From Shrawn 27, Aadikavi Bhanubhkata campus will host a seven-day PCB design and development workshop. This session aims to build upon the students' previous IoT and Robotics classes by providing hands-on experience in PCB creation. Participants will work on designing printed circuit boards for their past projects, ensuring a practical understanding of how to translate their theoretical knowledge into tangible products.

During this intensive workshop, students will delve into various aspects of PCB design, starting with through-hole PCB design. This foundational step will equip them with the skills to layout and plan the placement of electronic components on the board. Attention to detail and precision will be emphasized, as these are crucial for creating effective and reliable circuits.

In addition to design, the workshop will cover essential manufacturing techniques such as drilling, soldering, and etching. Drilling will involve creating precise holes for component leads, while soldering will teach students how to securely attach components to the PCB. Etching, a critical process for defining the circuit paths on the board, will also be a focal point. Mastery of these techniques will enable students to produce high-quality PCBs that meet professional standards.

The culmination of the workshop will see students implementing their IoT and Robotics projects on the PCBs they have created. This hands-on application will reinforce their learning and demonstrate the practical viability of their designs. By turning their theoretical projects into functional devices, students will gain a deeper appreciation for the intricacies of PCB design and the importance of meticulous craftsmanship.

Overall, the PCB design and development workshop at Aadhi Kavi Bhanubhakta Campus promises to be a transformative experience for the participants. By combining theoretical knowledge with practical skills, it aims to prepare students for future challenges in electronics and robotics. The workshop will not only enhance their technical capabilities but also foster creativity and innovation in their approach to problem-solving.