The Association Inauguration & Fresher’s Day was organized to mark the commencement of the departmental association activities for the academic year 2024 and to warmly welcome the new batch of students. The program began with a formal inaugural session, including the lighting of the lamp, welcome address, presidential address, and felicitations by the dignitaries. The chief guest delivered the inaugural address, encouraging students to actively participate in academic, research, and extracurricular pursuits.The occasion created a platform for juniors and seniors to build camaraderie and set the tone for a fruitful and vibrant academic year.
Presentation Day was organized to provide a platform for students to showcase their knowledge, creativity, and communication skills. The event enabled students to present their ideas, projects, and research findings on various topics, thereby enhancing their confidence and presentation abilities. It also served as an opportunity for peer-to-peer learning, as students exchanged innovative thoughts and constructive feedbackA stage for students to express, inspire, and excel through ideas.
The Department organized a Seminar on “Evolution of Telecommunication” on 18.09.2024 to provide students with insights into the historical development, technological advancements, and future trends in telecommunication. The session traced the journey from the telegraph and traditional telephone systems to modern mobile communication, optical fiber, and 5G networks.
The resource person highlighted key milestones, challenges, and innovations in the telecommunication industry and emphasized the role of emerging technologies such as the Internet of Things (IoT), wireless communication, and 6G prospects. The seminar also encouraged active participation through interactive discussions, enabling students to enhance their understanding of both theoretical concepts and practical applications.
An Indoor Games event was organized to encourage students to participate in recreational and skill-based activities within the campus. Various games such as chess, carrom, table tennis, and other mind-skill challenges were conducted. The program helped students develop concentration, team spirit, and strategic thinking while providing a refreshing break from their regular academic routine.
The Department organized a Two-Days Workshop on Application-Specific Circuits using SPICE to provide hands-on training in the design, simulation, and analysis of electronic circuits. The workshop focused on the fundamentals of SPICE (Simulation Program with Integrated Circuit Emphasis) and its applications in modeling various analog and digital circuits.The workshop proved to be highly beneficial, enhancing the technical competence, analytical skills, and practical exposure of the students, thereby bridging the gap between theoretical learning and industry requirements.
The Department organized an Alumni Interaction Meet on 09.11.2024 to strengthen the bond between alumni and current students. Distinguished alumni from various batches interacted with students, sharing their career experiences, industry insights, and guidance on emerging technologies and professional growth.The meet proved to be highly beneficial in fostering a strong alumni network, motivating students, and building a bridge between academic learning and industry expectations.
The Department organized a National Level Technical Symposium on 28.03.2025, providing a platform for students from various institutions to showcase their technical skills, innovative ideas, and research contributions. The event featured a wide range of activities, including paper presentations, project expos, technical quizzes, coding contests, and idea generation events, encouraging knowledge sharing and healthy competition among participants.
The Department organized a Two-Day Workshop on AI-Powered Signal & Image Processing on Embedded Devices on 11.04.2025 and 12.04.2025. The workshop aimed to provide participants with practical knowledge and hands-on training in integrating Artificial Intelligence techniques with signal and image processing applications on embedded platforms.The workshop proved to be highly beneficial by enhancing technical expertise, bridging theoretical concepts with real-time applications, and preparing students for emerging industry trends in AI and embedded technologies.
The Department of Electrical and Electronics Engineering (EEE), PGP College of Engineering and Technology, organized a One-Day Workshop on “Implementation of Smart On-Board Diagnostics for Automotive Diagnotics” on 09.05.2025 at the Seminar Hall.
The workshop aimed to provide participants with an in-depth understanding of the concepts, design, and applications of modern On-Board Diagnostics (OBD) systems in the automotive sector. The sessions covered topics such as the fundamentals of OBD, integration of smart sensors, fault detection and analysis, emission monitoring, and real-time diagnostic techniques.
The event received an overwhelming response, with more than 100 students from various engineering colleges across Namakkal district actively participating. Eminent resource persons from the field delivered insightful lectures along with hands-on training sessions, enabling the participants to gain both theoretical knowledge and practical exposure to smart diagnostic tools and interfacing methods.
The workshop was highly interactive, encouraging students to clarify doubts, discuss industrial challenges, and explore innovative approaches to automotive diagnostics. The program served as an effective platform for bridging the gap between classroom learning and industry practices in the field of automotive electronics.
The event concluded with a valedictory session in which participants expressed their appreciation for the valuable learning experience. The Head of the Department and faculty members commended the students for their active participation and extended gratitude to the resource persons for their contribution to the success of the program.
Overall, the workshop proved to be a great success, enriching the knowledge of the participants and inspiring them to pursue further research and innovation in the field of automotive diagnostics.
A Solar Tree is an innovative structure that mimics the shape of a tree, but instead of leaves, it has solar panels mounted on its branches. It is designed to generate electricity from sunlight while occupying very little ground space compared to traditional solar panel installations.
The main purpose of a solar tree is to maximize energy generation in minimum space. The panels are arranged at different angles, just like leaves on a tree, ensuring maximum exposure to sunlight throughout the day. The electricity generated is stored in a battery system through a charge controller and can be used to power LED streetlights, fans, and mobile charging stations.
Solar trees are widely used in parks, highways, campuses, and rural areas where space is limited but the need for renewable energy is high. Apart from generating clean energy, solar trees also serve as educational models for students and create awareness about sustainable technology.
We are delighted to share that all our eligible students have been successfully placed in Voltech Company, a reputed leader in engineering and technology services. This remarkable achievement is a testament to the hard work, dedication, and technical expertise of our students, as well as the continuous guidance and support provided by our faculty members and placement cell.
The recruitment drive conducted by Voltech was highly competitive, and our students excelled at every stage of the selection process. Their success reflects not only their strong academic foundation but also their adaptability, problem-solving skills, and commitment to professional excellence.
We extend our heartfelt congratulations to all the placed students and wish them a bright and prosperous career ahead at Voltech. This milestone also strengthens our institution’s reputation for nurturing industry-ready graduates and fostering strong corporate relations.