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Summer Workshop- 3 D Designing and Printing and Robotics
OVERALL REPORT
Workshop Overview:
1. Duration: The workshop was conducted over a span of two weeks, from 01.06.2024(Saturday) to 22.06.2024(Saturday) excluding holidays and Sundays.
2. Organizers: The workshop was organized by RoboGEN company.
3. Name of the Resource Person: Mr. M ManiShankar (Chief Technical and Training Officer of RoboGEN).
4.Participants:
A total of 59 participants attended the workshop consisting of 36 students from 3D- Designing and Printing whereas 23 students from Robotics workshop.
5. Workshop Modules and Curriculum
Module-1: Robotics:
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Introduction to Robotics:
Overview of robotics fundamentals and its applications in various industries.
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Assembling and Dissembling:
The students assembled and dissembled the robo kits.
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Programming and Control:
Basics of programming languages(G-language/C-language) for robotics.
Control mechanisms and algorithms for autonomous and remote-controlled robots.
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Hands-on sessions:
Participants built and programmed robots in hands-on sessions supervised by instructors.
Projects included line-following robots, obstacle avoidance robots, and robotic arms.
Module-2: 3D-Designing and Printing:
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Introduction to AutoDesk123 software:
Basics of AutoDesk123 design software tools such as loft, fitter, exclude, etc
Design principles and best practices for 3D modelling.
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Introduction to 3D-Printing:
Basics of 3D printing technology, including types of printers and materials.
Preparing 3D models for printing (keychain, boat, water bottle, etc)
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Hands-on Printing:
Participants experienced the 3D printing process first hand by printing their designed models.
Understanding post-processing techniques and finishing for 3D printed objects.
6. Activities and Practical Sessions: -
Daily Practical Sessions: Each day included hands-on sessions where participants applied theoretical knowledge to build robots and design 3D models.
Project Work: Participants were divided into teams to work on collaborative projects integrating robotics and 3D printing technologies.
7. Valedictory Function
Date and Venue:
The valedictory function took place on 26.06.2024 (Wednesday) in Auditorium. The programme was attended by Honourable Director Shri Kranti Kiran and Principal Madam Smt. Indu Malini.
Highlights of the Valedictory Function:
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Keynote Address:
A keynote speech was delivered by the trainer emphasizing the significance of these technologies in the current and future industrial landscape. Our honourable Director Kranti Sir highlighted the workshop’s focus on integrating technology into the curriculum to enhance student engagement and learning outcomes. Our respected Principal Madam in her speech emphasized the importance of continuous learning and professional development in achieving academic excellence.
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Project Showcases:
Teams presented their projects, showcasing their robots and 3D printed designs. Each presentation highlighted the technical aspects, challenges faced, and solutions implemented.
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Certificate Distribution:
Certificates of participation and achievement were awarded to all participants and special recognitions were given to outstanding performers.
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Feedback Session:
A feedback session was conducted and forms were collected from participants to gather insights from participants regarding their workshop experience, including strengths and areas for improvement.
Conclusion:
The robotics and 3D designing and printing workshop provided a comprehensive learning experience for participants, equipping them with practical skills and theoretical knowledge in cutting-edge technologies. The valedictory function served as a culmination of their efforts, celebrating their achievements and fostering a spirit of innovation and collaboration among all participants.
Overall, the workshop was successful in achieving its objectives of promoting STEM education, fostering creativity, and preparing participants for future careers in robotics and additive manufacturing industries. The positive feedback received from participants highlighted the workshop’s effectiveness and its contribution to advancing knowledge and skills in these transformative fields. We would like to express our gratitude to the Management for their support and direction in organizing and conducting these workshops, which successfully met their objectives of inspiring and teaching students in the fields of additive manufacturing and robotics.
