The Department of Electronics and Communication Engineering organized a Five-Day Faculty Development Programme (FDP) on “Hands-on Embedded Systems using STM32” at Canara Engineering College from 9th to 13th February 2026. The programme witnessed active participation from 34 faculty members of Canara Engineering College as well as faculty from other institutions, representing Electronics, Electrical, Computer Science, and related disciplines. The five-day FDP emphasized a strong practical orientation, with extensive hands-on sessions enabling participants to gain real-time experience in working with STM32 microcontrollers. The sessions covered key topics such as STM32 architecture, ARM Cortex-M fundamentals, GPIO programming, timer configuration, UART communication, sensor interfacing, and debugging techniques using STM32CubeIDE. The FDP also introduced participants to the concept of Artificial Intelligence at the edge through TinyML, highlighting the growing importance of integrating intelligence into embedded systems. The programme was coordinated by Ms. Savitha Acharya, Assistant Professor, Department of Electronics and Communication Engineering, under the guidance of Dr. Raghavendra M Shetty K, Head of the Department of Electronics and Communication Engineering, and with the support of the faculty members of the department. Objectives of the FDP: • To understand the architecture and programming of STM32 microcontrollers and to develop practical skills in configuring and interfacing embedded peripherals such as GPIO, timers, and communication interfaces. • To provide hands-on experience in developing and debugging embedded system applications using STM32CubeIDE. • To introduce participants to emerging trends such as TinyML and AI on embedded platforms.

Organized By IEEECan, IEEE Student Branch, CEC, in association with Dept. of AIML, R&D Cell, and IIC CEC, The target audience was mainly second and third year students of AIML, CSD, and ECE, Open to students from all departments and semesters. Workshop Highlights were: Use of APIs and Retrieval-Augmented Generation (RAG) models, GPT 5.0 applications, DeepSeek AI R1, Gemini 2.0 for automation of routine tasks with prerequisites: Basic knowledge of Python programming, Students required to bring laptops with active internet connection, with Hands-on practice conducted using Google CoLab. at Seminar hall 1.

Understand the basics of PCBs: learn about types, materials, and manufacturing processes used in designing electronic circuits. Apply Design Principles: Learn how to make schematic diagrams and translate them into PCB layouts using design software tools. Implement design rules: Apply electrical, mechanical, and safety design rules to ensure manufacturable and reliable PCB designs. Develop Fabrication-Ready Files: Create Gerber files and related documentation necessary for the fabrication and assembly of the PCB. Analyze and Troubleshoot Designs: Identify and correct layout errors, optimize trace routing, and ensure signal integrity in practical PCB applications

The Line Following Robot event at TECHNOVA fest invites PU students to explore the world of robotics by building and programming robots that can autonomously follow a pre-set path. Participants will work with sensors, motors, and control algorithms to create robots that navigate with precision. The event promotes hands-on learning and problem-solving, encouraging students to apply theoretical knowledge in a practical setting. It fosters innovation, teamwork, and creativity while offering a glimpse into the exciting field of robotics and automation. Students will gain valuable skills that can be applied in future engineering and technology projects.

An industrial visit to the Bio Incubator Centre and Manipal University Technology Business Incubator (MUTBI), Manipal, was organized to expose students to innovation and startup incubation ecosystems. Faculty members from the Department of ECE accompanied the students to the facility. Experts explained the role of bio incubators in supporting biotechnology, healthcare, and technology-based startups. The infrastructure, shared laboratories, prototyping facilities, and regulatory support available to incubatees were discussed. The MUTBI team outlined the startup lifecycle, mentorship programs, funding opportunities, and IP management processes. Students interacted with incubated startups and gained insights into product development and commercialization challenges. The visit concluded with a briefing on government-supported innovation initiatives and opportunities for internships and research collaboration.The event is coordinated by Vinay H S

The Human Following Robot event focuses on demonstrating an autonomous robotic system capable of detecting and following a human in real time. The event highlights the use of sensors, computer vision, and artificial intelligence in robotics. Participants gain insight into human–robot interaction and autonomous navigation techniques. It encourages innovation and problem-solving in the field of robotics and automation. The event also showcases real-world applications such as assistance, guidance, and surveillance. Overall, it provides a practical learning experience and promotes interest in advanced robotic technologies.

The Department of Electronics and Communication Engineering, in association with the Technovation Student Club, organized a hands-on session titled “Mastering LaTeX: A Practical Hands-on Session” on 19th November 2025 for the 5th semester ECE students. The session was conducted by Ms. Babitha Ganesh Kulal, Assistant Professor, Department of Computer Science and Engineering, and was coordinated by Mrs. Jayashree K, Assistant Professor, Department of Electronics and Communication Engineering. The session was held from 2:00 PM to 4:30 PM and focused on introducing LaTeX and its practical applications in technical documentation and academic writing. The resource person demonstrated essential LaTeX commands and guided the students through hands-on exercises, providing practical exposure to document preparation using LaTeX. A total of 35 students actively participated in the session, making it an informative and beneficial learning experience.

The *Human Following Robot* event focuses on demonstrating an autonomous robotic system capable of detecting and following a human in real time. The event highlights the use of sensors, computer vision, and artificial intelligence in robotics. Participants gain insight into human–robot interaction and autonomous navigation techniques. It encourages innovation and problem-solving in the field of robotics and automation. The event also showcases real-world applications such as assistance, guidance, and surveillance. Overall, it provides a practical learning experience and promotes interest in advanced robotic technologies.

Understand the basics of PCBs: learn about types, materials, and manufacturing processes used in designing electronic circuits. Apply Design Principles: Learn how to make schematic diagrams and translate them into PCB layouts using design software tools. Implement design rules: Apply electrical, mechanical, and safety design rules to ensure manufacturable and reliable PCB designs. Develop Fabrication-Ready Files: Create Gerber files and related documentation necessary for the fabrication and assembly of the PCB. Analyze and Troubleshoot Designs: Identify and correct layout errors, optimize trace routing, and ensure signal integrity in practical PCB applications

Understand the basics of PCBs: learn about types, materials, and manufacturing processes used in designing electronic circuits. Apply Design Principles: Learn how to make schematic diagrams and translate them into PCB layouts using design software tools. Implement design rules: Apply electrical, mechanical, and safety design rules to ensure manufacturable and reliable PCB designs. Develop Fabrication-Ready Files: Create Gerber files and related documentation necessary for the fabrication and assembly of the PCB. Analyze and Troubleshoot Designs: Identify and correct layout errors, optimize trace routing, and ensure signal integrity in practical PCB applications

Mr. Sinchan C, Dr. Raghavendra M Shetty K and Mr. Varun S Karadesai and

The Department of Electronics and Communication Engineering, in association with the Embedded/IoT Student Club, organized a workshop on “3D Print Basics” at the ECE Software Lab. Conducted by Mr. Laxmi narayan, 7th semester ECE, the session was coordinated by Mr. Sreerama Samartha J G, Assistant Professor, ECE. The workshop provided participants with foundational knowledge of 3D printing technologies, design tools, and practical demonstrations of printing procedures. Students gained exposure to the operation of 3D printers and learned how digital models are converted into tangible objects through additive processes.

Mr. M. Ranganath Bhat, Honorary Secretary of CHSA, inaugurated the Branch Entry and Freshers’ Day program. The Branch Entry Celebration was a joyful and memorable event that warmly welcomed the new batch of students into the department. A vibrant cultural program showcased by second year students.

The Ayudha Pooja celebration at the DSP Lab of the ECE Department was held with great devotion and enthusiasm. The lab was beautifully decorated with flowers, lamps, and Rangoli, creating a festive and spiritual ambiance. Faculty members, technical staff, and students gathered to perform the pooja rituals, which included offering prayers to the computers, lab equipment, and books – acknowledging their role in learning and innovation. The event fostered a sense of respect for knowledge and tools, while also promoting cultural values within the academic setting. Students offered bhajans, adding a melodic touch to the event and enhancing the spiritual atmosphere. Traditional mantras and prayers were recited to seek blessings and show gratitude for the tools and instruments. After the rituals, prasad was distributed to all staff and students, symbolizing divine blessings and the sharing of prosperity.

The Department of Electronics and Communication Engineering, in association with the Embedded/IoT Student Club, organized a hands-on workshop on “C++ Programming Operators” on 22nd September 2025 at the ECE Software Lab. The session was conducted from 2:00 PM to 4:00 PM, under the coordination of Mr. Sreerama Samartha J G, Assistant Professor, ECE. The workshop provided an engaging platform for participants to learn about different types of operators in C++, their applications, and implementation techniques. Interactive demonstrations and coding examples helped students gain practical exposure and deepen their conceptual clarity.

This event offers a thorough knowledge of analog circuits and PCB design, including the basics of electronic components, circuit design, signal processing, and the development of schematic design to PCB fabrication. The event combines theoretical notions with practical hands-on implementation to allow the student to design, simulate, and fabricate operational electronic circuits.

The Department of Electronics and Communication Engineering organized a Student Development Program on “Core Competency Training” from 08 to 11 September 2025. Six faculty members—Dr. Raghavendra Shetty, Dr. Dayananda G. K., Ms. Savitha Acharya, Ms. Jayashree K., Mr. Sreerama Samartha, and Mr. Varun Karadesai—served as resource persons, conducting sessions on Analog Circuits, Digital Electronics, Network Analysis & Circuits, CMOS Design, and Problem-Solving. The program provided students with in-depth technical exposure and hands-on problem-solving approaches. The sessions were designed to strengthen students conceptual understanding and analytical abilities. The program enhanced the participants confidence in core subjects, improved their problem-solving and critical thinking skills, and prepared them to meet the expectations of placement drives in the field of Electronics and Communication Engineering. The program was coordinated by Ms. Rajitha A. A., Assistant Professor, Department of ECE.

The Department of Electronics and Communication Engineering, in association with the Training, Career Guidance, Placement, and Alumni Cell, organized a session on “Electronics and Beyond” for 3rd-year ECE students on 03 September 2025 at 2:00 PM. The session was led by Mr. Ananth Pai J, Specialist – System C Methodology Development, and former employee of Infineon Technologies Pvt. Ltd. He explained the typical workflow in the embedded industry, including requirement analysis, and emphasized the importance of teamwork and adapting to evolving technologies in a professional environment. He also highlighted the key requirements for entering the embedded industry, stressing the need for strong fundamentals in electronics, proficiency in C/C++ programming, problem-solving abilities, and hands-on project experience.The session was coordinated by Ms. Rajitha A. A., Assistant Professor, Department of ECE.

A talk on "Building Integrity and Professionalism" was organized by the Department of Electronics and Communication Engineering on 03/09/25 in association with the Department of Student Welfare, CEC Benjanapadav. The speaker made them understand the meaning and importance of integrity and explored the real-life consequences of unethical behavior. The speaker encouraged ethical choices and personal responsibility. The facilitator used relatable examples and encouraged open dialogue, which made the session engaging. Overall, the session reminded that integrity is not just a rule to follow, but a value to live by. The session made the students understand that these are essential in a college environment and should be held more regularly to reinforce a culture of honesty, respect, and responsibility.

The event commenced at 9:30 AM with a formal inaugural function, where Dr. Venkatesh N. addressed the gathering, emphasizing the relevance of engineering innovation in modern-day challenges and encouraging students to explore research opportunities. The first technical session began at 10:30 AM, conducted by Prof. Sreerama Samartha, who provided an engaging and interactive session on the fundamentals of Arduino programming and IoT applications. The session concluded at 1:00 PM, followed by a 30-minute lunch break. In afternoon, a project model development session, started at 1:30 PM. During this session, participants were guided step-by-step to build and interface a their project. A total of 5 projects were developed and modeled, 1. Automatic lighting with a clap, 2. Automatic toll gate opening system, 3. Intruder alarm system, 4. Automatic street-light system, and 5. Automatic gas detector. This practical exposure allowed students to work collaboratively, troubleshoot issues, and gain confidence in implementing their own projects. The workshop concluded at 4:30 PM, with students demonstrating their projects and receiving feedback from the trainers. Social Media link: https://www.facebook.com/share/p/17ADYf6Nfp/?mibextid=wwXIfr/