Major topics to be covered during this STTP include:

• -The participants had learnt the codes required to prepare documents in Latex."

Major topics to be covered during this STTP include:

• The FDP will address the need to enhance the knowledge about Outcome based Education (OBE), its association with Teaching-Learning Process and NBA accreditation process.
• The objective is to build and hone the capacity of faculty to implement effective academic processes."

Major topics to be covered during this STTP include:

• Fundamental principles of semiconductor devices.
• Wide bandgap compound semiconductors.
• Tunnel FETs for low power/RF applications.
• Reliability issues in advanced semiconductor devices.
• Role of TCAD tools in device design.
• Simulating fabrication and device behavior on TCAD tools.

Major topics to be covered during this STTP include:

• FPGA Design Flow
• Hardware Description using Verilog
• Verilog for combinational & Sequential Design
• Simulation, Synthesis and implementation of designs using Xilinx
• Timing constraints
• Configuring FPGA and Verifying hardware operation
• Demonstration of Xilinx Virtex VC-707.

Major topics covered during this STTP includes:

• ASIC Design Flow
• CADENCE platform for Digital Design
• Static Timing Analysis
• Functional Simulation using different methods
• Synthesis Optimization

Major topics to be covered during this STTP include:

• Concepts of VLSI
• Designing process of Low Power VLSI Circuits
• IC Fabrication Technology
• Hands on Laboratory on EDA tools
• Silvaco/Synopsys TCAD tools

• Research Project Management.
• Research project funding.
• Role of Industries, Institute and Students in project work.
• Industrial research project.
• Several case studies related to Robotics, IOT.
• Industry expectations from students.
• Open Source software for research.

• To explore several aspects of Artificial Neural Networks like Perceptron and back propagation learning, Deep learning ANNs, Medical Image Analysis, Spiking Neural Networks, ANN programming and Hybridization of soft computing and applications.
• The research avenues in the field of ANN.

• Exposure to the management issues of laboratory and workshop class.
• To introduce the teachers and technical staff of technical institutions the importance of laboratory/workshop class management.

• Discuss new developments in mobile and cellular communication
• 5G technology
• Antenna designs for new technologies
• Access technologies for 4G and 5G, air interface planning concepts, small cell technology  etc.
• Evolution of broadband communication and its architectural aspects.

The STC will cover following topics:

• Designing aspects of embedded system
• Designing aspects of Digital system
• Application specific ICs
• Applications of system designing
• Role of system designing
• Latest trends in system designing using smart controllers
• Research issues while designing with smart controllers.

• Focus on Digital System Designs.
• The latest trends in Digital Systems including review of digital circuits, XC 4000e series of FPGA, XC 9500 series CPLDs, Combinational logic design principles & practices, Sequential logic design principles & practice.
• Simulation, Synthesis & implementation of circuits using VHDL
• Learn about XC4000e and 9500 Series of reconfigurable devices and implementation of digital systems on FPGAs.

Major topics to be covered during this FDP includes:

• MOS fundamentals
• Impact of device scaling and need of low power design
• Inverter Design concepts: Resistive load, NMOS Enhancement and
• Depletion load
• CMOS inverter design
• Delay Calculation and Power optimization
• Cadence Virtuoso tool: Design flow

Major topics to be covered during this STC includes:

• Embedded system
• Classification of Embedded Systems, Embedded Processors, Advance RISCMachine (ARM 7 TDMI), Microprocessor without Interlocked system
• Applications of Embedded system, embedded system in Mechatronics
• The illustrations of various applications like household appliances,tele communications, medical equipment, industrial control, consumer products etc.

Major topics to be covered during this FDP includes:

• Heterogeneous and homogeneous WSN
• Monitoring applications of WSN
• Routing protocols of WSN
• IOTs in WSN
• ZIGBEE technology

The topics covered in the FDP

• Clocking Circuits
• High-Performance on-chip interconnect
• Power Distribution and Delivery
• Leakage Reduction Techniques
• Regular Circuit Fabrics
• 3 D integrated circuits
• Integrated optoelectronic devices

Major topics to be covered during this FDP includes:

• Introduction to wireless and mobile communications
• Research challenge in wireless networks
• Journey from 2G to 5G
• Wireless sensor networks applications
• 3G Architecture & Fundamentals
• RF planning fundamentals with parameters. for 2G/3G/LTE
• Software define network
• Cellular migration from 2G to 3G

Major topics to be covered during this FDP includes:

• Classification of Embedded Systems
• Embedded Processors
• Advance RISC Machine (ARM 7 TDMI)
• Microprocessor without Interlocked system

• Practical aspects of communication technologies and applications along with the necessary theory knowledge.
• Software-defined networks for communication.
• Massive MIMO and Millimetre Wave Communication.
• Visible light communication and resource allocation in 5G networks.

• Overview of IC Design.
• Aspects of IC Design.
• Introduction and Device Characteristics.
• Analog IC Design.
• Digital IC Design.
• Semicustom IC Design/PLD.
• Introduction to EDA tool.

Major topics to be covered during this FDP includes:

• Automatic speech recognition
• HMM
• Deep sub mirror VLSI design
• Ultra low poer design techniques
• Low power device modeling

• Selection of appropriate analytical tools
• Right software
• Interpretation of outputs and effective report writing.
• To emphasize on broad range of techniques available in research methods and data analytics for academicians, practitioners and researchers from interdisciplinary domains.

Major topics to be covered during this FDP includes:

• Realization of Digital Systems
• Design of Infinite Impulse Response Digital Filters
• Finite Impulse Response Filter Design
• Discrete Fourier Transforms
• Fast Fourier Transform Algorithms

• Latest trends in VLSI Design/Technology.
• Hands-on experience in the state-of-art Cadence EDA tools for VLSI.
• Design supporting Analog and Digital Front End and Back End.

Major topics to be covered during this FDP includes:

• Introduction of Mobile Communication system.
• Comparison between 1G, 2G 2.5G and 3G.
• Architecture of 3G Communication System.
• Scientech 2138A Product Description.
• Understanding of 3G Modem and Interfacing Hardware and its technology.