INTERNAL HACKATHON For SIH 2020 Under TEQIP III

About

Joint Workshop on Digital Technologies for Smart Agriculture Under TEQIP III

About

Dr. M. B. Cheti, Hon’ble Vice Chancellor, University of Dharwad presented keynote on topic Present Status and Challenges in agriculture. It was followed by talks by other experts on topics namely (i) Artificial Intelligence and Machine Learning in Agriculture (ii) Image Processing for Agriculture applications (iii) IoT sensor based greenhouse Automation (iv) Artificial Intelligence using Drone based Hyper spectral Imagery for smart agriculture (v) Adoption of Digital technologies/industry 4.0 in agriculture (vi) Scientific solution and applications in Plant and Crop research (vii) Augmented reality and virtual reality for smart agriculture (viii) Cloud IoT in agriculture (ix) Big Data Analytics in Agriculture.   

TWINING ACTIVITY FDP on VLSI CHIP DESIGN Under TEQIP III

About 

FDP covered following topics

VLSI design, SoC Design, Generic digital design flow, hierarchical design representation, Platform based SoC design Floor planning & timing, analysis, Floor planning and pre layout timing analysis [OpenSTA] , Placement, Clock tree Synthesis, Partitioning, iterative placement, analytical placement, Wire-length, estimation; Clock tree synthesis [MAGIC tool], Global routing, Detailed, routing, Maze routing, line probe algorithms; Left edge, dog-leg, algorithms; Signal integrity, DRC, LVS, ECO; post layout STA.

TWINING ACTIVITY FDP on ANTENNA TRENDS Under TEQIP III

About 

FDP covered following topics Radiation from short current element; Basic antenna parameters: radiation pattern, directivity, gains radiation resistance; radiation from small loop; linear antennas; monopole antennas; radiation from planar apertures; waveguide and horn antennas Basic microstrip antenna elements: different feeding techniques; transmission line and cavity models; broadband, multiband and compact microstrip antenna elements; PIFA (planar inverted F antenna).

TWINING ACTIVITY FDP on ROBOTICS and AI Under TEQIP III

About

FDP covered following topics

Introduction to Robotics: Robot Manipulators, Mobile Robots, Legged Robot, Aerial Robots, Applications. Components and mechanisms of a robotic system, sensors and actuators. Introduction to Manipulator, Coordinate System, classification, reachable and dexterous space, Forward and Inverse kinematics, DH Parameter Velocity Kinematics. Hands on: Robot Simulation Software, Tutorials on Coordinate systems and Robot Kinematics :

Webots, RoboAnalyzer Mobile robots and their kinematics, Holonomic and Non-holonomic robots. Basics of trajectory planning, configuration space and dimension. Linear and nonlinear robot control: Feedback and motion control, Path Planning and Obstacle Avoidance in known and unknown environment. Intelligence path planning. Hands on: Practice on Webots for Trajectory Planning using different types of robots

TWINING ACTIVITY FDP on Embedded Systems and Interfacing Under TEQIP III

TWINING ACTIVITY FDP on Advance Signal Processing And Optimization Techniques Under TEQIP III

Joint FDP on DEEP LEARNING AND APPLICATIONS  Under TEQIP III

Joint FDP on NETWORK SECURITY Under TEQIP III

One day Workshop on VLSI Design and Testing Using EDA Tools Under TEQIP III

Mr. Upendra Gupta, 

Dr. Priyank Kalla, Professor, Department of Electrical & Computer Engineering, University of Utah, Salt Lake City, USA

About

Workshop mainly focused on faculties and students working in the field of VLSI. It provided an opportunity to understand technologies and trends pertaining to EDA tools in VLSI. Recent breakthrough in silicon photonic technology for integration of optical devices into silicon based semiconductor processes.

Joint Seminar on Emerging & Evolving Trends in Information and Communication Technology (ICT). Under TEQIP III

About

With the expeditious advancement in the telecom technologies, the conjecture of the talent in the industries has been changed. To recognize and adapt these changes, the respective curriculum should focus on practical aspects of the subjects. It will correlate the requisite acumen of the students with industries expectations. This seminar aimed to enable the academia to get acquainted with advanced communication tools which will increase their acceptance in the telecom industries.

Joint Workshop on CMOS DIGITAL IC DESIGN: Concepts and Recent Trends Under TEQIP III

About

Workshop mainly focused on faculties and students working in the field of VLSI. It provided an opportunity to understand the functioning, timing and power models of basic CMOS building blocks, various circuit topologies for implementing sequential and combinational logic, transistor sizing and hands on experience on various EDA tools for schematic, layout and spice simulation