Industry Supported Laboratory
The Department of Electronics and Communication Engineering keeps its efforts in interacting with Industries for the development of the students much beyond what is provided in the curriculum, facilitating them the much needed industry exposure in the form of making them work on real time problems. Towards this the department is striving hard to have tie ups with various industries that facilitate the students to undergo internships, make industrial visits and attend seminars delivered by industry people having lot of experience and exposure. In this connection M/s Physitech Electronics Ltd., Hyderabad has established a laboratory under the university partnership program, donating IoT kits along with accessories, as a part of promoting their newly launched trainer kits. List of the kits and accessories donated by M/s Physitech Electronics Pvt. Ltd. is provided in the subsequent page. The lab is equipped with an Internet of Things (IoT) Education Kit, featuring a universal board compatible with Arduino, NodeMCU, and Raspberry Pi controllers. A cloud space was provided on the name of “Geethanjali College of Engineering” to facilitate students to store data related to IoT kits. M/s Physitech Electronics Pvt. Ltd. has also trained faculty on use of these kits by conducting 3 Faculty Development Programs and are assisting us in providing the required guidance whenever necessary.
LIST OF TRAINER KITS
Activities carried out under industry supported lab
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“Emerging Trends in IoT and their Applications” held on 20th to 21st January 2023.
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“NodeMcu and its Applications” Held on 14th March 2023.
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“Raspberry pi and its applications” held on19th June 2023.
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“Introduction to Arduino Programming” held on 09th to 13th October 2023.
Aim: To provide students with hands-on experience and practical knowledge in the field of Internet of Things (IoT) and embedded systems.
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Objectives:
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Skill Development: Equip students with practical skills in IoT, embedded systems, and modern electronics using platforms like Arduino, NodeMCU, and Raspberry Pi.
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Industry-Relevant Training: Offer students exposure to real-world industrial practices, enhancing their employability and readiness for industry roles.
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Innovation and Research: Encourage students to explore new ideas, develop innovative projects, and engage in research using the available resources.
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Collaboration and Partnerships: Strengthen the relationship between academia and industry through joint projects, training programs, and workshops.
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Hands-on Learning: Provide a practical learning environment where students can implement theoretical concepts and solve real-world problems.