Electronics & Communication Engineering

Fig: Faculty explaining circuit design, simulation procedures, and analysis using Multisim

Co-ordinators:
1. Prof. Prathima A ( Assistant Professor, Faculty Advisor , Vemana IEEE CAS)
2. Prof. Raghuveer C M ( ( Assistant Professor, Department Workshop co-ordinator)

Key Learning Objectives

1. Introduction to FPGA Technology: Understanding FPGA architecture, logic blocks, and configuration methods

2. Digital System Design:Designing, simulating, and implementing combinational and sequential digital circuits.

3. Tool Proficiency: Working with industry-standard tools such as Quartus Prime for synthesis and simulation. Example excercises on Altera FPGA boards.

4. Real-time Applications:Exploring how FPGAs are used in signal processing, embedded systems, and real-time computing.

5. Python programming and OpenCVfor signal processing.

Objectives

1. Skill Development: Empower students with practical FPGA development skills, from design to implementation.

2. Industry Alignment: Bridge the gap between academic concepts and industry expectations in digital and embedded systems design.

3. Career Readiness: Prepare students for roles in VLSI design, embedded hardware engineering, and FPGA-based system development.

1) Day 1: 21/11/2025 - The sessions were handled by Mr. Padmanaban K. The trrainer introduced students to the basics of VLSI design, explaining different ASIC design flows such as semi-custom, full-custom, and programmable ASIC (FPGA) methodologies. Concepts related to FPGA architecture, its programmability, flexibility, reconfigurability, and advantages such as reduced time-to-market and longevity were discussed in detail. Students also received practical exposure to project creation in FPGA development tools, including understanding the project navigator, tasks window, IP catalog, file setup, and device family selection (MAX10 FPGA).

2) Day 2: 22/11/2025 - The sessions were handled by Mr. Padmanaban K where the focus shifted to VLSI software tools and industry workflows. Students were introduced to EDA environments and learned about RTL design using Verilog/VHDL, simulation processes, synthesis flow, constraint management, timing analysis Photo Gallery of the workshop and device programming, along with tool demonstrations that helped them understand end-to-end FPGA and ASIC workflows.

3) Day 3: 24/11/2025 - The sessions were handled by the trainers Mr. Sudhakar and Mr. Bharath S, who focused on Python programming and OpenCV for basic image processing and computer vision. Students learned to read, write, and display images in Python, perform operations like resizing, color conversion, filtering, edge detection, and worked on small hands-on tasks to understand real-world applications of computer vision.

Conclusion : The workshop on “Code to Chip: Embedded System Design” was a transformative learning experience that offered students valuable exposure to programmable logic devices and their real-world applications. With a blend of theory and hands-on activities, the sessions enabled participants to confidently step into the world of digital hardware design. This initiative has significantly contributed to their technical growth and has opened doors for future career opportunities in embedded systems, VLSI design, and highperformance computing.verall, the workshop successfully enriched students with both theoretical knowledge and hands-on experience across VLSI and computer vision domains, resulting in active participation and strong learning outcomes for all 45+ students.

This intensive two-day workshop delivered hands-on offensive security training focused on Linux fundamentals, and web application testing.

Day - 1

Led by Nehal and Gururaj, emphasized on practical network enumeration and essential Linux command-line skills needed for real-world assessments. Participants practiced host discovery, port and service scanning, banner grabbing, and basic service interaction using tools and the shell.

Day - 2

Taught by Rakesh and Vajeed, introduced Burp Suite workflows and applied web application penetration testing techniques in live labs. Attendees configured proxying, intercepted and modified requests, and used Repeater/Intruder to validate vulnerabilities.

Suggested next steps include practicing on platforms like OWASP Juice Shop or TryHackMe, studying the OWASP Top 10, and developing a concise reporting template to record findings and remediation recommendations.

Date: 22/05/2025
Organized by: Vemana IEEE Photonics Society Student Chapter
Conducted by: Safear Defense India (Team Safear)
Platform Used: PilotX Microcontroller
Venue: Mechanical Seminar hall (LB311)

The Vemana IEEE Photonics Society Student Chapter successfully organized an insightful one-day workshop titled “Photonics in Industrial IoT”, focused on basic robotics and sensor integration using the PilotX microcontroller. The workshop was conducted in collaboration with Safear Defense India, a rising name in the defense and industrial automation domain, known for promoting hands-on innovation and practical engineering education.
This workshop exclusively catered to students from the Electronics and Communication (EC) department, with a total of 64 enthusiastic participants. The session aimed to bridge the gap between theoretical knowledge and real-world application, particularly in the domains of photonics, embedded systems, and IoT

The session included:
• Introduction to Photonics in Industry 4.0
• Fundamentals of IoT and Microcontroller Programming
• Hands-on Practice with PilotX Microcontroller
• Real-time Applications of Photonic Sensors in Automation
• Mini Projects and Team Activities
The participants were actively engaged throughout the workshop, demonstrating curiosity, collaboration, and quick adaptability to the tools and concepts introduced. The training encouraged students to think beyond the textbook and focus on project-based learning, an essential skill in the modern engineering landscape.

Outcomes of the Workshop:
• Students gained practical experience in programming and deploying microcontrollers in real-time applications.
• Participants understood the role of photonic sensors in IoT-enabled automation.
• The session sparked interest among students for research and innovation in industrial robotics and sensor technologies.
• Teams successfully completed mini-projects using the PilotX kit, which demonstrated their understanding of the workshop concepts.

Feedback and Recognition:
The workshop received overwhelmingly positive feedback from students and faculty alike. Participants appreciated the clarity of instruction, relevance of content, and interactive format of the sessions. Several students expressed interest in continuing similar projects as part of their academic coursework and future internships.
The Principal and the Head of the Department of Electronics and Communication praised the initiative, recognizing it as a significant step towards enhancing industry-academia collaboration. They applauded the efforts of both the IEEE Photonics Society Student Chapter and Team Safear for creating a platform that encourages students to explore cutting-edge technologies.
The workshop concluded with a vote of thanks and certificate distribution. The event stood out as a fruitful, inspiring, and well-executed learning opportunity, laying the foundation for future workshops and collaborations in advanced technology domains.

Introduction

Field Programmable Gate Arrays (FPGAs) play a pivotal role in modern digital system design due to their flexibility, high performance, and parallel processing capabilities. These programmable devices are widely used in domains such as telecommunications, embedded systems, image processing, and artificial intelligence. Understanding FPGA technology equips students with essential skills for hardware design and real-time application development.

To introduce students to this powerful and evolving domain, Vemana IEEE Circuits and Systems Society tin association with the and IEEE Vemana Student Branch Chapter and Department of Electronics and Communication Engineering, organized a hands-on workshop titled “Unlocking the Power of FPGA.” aimed to bridge the gap between theoretical learning and industry practices by providing students with practical exposure to FPGA-based system design.

Workshop Details

• Dates:
The workshop was conducted over three days – 14th, 15th, and 16th May 2025.
• Timings:
Each session was held from 09:00 A.M. to 04:00 P.M., providing participants with an in-depth, full-day learning experience.
• Target Audience:
The event was specifically designed for 2nd, 3rd, and 4th-year students of the Electronics and Communication Engineering Department at Vemana Institute of Technology, with a significant number of enthusiastic participants.

Resource Person:
1. Mr. Padmanaban K (Software enabling and optimization Engineer, Altera, An intel company Bangalore )

Co-ordinators
1. Prof. Prathima A
2. Dr. Hemamalini GE
3. Prof.Swathi S P

Key Learning Objectives

1. Introduction to FPGA Technology: Understanding FPGA architecture, logic blocks, and configuration methods
2. HDL Programming: Gaining hands-on experience in Hardware Description Languages (HDL) like Verilog.
3. Digital System Design: Designing, simulating, and implementing combinational and sequential digital circuits.
4. Tool Proficiency: Working with industry-standard tools such as Quartus Prime for synthesis and simulation.
5. Real-time Applications: Exploring how FPGAs are used in signal processing, embedded systems, and real-time computing.

Objectives

1. Skill Development: Empower students with practical FPGA development skills, from design to implementation.
2. Industry Alignment: Bridge the gap between academic concepts and industry expectations in digital and embedded systems design.
3. Career Readiness: Prepare students for roles in VLSI design, embedded hardware engineering, and FPGA-based system development

p was designed with the below agenda and was conducted in-line with the agenda over the three days. Nearly thirty interested students registered for the workshop and utilized the opportunity . The students were as also given assessment test based on the learning concepts.

Agenda of the workshop

Real-World Relevance

• Exposure to cutting-edge programmable hardware used in telecom, aerospace, AI, and automotive industries. • Understanding the growing demand for reconfigurable computing platforms in modern electronics.

Practical Skills

• Projects involving arithmetic units, and data processing circuits using Verilog. • Hands-on experience in designing, debugging, and synthesizing FPGA-based systems.

Career Impact

• Strengthened resume with industry-relevant exposure to FPGA tools and workflows and Enhanced readiness for internships, placements, and research opportunities in core electronics and VLSI domains.

Photo Gallery of the workshop

Conclusion

The workshop on “Unlocking the Power of FPGA” was a transformative learning experience that offered students valuable exposure to programmable logic devices and their real-world applications. With a blend of theory and hands-on activities, the sessions enabled participants to confidently step into the world of digital hardware design. This initiative has significantly contributed to their technical growth and has opened doors for future career opportunities in embedded systems, VLSI design, and high-performance computing.

Report: A workshop on “Advanced IoT(A-IOT)” for 6^th semester ECE students.

Introduction

Advanced IoT refers to the integration of emerging technologies like AI, machine learning, and edge computingwithIoTsystems.Itenablesintelligentautomation,real-timedecision-making,andadvanced analytics, transforming industries like smart cities, healthcare, and industrial automation.

The Department of Electronics and Communication Engineering and The IEEE Circuits and Systems Society jointly organized and conducted a workshop on Advanced IoT for sixth-semester students. The workshop provided hands-on experience with cutting-edge IoT technologies, focusing on practical applications and industry trends.

Students gained valuable insights and skills in designing and developing advanced IoT solutions.

Workshop Details

• Dates:
The workshop was conducted from 15^th April 2025 to 24^th Aril 2025 (6 days with gaps)
• Timings:
The sessions were held daily from 9:00 A.M.to 4:00P.M.
• Target Audience:
The workshop was specifically designed for 6^th-semester students of the Electronics and Communication Department.140⁺ students attended the workshop and utilized the opportunity.

ResourcesPersons:

1. Mr.Deepak Aditya(ECE ENGINEER)
2. Mr.Saurav Sharma(CEO,ROBOMANTHAN Pvt.Ltd)
3. Mr.MaazHussain (ROBOTICSDEVELOPERAND TRAINER)

Co-ordinators

1. Dr.HemamaliniGE
2. Prof.Swathi S P
3. Prof.Prathima A(Faculty Advisor Vemana IEEE CAS)
4. Prof.Ankitha A( IEEE Branch Counsellor)

Key Learning Objectives

1. IoT Fundamentals:Understanding IoT architecture, protocols, and technologies.
2. Advanced IoT Technologies:Exploring AI, machine learning, edge computing,and 5G in IoT.
3. Practical Applications: Hands-on experience with IoT development boards, sensors, and platforms.
4. Industry Trends : Insights into smartcities, industrial automation, healthcare, and other IoT applications.

Objectives

1. Hands-on Experience: Providing students with practical experience in designing and developing IoT solutions.
2. Industry-Relevant Skills: Equipping students with skills and knowledge required in the IoT industry.
3. Career Opportunities: Preparing students for career opportunities in IoT development, deployment, and management.

Significance of the Workshop

Gain Hands-on Experience
1. Practical knowledge: Students gained hands-on experience with IoT development boards,sensors,and platforms.
2. Real-world applications: Students learned about real-world IoT applications and industry trends.
Develop New Skills
1. IoT development: Students learned to design and develop IoT solutions.
2. Problem-solving : Students developed problem-solving skills through hands-on projects and activities.
Enhance Career Prospects
1. Industry relevance: Students gained knowledge and skills relevant to the IoT industry.
2. Career opportunities: Students were better prepared for career opportunities in IoT development, deployment, and management.

Conclusion

The Advanced IoT workshop organized by Vemana Institute of Technology was a resounding success, providing 6 ^th semester students with a solid foundation in Advanced IoT technology. The workshop's hands-on approach, expert insights, and practical applications equipped students with the knowledge and skills necessary to excel in this rapidly evolving field. By bridging the gap between theory and practice, the workshop empowered students to explore new opportunities and innovations in IoT, setting them up for future success in the industry.

Organised on;
14-03-2025
15-03-2025
Venue -Christ (Deemed to be University)

Ev Design & Simulation: using MATLAB-based modelling

Our Expertise Mr Parag Jose C, did a very well session on, An "EV Design & Simulation: using MATLAB-based modelling" session likely focused on utilizing MATLAB and Simulink to create and analyze electric vehicle (EV) models. Key topics would include:
•Powertrain Modelling: Simulating the components of an EV powertrain, such as the battery, motor, inverter, and transmission.
•Battery Modelling: Developing models to predict battery performance, including state-of-charge (SOC), state-of-health (SOH), and thermal behavior.
•Motor and Inverter Modelling: Simulating the electrical and mechanical performance of the electric motor and its associated inverter.
•Simulink Usage: Practical application of Simulink to build the models, and how to properly connect the different sub-systems of the EV.

Inspection and Study of ECU Three-phase induction motor battery of Mahendra E20

Our Expertise Mr Parag Jose C, did a very well session and workshop in which participants will gain insights into the ECU (Electronic Control Unit) and battery system of the Mahindra e20 electric vehicle, along with the functioning of its three-phase induction motor including motor control strategies, battery management system (BMS), power electronics, and diagnostics. To understand the role of the ECU in motor performance, energy efficiency, fault detection, and regenerative braking.

Battery chemistry :Explore of Cell types,Energy Density and Thermal Properties

In this session our Expertise Prof Sunitha ,gave a very well teaching about the battery chemistry, we will explore different battery cell types, including lithium-ion, solid-state, lead-acid, and other emerging chemistries. We will compare their energy densities, highlighting how lithium-ion offers high energy storage per unit weight, while solid-state batteries promise even greater capacity. Additionally, we will examine thermal properties, discussing how heat generation, thermal stability, and cooling mechanisms impact battery safety and performance. Understanding these factors is crucial for applications ranging from consumer electronics to electric vehicles and grid storage.

3D Modelling; Design EV components using fusion360

In this session, we learnt how to design key EV components using Fusion 360, focusing on 3D modeling, parametric design, and assembly techniques. You'll explore creating battery packs, motor housings, cooling systems, and chassis parts, while applying CAD best practices, constraints, and material properties. Additionally, you'll gain insights into simulation, generative design, and manufacturing preparation to ensure efficient and high-performance EV components.

Battery management system : Understand BMS architecture and safety mechanisms & Handson session on BMS system

In this session on Battery Management Systems (BMS), include cell monitoring, cell balancing, thermal management, state estimation (SoC, SoH), fault detection, and communication protocols. The hands-on session will cover practical aspects like BMS hardware components, software configurations, real-time battery monitoring, diagnostics, and troubleshooting. You’ll gain insights into industry-standard safety features such as overcharge, over-discharge, short- circuit,and thermal runaway protection, crucial for renewable storage, industrial applications.

Report : IoT Workshop for 5^th semester ECE students.

Introduction

The Internet of Things (IoT) has become a transformative technology that is reshaping industries by connecting devices and enabling them to share data in real time. As the demand for smart and automated systems continues to rise, gaining practical knowledge in IoT is crucial for students aspiring to enter fields related to electronics, communication, and automation. Recognizing this, the Department of Electronics and Communication Engineering at Vemana Institute of Technology organized a comprehensive IoT workshop for its 5th-semester students.

This workshop was designed to equip students with foundational and practical skills in IoT, covering topics such as device communication, sensor integration, cloud computing, and IoT security. Through hands-on sessions, students gained insights into how IoT can be applied in real-world scenarios, preparing them for the technological advancements of tomorrow.

Workshop Details

Dates :
The workshop was conducted from 14^th October 2024 to 22^nd October 2024.
Timings:
The sessions were held daily from 1:30 P.M to 4:00 P.M in the IoT Lab of the institute.
Target Audience:
The workshop was specifically designed for 5th-semester students of the Electronics and Communication Department.

Trainers

The workshop was facilitated by experienced faculty members of Vemana Institute of Technology, including:
1. Dr. Hemamalini G E
2. Dr. Reddy Sudharshana K
3. Prof. Suma B V
4. Prof. Chandra Prabha N

Key Learning Objectives

The workshop covered the following key areas of IoT:

1. Understanding the basics of IoT, its architecture, and components.
2. Learning about the different communication protocols used in IoT systems, such as MQTT, CoAP, and HTTP.
3. Hands-on training with sensors and microcontrollers such as Arduino and Raspberry Pi, often used in IoT applications.
4. Teaching students how to integrate IoT devices with cloud platforms for data storage and processing.
5. Exploring the importance of security in IoT systems and techniques to protect connected devices from cyber threats.
6. Demonstrations and real-world case studies of IoT applications in various industries such as smart cities, healthcare, agriculture, and home automation.

Significance of the Workshop

This workshop served as a platform for students to gain insight into the rapidly growing field of IoT, preparing them for future careers in industries related to technology, smart systems, and automation. By attending this workshop, students had the opportunity to:

Gain practical experience by working on IoT devices and platforms.
Understand the integration of hardware and software in IoT systems.
Build a foundational knowledge of emerging trends in IoT technology.

Conclusion

The IoT workshop organized by Vemana Institute of Technology successfully provided 5th-semester students with a solid foundation in IoT technology. Through both theoretical lessons and practical hands-on sessions, students gained valuable skills in device communication, sensor integration, and cloud computing, preparing them for future careers in this rapidly growing field.

The workshop emphasized teamwork and real-world applications, giving students practical exposure to IoT projects and encouraging collaboration. Under the expert guidance of the trainers, students not only mastered technical skills but also learned about industry challenges and emerging trends in IoT.

By the end of the workshop, participants were well-equipped to apply IoT solutions in various domains such as smart homes, healthcare, and automation, positioning them to succeed in industries driven by technological innovation.

Report : LabVIEW workshop for 3^rd semester ECE students.

The workshop aimed to introduce second-year students in the Electronic and Communication department students to understand the fundamentals of LabVIEW. The goal was to equip them with essential skills and knowledge that form the foundation for their academic and professional journey in the field of computing.

Introduction :

On December from 07^th to 13^th 2023, Department of Electronic and Communication Engineering in Association with Vemana IEEE Circuits and Systems Society organized a comprehensive workshop on LabVIEW for Second-year students majoring in Electronics and communication. The workshop aimed to introduce students to the fundamentals of LabVIEW programming and enhance their practical skills through hands-on exercises.

There were 2 sessions held one was for theoretical classes and the other one was practical classes.

Session 1:

Introduction to LabVIEW : provided an overview of LabVIEW, its history, and its significance in the field of programming.

Why LabVIEW? : The session delved into the reasons why LabVIEW has become one of the most popular programming languages, emphasizing its simplicity, versatility, and extensive community support.

How to Install LabVIEW? : Practical guidance was given on installing LabVIEW on various operating systems, ensuring that students could set up their programming environments.

LabVIEW Operators : The session covered fundamental operators in LabVIEW- including arithmetic, comparison, and logical operators, providing students with a solid foundation for writing basic program. Throughout the theoretical class, encouraged interactive participation, allowing students to ask questions and seek clarification on concepts.

Session 2:

Following the theoretical class, the workshop transitioned to a practical programming lab done by Ms. Mrinalini Barik where students had the opportunity to apply their newly acquired knowledge. The lab session included hands-on exercises and coding challenges designed to reinforce the concepts covered in the theoretical session.

Students were guided while executing LabVIEW programs, common errors, and gaining practical experience in solving real-world problems. The lab session aimed to boost the participant's confidence in programming and enhance their problem-solving skills.

Conclusion :

The LabVIEW workshop at Vemana Institute of Technology proved to be a valuable learning experience for second-year students pursuing Electronic and communication. The combination of theoretical insights provided by Ms. Thabassum, and the hands-on practice in the lab session done by Ms. Mrinalini Barik equipped students with a strong foundation in LabVIEW programming. The workshop was well-received, and participants expressed enthusiasm for further exploration of LabVIEW programming and its applications in their academic and professional pursuits. The Professional Society Committee looks forward to organizing more such events to foster a culture of continuous learning and skill development among the student communication.

The PCB Design Altium Designer Workshop was held on 24^th June 2023, at PCB Design Lab, Vemana Institute of Technology Bengaluru. Dr. Parameshwara M C, Associate Professor, Electronics and Communication Engineering Department, Vemana IT, welcomed the guests, faculties, and students. The program was inaugurated by lighting the lamp by the dignitaries, students, and faculty members. Followed by this , a talk on “PCB Design Flow” was presented by Mr. Vishal Subramanaya, Senior PCB Design Engineer at Wurth Electronics India Ltd.

Printed Circuit Boards are essential part of electronics; they provide a convenient way to rig up circuits and test them. The bread boarding techniques do not quite work if the number of connects increase substantially. Hence even for user’s PCB design is becoming essential. Also with smaller packaging sizes for Integrated circuits it is almost impossible to prototype on Breadboard. Around 20 students of 4^th sem were involved in the workshop. In the first session, “PCB Design Flow” was presented by Mr. Vishal Subramanaya, and in second and third session students practiced how to build a PCB with Altium software for a small circuit like a Adder, a 555 timer etc, right from schematic to layout. Following it a advanced tutorial and do a hands on session

The one-day workshop covers the journey of a PCB from schematic to fabrication: -

• a) Schematic Design
• b) Footprint assignment
• c) PCB Layout
• d) Generation of Gerber files for fabricatio

SCILAB is one of the free and open source software for numerical computation providing a powerful computing environment for engineering and scientific application. on this point of view Department of Electronics and Communication Engineering of Vemana institute of technology under the banner of IEEE communication society student chapter and incubation center has organized a hands-on workshop on SCILAB on 8^th April 2023 by Kesavan Thirupati, senior software engineer , VLSI and MATLAB programmer innovation system plus. The session was on basics of SCILAB and its features, functions. The session continued with programs related to numerical problems and matrix operations. This workshop was very informative and enabled the students to execute simple Programs on image processing.

The Student Project committee planned and organized the project exhibition on 15/7/2022. The program started with inauguration function at 10:00 am in the seminar hall. The President KRJS, General Secretary, Joint Secretary, The Principal, Vice-Principal, all HODs and faculty members were present for the inaugural function. Welcome speech was given by the student project committee chairman, Dr. Reddy Sudharshana K. Associate Professor, Dept. of ECE.

The industry experts,

1. Dr. Babu Rao Ponangi, Senior Engineer, FEA Quest Global Engineering Services P Ltd.

2. Mr. Santhosh Kumar Adinarayan, Chief Design Engineer, Maxim Integrated / Analog Devices

3. Mr. Saravanan Ganesh Managing Director & Chief Coding Coach, TechSparx Technology

One of the latest trends in technology is Drone applications. Being the professional institute it is essential for our students to be aware about latest technology. To update the knowledge on Drone and its applications the department of electronics and communication engineering has organized a 2 day's workshop on Drone on 18^th and 19^th November 2022.

This workshop was conducted by Mr. Deepak M H and Mr.Dhanush D B, Aerospace engineers from Laksya Space. Mr. Deepak M K gave an overview about Drone, its Design and construction. He also explained the use of Drone in argumented reality and virtual reality. The training started with the introduction to concept of Drone followed by the building of Drone by Mr.Dhanush. The students used MATALB for Drone simulator training. The stability and control concepts of Drone was given with the practical presentation. The workshop concluded with flying demonstration which the students enjoyed the most.

Report : A Technical talk on “Advances in VLSI Design”

Introduction

Very Large Scale Integration (VLSI) technology has been a cornerstone in the evolution of modern electronics, enabling the development of complex integrated circuits that power everything from consumer electronics to advanced computing systems. As the push for miniaturization, performance enhancement, and energy efficiency continues, staying updated on the latest advancements in VLSI design has become essential for students and professionals in electronics and communication engineering.

Recognizing the importance of this domain, the Department of Electronics and Communication Engineering and Vemana IEEE Circuits and Systems Society in association with Vemana IEEE student branch chapter organized a technical talk on “Advances in VLSI Design” for 6th-semester students

This session aimed to provide students with both theoretical insights and an understanding of cutting-edge developments in VLSI, including areas such as advanced CMOS technologies, low-power design techniques, chiplet architectures, 3D ICs, and the integration of AI in design automation.

Through expert guidance and interactive discussions, students explored how these innovations are shaping the future of semiconductor technology, preparing them to contribute to next-generation electronic design and innovation

Details

• Date:
15th May 2025
• Timings:
The session was held from 11:30 A.M. to 1:00 P.M. in the ISE Seminar Hall
• Target Audience:
The workshop was specifically designed for 6th-semester students of the Electronics and Communication Department.

Resource person
1. Mrs.Prabhavathi P
2. Mr.Ramapriya

The technical talk was enriched by the presence of two highly accomplished resource persons in the field of VLSI design:
• Mrs. Prabhavati P, Vice-Chair of IEEE CAS Society Bangalore Chapter, and Co-Founder and CEO of Skillcore Technologies LLP. With her vast experience in semiconductor technologies and leadership in the VLSI community, she shared valuable insights into current industry trends and skill development opportunities in VLSI design.
• Mr. Ramapriya, an expert in SoC (System on Chip) Design and a Technical Leader at Intel, brought practical perspectives on low-power design and real-world implementation. His session highlighted key challenges and advancements in chip design from an industry viewpoint.
Their combined expertise provided students with both academic and industry-oriented understanding of the evolving VLSI landscape.

Significance of the talk

The technical talk on “Advances in VLSI Design” holds great significance for students and aspiring engineers in the field of electronics and communication. With the ever-increasing demand for highperformance, low-power, and compact electronic devices, VLSI technology plays a pivotal role in driving innovation across various industries — including consumer electronics, telecommunications, healthcare, automotive, and defense. Nearly 90 students of sixth semester attended the talk

• Exposing students to state-of-the-art trends in semiconductor technology.
• Highlighting the challenges and solutions in designing modern integrated circuits.
• Demonstrating how VLSI design intersects with emerging technologies like artificial intelligence, the Internet of Things (IoT), and 5G.
• Encouraging students to explore research and career opportunities in core domains such as chip design, fabrication, and EDA (Electronic Design Automation).

In conclusion, advancements in VLSI design are at the heart of modern technological innovation, enabling faster, smaller, and more efficient electronic systems. This talk has provided valuable insights into current trends and future directions in the field, empowering students to stay ahead in a rapidly evolving industry. By building a strong foundation in VLSI, students can contribute meaningfully to the next generation of electronic design and development.
By gaining insight into the advancements and future direction of VLSI, students will be better equipped to align their skills with industry needs and contribute to the development of next-generation technologies.

Photo Gallery

Seminar Details

The seminar on Memristors was conducted by Mrs. Indu M, Assistant Professor in the Department of Electronics and Communication Engineering at Vemana Institute of Technology. The session focused on introducing students to the concept of memristors, their structure, working principle, and their importance in modern electronic and memory technologies. The seminar helped students understand how memristors can influence the future of computing systems.

Introduction to the Seminar

The seminar on memristors was organized to provide students with knowledge about a modern electronic component used in advanced memory technologies. Memristors are considered the fourth fundamental passive circuit element after resistor, capacitor, and inductor. They have the ability to remember the amount of charge that has passed through them and storeinformation even when power is turned off. The seminar explained the basic concept, working mechanism, and applications of memristors in modern electronics.

Objective of the Seminar

The objectives of the seminar were:

• To understand the basic concept of memristors.
• To study the structure and working mechanism of memristors.
• To learn about the advantages and applications of memristor technology.
• To introduce students to emerging technologies in electronics and computing

Key Highlights of the Seminar

• Explanation of the four fundamental passive circuit components.
• Introduction to memristor technology and its properties.
• Discussion on the structure and materials used in memristors.
• Understanding the relationship between charge and magnetic flux.
• Overview of advantages, disadvantages, and applications of memristors.

Components of Memristors

The main components of a memristor include:

• Two metal electrodes which act as terminals.
• A thin insulating layer of titanium dioxide (TiO₂) between the electrodes.
• Mobile charge carriers that help in changing the resistance of the device.
• These components help the memristor store information by changing its resistance.

Working Mechanism

voltage is applied, electrons move through the titanium dioxide layer, which changes the resistance of the device. The resistance can either increase or decrease depending on the direction of the current.

One important property of a memristor is that it retains its resistance value even when the power supply is turned off, allowing it to store data The working of a memristor depends on the flow of electric current through the device.

Applications

Memristors are used in several modern technologies, such as:

• Non-volatile memory storage devices.
• Artificial intelligence systems.
• Neuromorphic computing.
• High-density data storage.
• Future computer architectures.

Key Takeaways for Students

• Memristors are an important advancement in electronic technology.
• They combine the features of RAM and Flash memory.
• They can store data without continuous power supply.
• Memristor technology will play an important role in futurecomputing systems.

Conclusion

The seminar on memristors provided valuable knowledge about an emerging technology in the field of electronics. Memristors have the potential to revolutionize memory and computing systems by providing faster, smaller, and energy-efficient devices. The seminar helped students understand the importance of memristors and their role in the future of electronic technology.

An Orientation talk on skill development and future of ECE and Control Systems By: Dr.S.M.ChandraShekhar,Vice Principal, Vemana Institute of Technology

Before the commencement of the technical session on Control Systems, an introductory address was delivered highlighting the present scenario in the field of Electronics and Communication Engineering (ECE). The rapid growth of the semiconductor industry at both national and global levels was emphasized. It was mentioned that India is witnessing a rise in semiconductor-based companies, leading to increased career opportunities in core domains such as VLSI and chip design. The address highlighted that in the next two years, the country may require nearly one million professionals in the semiconductor sector to meet industry demands. The importance of strengthening core fundamentals along with maintaining good academic performance was discussed. Students were encouraged to develop practical skills and gain hands-on experience through projects and internships. It was also stated that India is making significant efforts toward advanced chip fabrication technologies, including the development of 2 nm chip technology. This initiative reflects the nation’s ambition to become a global leader in semiconductor manufacturing. The session motivated students to prepare themselves to meet the growing demands of the electronics and semiconductor industries.

The orientation program for Control Systems (BEC403) introduced IV-semester Electronics and Communication Engineering students to the course objectives, syllabus structure, evaluation pattern, and real-world applications of control systems. Students learned that the subject focuses on modeling, analyzing, and designing systems that automatically regulate machine and process behavior, with applications in robotics, automobiles, aerospace, power plants, and industrial automation. The session outlined key modules such as system modeling, block diagrams, time and frequency response, stability analysis, and controller design, along with practical laboratory work using simulation tools like MATLAB and Python. Overall, the orientation emphasized the importance of control systems in improving efficiency, accuracy, safety, and automation in modern engineering systems while preparing students for advanced subjects in automation and robotics

Report on In-House seminar held on 26th February 2026 by Mrs.Prathima A

Department of Electronics and Communication Engineering and Vemana IEEE Circuits and Systems Society jointly organized a in-house seminar on “ VLSI Technology in Strategic Era : Powering the Semiconductor driven world order” for 6th semester students.
An in-house seminar on VLSI Technology in Strategic Era : Powering the Semiconductor driven world order” was conducted on 26th February 2026 by Mrs.Prathima A, with the objective of providing insights into the evolution of VLSI technology and its role in shaping the global semiconductor landscape. The session began with an introduction to the VLSI technology and its importance in today’s technologic centric world. The session highlighted both the technological and geopolitical significance of semiconductors in the 21st century.

Objectives of the Event

• To introduce the fundamentals of VLSI and transistor scaling
• To explain Moore's Law and its impact on IC growth
• To trace the history and evolution of integrated circuits
• To analyze the structure of the global semiconductor ecosystem
• To discuss the geopolitical race for semiconductor supremacy
• To understand India’s initiatives under the India Semiconductor Mission

Key Highlights of the Seminar

a) Evolution of Integrated Circuits

The session began with the invention of the first integrated circuit by Jack Kilby at Texas Instruments in 1958. The rapid evolution from a two-transistor flip-flop to billion-transistor processors was discussed, emphasizing the exponential growth of semiconductor technology.

b) Moore’s Law and Transistor Scaling

The talk elaborated on Moore’s Law and the historic 53% compound annual growth rate of transistor density over five decades. The concept of feature size reduction and its benefitssmaller, faster, cheaper, and low-power devices were explained in detail.

c) Semiconductor Industry Ecosystem

Participants were introduced to the various segments of the semiconductor value chain:
• Fabless companies
• Integrated Device Manufacturers (IDMs)
• Foundries
• OSAT (Assembly & Testing)
• Chip IP and EDA tools
• Wafer Fab Equipment and Materials

d) Global Geopolitics and Semiconductor Supremacy

The semiconductor industry was described as the “new oil” of the digital era. Taiwan’s strategic importance as the “Silicon Shield” was highlighted. The concept “Control the Chips, Control the Future” framed the geopolitical discussion.

e) India’s Semiconductor Mission

Special focus was given to India’s semiconductor ambitions under ISM 1.0 and ISM 2.0. Key points discussed:

• ₹76,000 crore initial outlay
• 10 approved projects across 6 states
• Total investment of ₹1.60 lakh crore and Target of 300,000 jobs by 2026
• Focus of ISM 2.0 on semiconductor equipment, materials, and IP development

Key Takeaways for Students

• Participants gained clarity on VLSI fundamentals, transistor scaling, and the importance of Moore's Law in driving semiconductor evolution.
• Understanding the Complete Semiconductor Ecosystem
Attendees learned how design (fabless), manufacturing (foundries/IDMs), IP cores, EDA tools, and OSAT work together in the global chip supply chain.
• Awareness of Semiconductor Geopolitics
Participants understood why semiconductors are considered strategic infrastructure influencing global power and national security.
• Insight into India’s Semiconductor Roadmap
The session provided clarity on opportunities emerging through the India Semiconductor Mission and India’s long-term vision for technological self-reliance.
• Career Direction and Motivation
Students identified potential career paths internship opportunities, in VLSI design, fabrication, testing, packaging, and semiconductor research.
• Industry-Relevant Perspective
Participants recognized the growing demand for semiconductor professionals and the importance of upgrading skills in tools, chip design, and advanced technologies.
• Confidence to Explore Emerging Opportunities
The talk encouraged students to align their academic projects and research work with current semiconductor industry trends.

Conclusion

The seminar successfully highlighted the transformative role of VLSI technology in shaping modern electronics and global technological advancement. The session provided a comprehensive understanding of transistor scaling, the impact of Moore's Law, and the evolution of integrated circuits from basic designs to billion-transistor chips.

The discussion extended beyond technology to emphasize the strategic importance of semiconductors in global geopolitics and economic development. Participants gained valuable insight into the structure of the semiconductor ecosystem and the growing opportunities emerging under the India Semiconductor Mission.

Overall, the session not only enhanced technical knowledge but also inspired participants to recognize the immense potential of VLSI and semiconductor technologies in shaping India’s technological future. It reinforced the message that expertise in semiconductors today is an investment in tomorrow’s innovation, leadership, and national progress.

The session witnessed active participation from 120 attendees. The session concluded with an inspiring vision for India’s semiconductor future.

About the speaker: Dr. S. Sugumaran is a distinguished academician and researcher with over 25 years of experience in teaching and research, focusing on optical communication, networks, IoT, and 5G/6G technologies. He holds a PhD from VIT University and has contributed significantly to the field through numerous publications and collaborative works, including patented innovations such as a system for harmonizing 5G/6G terrestrial wireless communication requirements with environmental conditions. An inspiring educator and research mentor, Dr. Sugumaran is also actively involved in academic governance and quality assurance, serving as a BOS member, NBA/NAAC coordinator, and facilitator of consultancy projects. His professional journey includes impactful roles at VIT University, Galgotias University, and Vishnu Institute of Technology, where he currently serves as professor in the Department of Electronics and Communication Engineering.

About the talk:

The presentation on New Generation Wireless Communication delivered by Dr. S. Sugumaran provided a detailed overview of the evolution of cellular networks and the technological advancements shaping future wireless communication systems. The session emphasised the transition from earlier communication generations to advanced 5G, Beyond-5G (B5G), and emerging 6G architectures, highlighting improvements in speed, reliability, latency, and connectivity. A key focus was the 6G vision, which proposes a multi-tier, AI-integrated network capable of seamless interconnection between terrestrial, satellite, and IoT infrastructures. The presentation also discussed the wireless technology ecosystem, the relationship between frequency and signal path loss, and next-generation solutions such as Cell-Free Massive MIMO, which offers improved coverage and reduced interference through distributed network access. Additionally, the talk explored the evolution of core network design, including advancements in Radio Access Networks (RAN) and service-centric architectures. Overall, the session provided valuable insights into how AI-driven, intelligent, and high-capacity network systems will define the future of communication and support advanced digital applications.

The Department of ECE organized a Tech Talk on Entrepreneurship and Skills on 20th November 2025. The session featured two distinguished alumni speakers: Mr. Syed Ali, who addressed Entrepreneurial Skills and Market Strategy, focusing on the essential skills required for emerging entrepreneurs, including critical thinking, adaptability, innovation, and risk management; and Mr Mir Ali, who shared his Entrepreneurial Journey and Experiences. The talk aimed to inspire students and provide practical insights into entrepreneurship.

To create awareness among students and promote responsible disposal habits, the Departments of CSE, Civil, and ECE, in coordination with the Vemana Alumni Association and the Vemana IEEE Student Branch Chapter, organized A Talk on E-Waste Management, followed by an E-Waste Collection Drive. The event aimed to educate students on the importance of sustainable waste practices and introduce real-world solutions currently implemented through the E-Rozgar and Naari Circuit initiatives.

RESOURCE PERSONS ADDRESSING STUDENTS

This in-house seminar delivered an engaging and insightful session on “Digital Twin Technology”, exclusively organized for the students of Electronics and Communication Engineering. The seminar was conducted on September 29, 2025, by Prof. Indu M, who shared valuable knowledge and applications of this emerging technology.

The session began with an introduction to the concept of a Digital Twin, which is defined as a virtual, data-rich representation of a physical object, system, or process. Unlike static models, digital twins are continuously updated with real-time data from sensors, creating a dynamic digital counterpart of the physical asset. This powerful integration allows users to simulate behaviors, monitor operations, identify inefficiencies, and design improvements without risk to the actual system.

Objective of the Seminar

• To introduce students to the fundamentals of Digital Twin Technology.
• To provide practical knowledge of its applications across industries.
• To highlight the role of IoT, sensors, and data analytics in real-time synchronization.
• To inspire students to explore research and project opportunities in this area.

Key Highlights of the Seminar

1. Virtual Representation

o Digital twins are interactive, 3D, and dynamic models of real-world entities.

2. Real-Time Data Synchronization

o Constantly updated through IoT-enabled sensors, ensuring the digital model mirrors the physical system accurately.

3. Lifecycle Span

o Covers the entire journey of an asset—from design and development to operation, maintenance, and optimization.

4. Analysis & Simulation

o Enables “what-if” scenarios, predictive simulations, and performance optimization through data-driven insights.

Components of a Digital Twin

• Physical Asset – The real-world system. • Sensors &IoT – Collect real-time data. • Digital Model – Virtual replica of the asset. • Analytics Engine – Processes data and provides insights. • Connectivity – Links physical and digital worlds. • Dashboard – Visualizes and interacts with the twin.

Working Mechanism of Digital Twins

• Data Collection : Sensors on physical assets gather information such as performance, condition, and environment.

• Data Integration: Collected data is transmitted to the digital model via IoT frameworks.

• Model Creation: A detailed virtual replica of the physical system is built.

• Analysis & Action: Real-time data and simulations guide decision-making and operational improvements.

Benefits and Applications Discussed

• Predictive Maintenance – Early detection of faults reduces downtime and operational costs.

• Performance Optimization – Enhances efficiency, energy usage, and resource allocation.

• Improved Decision-Making – Provides real-time visibility for strategic planning.

• Design & Development – Facilitates virtual testing of new designs without impacting live systems.

• Remote Monitoring – Enables monitoring of assets anytime, from anywhere.

Key Takeaways for Students

• Better understanding of the integration of IoT, AI, and simulation tools in Digital Twins.

• Awareness of industry applications in manufacturing, healthcare, aerospace, energy, and smart cities.

• Insight into how Digital Twin technology contributes to Industry 4.0 and future innovations.

• Exposure to the role of real-time data analytics in decision-making.

• Understanding of how cyber-physical systems are interconnected with IoT-based models.

• Inspiration to pursue projects, internships, and research in digital technologies.

• Awareness of career opportunities in domains like smart manufacturing, automotive, healthcare tech, and IT services.

Conclusion

The seminar offered students a comprehensive understanding of Digital Twin Technology, effectively bridging theoretical knowledge with real-world applications. Prof. Indu M insightful explanations emphasized how digital twins are revolutionizing industries such as manufacturing, healthcare, energy, transportation, and smart cities, showcasing their ability to enhance efficiency, sustainability, and innovation.

The session was highly interactive, encouraging students to ask questions, engage in discussions, and relate the concepts to their academic projects and future career opportunities. It not only broadened their technical perspective but also inspired them to explore the vast potential of this transformative technology in research, product design, and industry-driven problem-solving.

Overall, the seminar served as a valuable learning experience, equipping students with a futuristic vision of how Digital Twin Technology is shaping Industry 4.0 and beyond.

Mr. Prajwal Vijaykumar, an alumnus from the 2009–2013 Electronics and Communication batch, visited our college and gave a talk on “Future Career Prospects for ECE students”. Today, he works as the Chief Architect for Vehicle Smart Access at Continental Automotive India Pvt. Ltd., and his career has taken him around the world—from India to Mexico, the US, Singapore, Germany, and France. But instead of only speaking about his achievements, he chose to share stories, lessons, and thoughts that students could genuinely connect with.

He began with a simple reminder: life is short, and it keeps getting shorter every day. To explain this, he used the idea of “life boxes,” where every stage of our life is like a box with an expiry date. Some boxes are full of sweet memories, others may be sour, but together they shape who we are. Once a box expires, no money can bring it back—so it’s important to focus on collecting experiences and memories rather than just chasing success. This message really struck a chord, making the students think about how they should utilise their time.

When he moved to career guidance, his words were just as practical. He explained that projects are more than just marks on a report card—they are chances to prove creativity and problem-solving skills. His suggestion to prepare short project demo videos for interviews felt fresh and doable, a simple step that could make a big difference.

He also shared how growth in life works through consistency. Small efforts, repeated every day, matter more than occasional big jumps. He advised students to not to be afraid of failure, but to fail smart—fail in a way that teaches you something and helps you grow. His outlook on life was equally refreshing: find meaning in what you do, enjoy the process instead of rushing to milestones, and decide your own priorities rather than comparing your path with others.

The session left a strong impact. It wasn’t just about placements or careers, but about balancing ambition with happiness. Hearing from someone who once sat in the same classrooms asthe students, and who went on to achieve so much, made his advice feel both real and inspiring. His talk reminded the students that success isn’t only about titles or achievements—it’s about enjoying the journey and building a life filled with memories and purpose.

Report: A technical talk on “Critical role of embedded system in Electric Vehicles” for 4^th semester ECE students.

Introduction

Embedded systems are the backbone of autonomous vehicles, enabling real-time data processing, decisionmaking, and control mechanisms. These systems integrate specialized computing units into various vehicle components, ensuring safety, efficiency, and seamless operation. The evolution of embedded systems critical to advancements in automotive technology, particularly in achieving full vehicular autonomy.

The Department of Electronics and Communication Engineering and Vemana IEEE Circuits and Systems Society jointly organized a technical talk on “ Critical role of embedded system in Electric vehicles” to expose students to this cutting-edge domain

Details
• Dates:
7^th May 2025.
• Timings:
The session was held from 10:30 AM to 11:30 AM
• Target Audience:
The event catered specifically for ^{4th-semester students} of the Electronics and Communication Department, with over 150 participants in attendance.

Resource Person:
1. Dr. Parag Jose C (Head, Centre of Excellence in E-Mobility School of Engineering & Technology) CHRIST(Deemed to be University)

Co-ordinators
1. Dr. Hemamalini GE
2. Prof. Swathi S P
3. Prof. Prathima A

Key Learning Objectives
1. Embedded Systems Fundamentals: Architecture, microcontrollers, and real-time operating systems(RTOS) for automotive applications.
2. Sensor Integration: Use of LiDAR, radar, cameras, and IMUs in autonomous navigation.
3. Autonomous Vehicle Control: Algorithms for perception, decision, and control.
4. Hands on Prototyping: Development using platforms like Raspberry Pi, Arduino, and NVIDIA Jetson Nano. 5. Safety & Standards: Understanding ISO 26262 and other automotive safety norms

Objectives
1. Skill Development: Equip students with hands-on knowledge of embedded automotive platforms.
2. Industry Alignment: Familiarize students with technologies used by top automotive companies.
3. Career Readiness: Preparing students for roles in automotive electronics, embedded systems, and AIdriven vehicular systems.

Significance of the Workshop

Real-World Relevance
Exposure to technologies is driving the future of transportation.
In-depth understanding of the role of embedded systems in self-driving vehicles.
Practical Skills
Projects involving obstacle detection, line following, and autonomous decision-making.
Building and testing embedded circuits and vehicle control logic.
Career Impact
Industry-relevant certifications and experience.
Enhanced preparedness for internships and roles in automotive tech companies.

Conclusion
The talk was a highly impactful initiative, bridging academic knowledge and real-world automotive innovation and the role of Embedded Systems in Autonomous electric Vehicles. The students gained essential skills and insights, paving the way for future opportunities in one of the most dynamic and rapidly evolving sectors. This initiative has significantly enhanced their technical foundation and career prospects in embedded automotive engineering.

Orientation on Augmented Virtual Reality organised by Department of Electronics and Communication Engineering In Association with Vemana IEEE Student Branch Chapter on 6th June 2024.

Augmented Reality is all about enhancing the real world by overlaying digital information on it. We might have experienced AR if we ever used a filter on Instagram or Snapchat, or played Pokémon Go, where digital characters appear in your real-world surroundings.On the other hand, Virtual Reality, or VR, immerses us in a completely different environment. By wearing a VR headset, we can be transported to a virtual world where you can look around and interact with a simulated environment. It's like stepping into a video game or a different reality altogether.

Founder of EDUTANTR -Mr Vinoth , Co Founder -Deepak and Mento in EDUTANTR -Leo , conducted an interactive session focused on the comparative importance versus practical skills. The session featured engaging discussions facilitating a comprehensive understanding of the topic.

Deepak initiated the session by presenting the debatable topic of marks versus skills. He highlighted the traditional emphasis on academic marks and contrasted it with the growing importance of skills in the contemporary job market. Deepak emphasized that while marks are crucial for academic evaluation, skills are increasingly valued for practical application and career growth. He introduced to EDUTANTR which is an online platform for learning skills

The session included an in-depth exploration of AR, VR, and MR technologies:

AR (Augmented Reality):Technology that overlays digital content on the real world, enhancing the user's interaction with their environment.
VR (Virtual Reality): An immersive experience that creates a completely virtual environment for the user.
MR (Mixed Reality):Combines elements of both AR and VR, allowing digital and physical objects to interact in real-time.

Leo continued the session with the applications of AR, VR in the daily life and in our core electronics branch

Interactive Learning:

Circuit Design and Simulation:AR and VR can create interactive, 3D models of electronic circuits. Students can visualize and manipulate components in real-time, understanding how changes affect circuit behavior.
Virtual Laboratories:: VR can simulate lab environments where students can conduct experiments without the need for physical components, reducing costs and risks associated with handling real equipment.
AR-Assisted Assembly:AR can provide step-by-step assembly instructions overlayed on the physical components, reducing errors and training time for assembly line workers.
AR for Troubleshooting:Technicians can use AR glasses to receive real-time diagnostics and repair instructions, overlayed on the physical devices they are working on.
Remote Assistance:AR allows experts to guide technicians remotely, providing visual instructions and feedback in real-time.

Upskilling and Importance of 5G and IOT was organised by Vemana Institute of Technology, in the Seminar Hall on 6thMay,2024 for 6thSemester students under the banner of IEEE. Resource Person, Mr. Sharanjit Gandhi gave great insights about upskilling with multiple courses. He also provided the importance of 5G and IOT in the coming years. He also mentioned about various job opportunities available in the field of 5G Networking and IOT. This helped students to understand the importance of upskilling and they gained knowledge about the opportunities available in the field of 5G and IOT.

Introduction:

On November 25^th 2023, Vemana Institute of Technology organized an enlightening orientation program on technical paper writing, featuring Dr. Preeta Sharan, the esteemed Dean Researcher. Faculties incharge were Dr Hemamalini G E, who introduced and welcomed the Dr Preeta Sharan,a distinguished academician, shared insights into the significance of paper writing in the academic and research realms, highlighting her own achievements and emphasizing the importance of IEEE conference.

Speaker Profile : Dr Preeta Sharan an experienced Professor skilled in device development for PWD Sensors, Fiber Optics,, and Research funding. Strong education professional with a Post Doctoral focused in Characterization and fabrication of Optical fibre Bragg Grating, Optical

Importance of Paper Writing : Dr. Sharan commenced the program by elucidating the pivotal role of technical paper writing in the academic and research communities. She emphasized that writing scholarly papers is not only a means of disseminating knowledge but also a critical skill that contributes to the intellectual growth of researchers

In conclusion, the orientation program on technical paper writing by Dr. Preeta Sharan was a resounding success, providing attendees with valuable insights into the importance of scholarly writing and the significance IEEE conference. Dr. Sharan's achievements served as a source of inspiration, motivating for the students.The event undoubtedly contributed to the college's commitment to fostering a culture of research excellence among its faculty and students.

The Department of the Electronics and communication of Vemana Institute of Technology had organized an orientation program on ”Electronic devices and components “ on 23rd Nov-23 for the third semester students at the main seminar hall. The orientation session on electronics devices and components was conducted by Dr. Mahesh Aanagodumath, the Deputy Manager of HR and Administration at RADEL, Bengaluru.

The primary objective of the orientation was to provide students with a comprehensive understanding of electronics devices and components relevant to their roles within the organization.he primary objective of the orientation was to provide students with a comprehensive understanding of electronics devices and components relevant to their roles within the organization.

Dr. Aanagodumath initiated the session by providing a brief overview of the field of electronics, its significance in modern technology, and its applications in the products developed by RADEL as well as in other companies.The session delved into the fundamental electronic components, such as resistors, capacitors, transistors, and integrated circuits. Dr. Aanagodumath explained their functions and significance in electronic circuits. The orientation covered advanced components like microcontrollers, sensors, and communication modules, multimeters.

Dr.Aanagodumath highlighted also about what the industries expect, such as a person being creative minded, zeal to learn new things and to explore things in different perspectives.

The interactive and informative nature of the session contributed to a positive learning experience. We express our gratitude to Dr. Aanagodumath for his valuable contribution, and we look forward to future learning initiatives under his guidance.

The Global education awareness program was organized by Vemana Institute of Technology, in the main seminar hall on 26^th July, 2023 for 4^th semester students under the banner of ISTE and IEEE. The speaker for the day was Mr. Harish Kumar T. M. from Nestlings academy. He gave the useful insights of higher education and the path to follow for it and basically spoke about the eligibility criteria for pursuing masters in abroad. Trainer briefed about the competitive exams that is the gateway to this process. He also elaborated about IELTS, TOEFL, GRE, GMAT and other such competitive exams and the minimum score one should achieve to qualify the exams. Speaker concisely spoke about necessary conditions and requirements for the process and mentioned about the countries, universities that would offer us a good master’s degree. The session concluded with brainstorming session which involved aptitude Level problem.

Career guidance is a process that assists individuals in identifying their career goals and pursuing the right path to achieve them, in this point of view Department of Electronics and Communication Engineering of Vemana institute of technology has organized A TALK ON : Career Guidance on 25^th May 2023 by Abhilash K, business development manager from nestlings. The talk was organized for 6 th semester students. The session started with motivating the students and guiding them about the opportunities they have in their career. Then session ended with support the nestlings is giving the students to enhance their bright career.

Department of Electronics and Communication engineering of Vemana Institute of Technology has organized seminar on Exciting Career Opportunities after Engineering on 13^th april 2023 for the 6^th semester students . Mr. Ankit Goyal from Unacademy was the resource person for todays event, Mr. Ankit took a stand to motivate students on various career opportunities in the government and private sectors. the session continued with preparation strategies, tips and tricks for cracking the competitive exams like GATE, KPSE, KPSC, KPTCL and many more. The session concluded with sharing links, videos and websits that unacademy has done for students with the free of cost.

A worthy CV is a tool which can effortlessly get you a great job. The Department of electronics and communication engineering of Vemana institute of technology organized the orientation on CV writing which started at 12:00 p.m. on 17 November 2022 this program was conducted by Mr. Akhileshchandy and Mr. Harsha Murthy from vedhav academy. The orientation was very interesting and brought about the importance of CV writing. It also emphasized on innovative creation of CV writing format presentation of the CV. Mr. Chandy was very lively and extracted many ideas from the students through interaction. This enabled the students to understand that how a CV can be created and make attractive. He shared the parameters based on which students can write a creative CV.

The department of the Electronics and communication has organized a technical talk on Technology in Innovation on 3^rd Dec-22 for the third semester students at the main seminar hall. The session started with the welcome and introduction by prof. Sandhya KV Dept. of ECE. The speaker for the technical talk was Dr. Guruprasad A.S Scientist Bosch global software technology. Mr Prasad spoke to the student regarding the importance of basic concepts in engineering and how one has to choose the subjects of their interests, he also mentioned that the students has to focus on the subjects of their interests and carry out projects, internships in that domain. He emphasized on the latest innovations in technology landscape and boosted the confidence of the students to procure the same. The talk ended up with thank you note to the students and speaker by Dr. Hemamalini Dept. ECE.

Vemana Institute of Technology, in association with the Vemana Business Incubation Centre, organized a Demonstration of Medical Electronic Devices on 12 September 2026, at the Vemana Business Incubation Centre, Bengaluru.

The program was organized to demonstrate the three medical equipments developed for dementia patients namely AushadhiMitra, Suraksha Night light and GrihaSuraksha. Distinguished delegates invited to the event included Dr. S. L. Hoti, Dean, BVVS Centre for Basic and Translational Health Research, Bagalkot; Dr. Ashok S. Dorle, Professor and Head, Department of Community Medicine, SNMC; Dr. Sachin, Professor and in-charge of the Geriatric Clinic at SNMC and HSK Hospital; and Dr. N. S. Dinesh, Professor, Indian Institute of Science, Bengaluru.

The event brought together experts from healthcare, research, and engineering, along with the institute’s management committee members, Principal, Heads of Departments, staff, and students. The demonstration served as a platform for exchanging knowledge about medical electronic devices, promoting interdisciplinary interaction, and encouraging innovation in healthcare technology.

Hackathon Report

The Vemana Business Incubation Center (VBIC), in association with Proptelligence AI, organized an 8-hour hackathon titled “InnovAIthon – 2025” on 15th December 2025 at Vemana Institute of Technology. The event commenced at 8:30 a.m. and was held in the ECE Seminar Hall, Room No. 213.
The hackathon was exclusively organized for registered students of the 7th semester. The hackathon aimed to provide students with hands-on exposure to real-world problem solving using Artificial Intelligence and data-driven technologies.
Proptiligence AI, registered under the VTU Internship Portal, aims to offer valuable internship opportunities to deserving participants, making the event highly beneficial for students’ academic and professional growth.

Objectives of the Event

• To promote innovation and problem-solving skills
• To encourage practical application of AI concepts
• To provide industry exposure and internship opportunities
• To enhance teamwork, coding, and presentation skills

HACKATHON THEMES

1. Climate Action & Environment
2. Smart Cities & Infrastructure
3. Healthcare & Wellbeing
4. Education & Inclusivity
5. Ethical AI

The hackathon was conducted over 8 hours. Teams created GitHub repositories, collected datasets, designed algorithms, and developed AI-based solutions. Mentors guided teams throughout the process.Each team presented a 3-minute pitch with a demo and explanation of algorithms and methodology. Evaluation was based on innovation, feasibility, technical depth, and presentation quality

Outcomes of the Event

• Students developed hands-on experience in AI-based problem solving and rapid prototyping.
• Enhanced teamwork, communication, and time-management skills among participants.
• Encouraged innovative thinking and entrepreneurial mindset aligned with startup and incubation culture.
• Improved students’ ability to translate ideas into feasible technical solutions within time constraints.
• Strengthened industry–academia interaction through collaboration with Proptelligence AI.
• Provided a platform for identifying potential student projects for further incubation and development.

The successful organization of InnovAIthon – 2025 highlights the institution’s commitment to promoting innovation, entrepreneurship, and experiential learning, with active support from the Management Committee, Principal, Heads of Departments, faculty members, and staff of Vemana I.T.

Report on the VLSID 2025: 38th International Conference on VLSI Design & 24th International Conference on Embedded Systems

The conference successfully brought together global experts, researchers, and professionals from academia and industry to showcase and discuss innovations in VLSI design and embedded systems.

Theme: "Silicon Meets AI: Sustainable Innovations in Accelerated Computing, Secure Connectivity & Intelligent Mobility"

The theme underlined the convergence of artificial intelligence (AI) with VLSI to drive transformative advancements across industries.

Dates and Location:

Held from January 4–8, 2025, at Leela Palace , Bengaluru, Karnataka, India

Focus Areas:

1. Smart Automotive: Innovations in autonomous driving systems, advanced driver-assistance systems (ADAS), and AI-driven mobility solutions.

2. Secure Homes: Discussions around the integration of secure VLSI systems in smart home devices, enhancing safety and privacy.

3. Healthcare: Presentation of VLSI-enabled solutions for medical devices, wearables, and AI-based diagnostics.

4. Robust Connectivity: Exploration of next-generation network technologies like 5G/6G and IoT, enabled by advanced chip designs.

5. Efficient Manufacturing: Focused on sustainable and energy-efficient manufacturing processes driven by VLSI innovations.

Conference Highlights:

Tutorial:On 4 th and 5 th January various stream tutorials were held for the fellows from both the Industry and academia.

Keynote Speakers: Renowned leaders from the semiconductor and AI industries shared insights on the future of VLSI in transforming connectivity, computing, and mobility.

Technical Sessions: Featured state-of-the-art research in VLSI architecture, design automation, and embedded systems.

Workshops : Hands-on sessions focusing on emerging trends like AI accelerators, quantum computing, and secure chip design.

Panel Discussions and fire side chats : Covered pressing topics such as sustainability in semiconductor manufacturing and the role of AI in edge computing .

Industry Expo: Showcased cutting-edge products and technologies from leading semiconductor companies and startups.

Takeaways:

The conference emphasized the role of VLSI in addressing contemporary challenges through AI integration, sustainability, and secure system design. It fostered collaborations between academia, industry, and policymakers to accelerate innovation in VLSI and its applications.

VLSID 2025 reinforced its position as a vital platform for advancing the state of VLSI design and embedded systems, shaping the future of technology and its applications.

The following faculty members from the department of electronics and communication Engineering attended the conference as faculty fellows. 1.Dr.Hemamalini G E 2. Prof.Prathima A 3.Prof.Amulya S

VemanaIT Faculty along with President of VLSID 2025 Dr Satya Gupta and Dr John (IIT Guwahati SRF Chair of VLSID)