smart home automation systems.
    
  • Remote-controlled robotic arms.
    
  • Environmental monitoring systems with cloud dashboards.
    

Expert Mentorship

Students work under the guidance of robotics and IoT experts who provide real-world insights, debugging techniques, and optimization strategies. Collaborative project reviews ensure both technical precision and innovative thinking.

Outcome

• • Ability to design, program, and deploy robotics and IoT solutions.
    
  • Readiness for careers in automation, smart systems, and connected technology development.