Mechanical Engineering

Seminars / Workshops
  • Seminars and Workshops

WORKSHOPS CONDUCTED BY DEPARTMENT OF MECHANICAL ENGINEERING

 
  1. 3D PRINTING: The 3D printing workshop provided hands-on experience with the fundamentals of additive manufacturing. Participants learned about 3D printing technology, including types of printers, materials used (like PLA and ABS), and the step-by-step printing process. The session covered 3D modeling basics using software such as Tinkercad or Fusion 360, enabling attendees to design simple objects. Demonstrations of slicing software and live printing showcased real-time object creation. Safety measures, printer calibration, and troubleshooting techniques were also discussed. By the end of the workshop, participants gained practical knowledge and confidence to begin creating their own 3D printed prototypes and projects
  2. QUADCOPTER DRONE: The Quadcopter Drone workshop introduced participants to the principles of drone technology and flight mechanics. Attendees learned about the components of a quadcopter, including motors, ESCs, flight controllers, propellers, and batteries. The workshop covered the basics of aerodynamics, thrust generation, and stabilization. Hands-on sessions involved assembling a drone, wiring, and configuring the flight controller using software like Betaflight. Safety guidelines and troubleshooting tips were emphasized. Participants also explored drone applications in fields like surveillance, agriculture, and delivery. By the end, they gained practical experience in building and flying a quadcopter, along with an understanding of drone operation and control systems.
  3. ARDUBOTICS ROBOTICS: The Ardubotics Robotics Workshop is an engaging, hands-on program designed to introduce students to the fundamentals of robotics, electronics, and programming using Arduino. Participants learn to build and program robots, gaining practical experience in sensors, actuators, and embedded systems. The workshop encourages creativity, problem-solving, and teamwork through interactive sessions and real-world applications. By the end, students develop functional robotic models and gain a strong foundation in STEM concepts. Suitable for beginners, the workshop blends theory with experimentation, inspiring young minds to explore technology and innovation in a fun and educational environment. It’s ideal for schools and tech enthusiasts alike.

IOT WORKSHOP 2025
 
IOT (INTERNET OF THINGS),
The Internet of Things (IoT) means connecting everyday devices and machines to the internet so they can share and use data. These devices include things like smart home appliances, wearable gadgets, and industrial systems. IoT helps collect and analyze real-time information to make processes faster, smarter, and more efficient. It is used in many areas such as homes, healthcare, farming, transportation, and cities, creating new ways to improve daily life and industry. The Internet of Things (IoT) means connecting everyday devices and machines to the internet so they can share and use data. These devices include things like smart home appliances, wearable gadgets, and industrial systems. IoT helps collect and analyze real-time information to make processes faster, smarter, and more efficient. It is used in many areas such as homes, healthcare, farming, transportation, and cities, creating new ways to improve daily life and industry
 
Organized by,
 
DEPARTMENT OF MECHANICAL DEPARTMENT OF MECHANICAL ENGINEERING
 
Chairman: Dr. B. Vishnu Vardhan (Principal)
Vice chairman: M. Uday Kumar (Vice-Principal)
Convenor: S. ShivaRama Krishna (Asst.Prof(c))
Faculty Advisors: 1. P. Swapna (Asst.Prof(c))
2. S. Madhu (Asst.Prof(c))
Student Coordinators: 1. SK. Feroz – 23VD1A0303
2. P. Dhanraj – 24VD5A0312
3. B. Govardhan – 24VD5A0317
4. S. Thrisha – 24VD5A0351
5. K. Meghana – 24VD5A0322
Collaborated with TECKYBOT
 
ABOUT TECKYBOT,
 
Teckybot (Teck Team Solutions) brings over a decade of expertise in Training and Development within Industry 4.0, having trained 25,000+ students across institutions. We offer internships, academic projects, and workshops focusing on Emerging Technologies like Robotics and Electronics. Our core domains include Embedded Systems, IoT, Drones, AI, Renewable Energy, 3D Printing, and EV Technology. With strong emphasis on research, development, and hands-on learning, we prepare students for real-world technological challenges. Through our commitment to STEM education, we bridge the gap between theory and practical application.
 
Tutors During Workshop,
  • N. Venkat Reddy – Founder & CEO
  • Ch. Joshini – Trainer
  • Revatipati – Embedded Systems Developer
  • Vijay Patro – Developer
  • B. Bhargavi – Developer
  • Charan – Developer
 
About Workshop,
IoT is a hands-on workshop focused on the Internet of Things and smart automation. It introduces students to the fundamentals of sensors, microcontrollers, and wireless communication. Participants will design and build their own IoT-based projects, connecting devices to the cloud for real-time data monitoring and control. The workshop promotes creativity, analytical thinking, and practical problem-solving. By the end, students gain a strong understanding of how IoT shapes the future of smart technology and connected systems.
Projects covered in the workshop,
  • Reading Temperature and Humidity using DHT11 Sensor • IoT-based Distance Alert System (Ultrasonic + Buzzer + IoT)
  •  IoT-based Security with Distance Monitoring (Vehicle Identification and Measuring Velocity & Acceleration)
  • Automatic Fan Control Based on Temperature (DHT11 + Relay)
  •  Relay Control via IoT Web Dashboard