Educational trip to Semicon India 2024

 

On the 13th of September 2024, fifty students of ECE department, Maharaja Agrasen Institute of Technology, embarked on an educational trip to Semicon India 2024 in Greater Noida. The visit was Coordinated by Dr. Anamika Jain, Mr. Praveen Kumar and Dr. S. K. Kundu, faculty, Electronics and Communication Department, MAIT. Ms. Rajshikha Singh, student ECE branch was the student Coordinator for this trip. This prestigious event, organized by the Ministry of Electronics and Information Technology, Government of India, is a flagship conference dedicated to semiconductor technologies, bringing together experts, industry leaders, startups, and enthusiasts from around the world. The objective of the visit was to expose students to the latest trends and innovations in semiconductor manufacturing, microelectronics, and emerging technologies such as AI, 5G, and IoT. Students gained first-hand exposure to the latest semiconductor technologies and how these innovations are driving progress across various sectors. The visit also highlighted India's growing role in the global semiconductor industry, shedding light on the wide array of career paths available to them ranging from semiconductor manufacturing and design to research and development. This exposure provided a valuable understanding of the opportunities awaiting them in the evolving field of electronics. The event left a lasting impression on all participants, providing a deep dive into the innovations shaping the future of electronics.

 

Industrial visit to ST Microelectronics

The Department of Electronics and Communication Engineering (ECE) recently organized an insightful industrial visit to ST Microelectronics, a global high-tech company renowned for creating semiconductor technologies that contribute to a smarter, greener, and more sustainable future. The visit was strategically designed to familiarize students with the cutting-edge advancements in the VLSI (Very Large Scale Integration) and IoT (Internet of Things) sectors. Dr. Anamika Jain, Assistant Professor in the ECE department, organized the visit with the able coordination of Dr. Swati Sharma and Ms. Sumedha Gupta. On 18th September 2024, twentythree students of 5th-semester, accompanied by faculty members, explored the ST Microelectronics campus. The visit began with a concise yet comprehensive technical
presentation by the company, offering insights into their involvement across diverse technologies and domains. To further enhance the visitors' experience, the company graciously provided refreshments.
The students then had the opportunity to explore the Da Vinci Innovation Studio, where they were introduced to an impressive display of working models showcasing the latest technological advancements. The sessions throughout the day were marked by interactivity, allowing students to engage with experts and deepen their understanding of emerging technologies. The industrial visit concluded on a high note, leaving an indelible mark on all participants. In summary, the experience was both amazing and enriching for everyone involved, providing students with invaluable insights into the future of electronics and technology.

 

Event Report: Electronic Session (ATOM Robotics Lab)

Date: 19th September 2024
Venue: Room no. 446


The electronic session was conducted to introduce students to new concepts in electronics. Members of ATOM engaged the participants by sharing fascinating insights into various electrical equipment used by the student group. The session began with Mitul Singh, who provided an overview of the ATmega328p, a
microcontroller commonly used in many projects and autonomous systems due to its simplicity, low power consumption, and affordability. Topics covered included the Analog to Digital Converter (ADC), Input/Output (IO), Pulse-Width Modulation (PWM), current sink, and more. The layout of a breadboard, essential for building and prototyping electronic circuits, was also discussed in detail. A detailed explanation of the multimeter was also given, as its features can be challenging to grasp. The session covered how to measure voltage, current, and resistance using the different ports available. Next, Akshat Sharma took over, along with other members of the society, to explain additional microcontroller features such as the Arduino Uno, ESP series, Raspberry Pi, and components like potentiometers and diodes, including Zener diodes, LEDs, and rectifying diodes. The students were highly engaged throughout the session. After covering the technical concepts, ATOM members introduced beginners to basic electronics terminology, explaining key terms such as Voltage Common Collector (VCC), Ground (GND), and the functions of
analog and digital input/output pins. The session concluded with the installation of Arduino IDE and KiCAD, followed by a Q&A segment to address any remaining doubts from the students.

 

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