Electronics
Duration : 40 Hours Information theory; microwave communiction; channel coding; turbo codes convolutional codes; |
Duration : 8 Hours Embedded systems; efficient & low power processors; applications |
Duration : 40 Hours Synthesis algorithms for high level synthesis- scheduling, binding and sharing; two level logic optimization; multilevel logic optimization; seuqnetial optimization- timing; library binding; |
Duration : 40 Hours Rigirous hands-on MATLAB- basics of control, stability criterion, s-domain analysis, frequency domain analysis, nyquist criterion; applications; |
Duration : 80 Hours Review of Fundamental Concepts & Mathematical preliminaries, Pulse Modulation, Basic digital modulation schemes and signaling over AWGN channels, Hands on (circuit design, assembly and measurements) |
Duration : 40 Hours Power devices; applications into smart grid; controlling renewable energy sources |
Duration : 80 Hours Design of Basic Building Blocks, CMOS device/interconnect fundamentals, Concepts for Analysis and Design, Multi-Stage Circuits and Subsystems |
Duration : 80 Hours Entity Relationship Modelling, Relational Algebra & Calculus, SQL, Database Design Process, Transaction Processing, Database Administration (Industry) |
Duration : 40 Hours MOS circuit implmentation of analog electronic circuits/sub-systems |
Duration : 8 Hours recent development in new materials and devices for nanotechnology applications |
Duration : 40 Hours VLSI design, SoC Design, Floor planning & timing analysis, Placement, Clock tree synthesis, Global routing, Detailed routing, Analog and Mixed Signal CircuitSpecifications to Design, Layout & GDS |
Duration : 40 Hours IoT- State of Art for smart cities, Security and Energy Tradeoffs in Electronic Systems, Consumer Electronic for Smart Cities, Energy Efficient Sensors |
Duration : 40 Hours Related to Microwave Components and Antennas; Special Antennas like SWB, MIMO, Reconfigurable Antennas, Optical Antennas etc., Antenna Arrays and Antenna Beam Optimization Techniques; Frequency Selective Surfaces (FSS), Metamaterials, Absorber & other related topics. |
Duration : 40 Hours Hardware implmentation, and hardware accelration of digital signal processing architectures/algorithms |
Duration : 40 Hours System implementation on to a single chip- modeling, synthesis, co-simulation aspects; Embeded system application |
Duration : 24 Hours Hands-on by company, supported by Telecomm Sector Skills Council, Delhi |
Duration : 40 Hours Design, HDL based simulation and hardware prototyping (FPGAs) |
Duration : 40 Hours MOS circuit implmentation of digital electronic circuits/sub-systems |
Duration : 40 Hours Automation relevant for industrial processes/instrumentation/control |
Duration : 48 Hours A. Advanced communication systems B. Time-frequency analysis & signal transforms techniques C. Signal/Image processing for communication links D. Optical Communications and Photonic devices E. Newer materials for communication devices and systems. |
Duration : 24 Hours CAD tool hands-on (Synopsys/Cadence tools) for Chip design and tapeout to be given to fabrication-house; Main focus of workshop has been on industrial techniques/methodology for CHIP designing in low geometries (180nm nodes)– Basic electronics, VLSI Technology, Semiconductor physics, Solid state devices, Microelectronics circuits, Linear integrated circuits, VLSI design, Digital electronics and logic design |
| Duration : 80 Hours |
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Duration : 40 Hours Study various components of RISC-V microprocessor based SoC and review all components using MAGIC Layout tool, MAGIC Layout tool and ngSPICE for SPICE simulations, Pre & Post layout timing analysis of SoC using OpenSTA. |
Information Technology
Duration : 40 Hours Adaptive DSP; S Transform, FPGA and DSP architectures for Adaptive Systems. |
Duration : 40 Hours Parallel architecture for high performance; programming aspects; clustering etc. |
Duration : 40 Hours Big Data Tools, Methods, & Technologies, Big Data Sources & Challenges in Smart Grids, Descriptive, Predictive & Prescriptive Analysis, Apache Hadoop Essentials |
Duration : 40 Hours Internet of things- concept, devices, applications |
Duration : 80 Hours Principles of Network Applications, Overview of Layers, Link Layers, Addressing at layers, Introduction of transport layer, Connectionless Transport, Connection-Oriented Transport, Principles of Congestion Control, The Internet Protocol (IP), Routing Algorithms,Security at Layers. |
Duration : 80 Hours Overview of Web Development -Client-side Programming, Scripting, Server-side Programming, Introduction to MySQL |
Duration : 80 Hours Fundamental Concepts of Programming, Basic Concepts of Data Structures, Data Structures & Implementation of Algorithms, Abstract Data Types, Hashing and File Structures. |
Duration : 40 Hours Parallel programming; MPI; Programming Shared Memory:Introduction to OpenMP, Runtime libraries, OpenMP with MPI and POSIX threads.; programming on Multi core systems & GPU computing, Programs based on Numerical Linear Algebra Dense and Sparse (Matrix Computations), Fast string Search Algorithms, Big data Graph Computations, Video Processing – Big data.; GPU Programming Introduction to CUDA, Applications of CUDA based systems, NVIDIA – CUDA Hardware and Software Architecture, CUDA SDK/APIs. |
Duration : 80 Hours Classical Opt. techniques & intro. to ‘Evolutionary Computation; Multi-Objective Optimization; Neural Network and Fuzzy Logic; Nature Inspired Algorithms; Swarm Intelligence |
Duration : 16 Hours deep learning and applied deep learning.; heterogeneous computing, GPU programming architecture: CUDA parallelism; NVLink, Kepler, Pascal; |
Duration : 80 Hours The course is relevant for applications into power drives, electric vehicles etc. |
Duration : 40 Hours Applications of IoT in AI & Machine Learning |
Duration : 40 Hours Relevant for smart grid applications |
Duration : 40 Hours Image Processing with Basic Operations, Advance Image Processing topics & application, Frequency Domain Filtering, Edge Detection, Restoring, Morphological Image Processing & Segmentation |
Duration : 40 Hours Introduction to Big Data Analytics and Map reduce Computing, Hadoop and SPARK Programming, NoSQL Databases, Text & Graph Analytics, Distributed Systems vs Big Data Technologies |
Duration : 40 Hours Relevant for future vehicle/automotive, EV Control and Storage Systems, V2G and G2V Technologies |
Duration : 40 Hours Fundamental Concepts of AI: Agents, environments, Supervised and unsupervised learning, Artificial Neural Network (Multi Layer Perception) |
Duration : 40 Hours Artificial Neural Networks (ANN), Biological inspiration, Perceptrons, Types of NN architectures, Deep Learning, Optimization for Training Deep Models, Convolutional Networks |
Duration : 40 Hours Introduction IoT architectures, Communication Standards, M2M & IoT Technology, Sensor based Solutions and RFIDs in IoT, Protocol Stack in IoT, Data Acquiring, Organizing & Analytics in IoT |
Duration : 40 Hours Relevant for future vehicle/automotive, Development of charger for EV charging, architecture and battery technology, Vehicle to Grid (V2G) and Grid to Vehicle (G2V) bidirectional power flow |
Duration : 40 Hours Core course in Control Systems theory, common to Electrical/Electronics/Computer engineers, State Space Modelling, Multirate Sampling, Variable Structure Control, Sliding Mode control & its Designing, Higher Order Sliding Mode Control, Terminal Sliding Mode Control |
Duration : 40 Hours Emerging area relevant for power quality improvement; Passive and Active Filtering Techniques, Demonstrations of High Speed Processor like dSPACE/DSP/FPGA in Custom Power Devices |
Duration : 40 Hours Fundamental Concepts of AI: Agents, environments, Supervised and unsupervised learning, Artificial Neural Network (Multi Layer Perception), |
Duration : 40 Hours Optimizations for Energy production, power systems, GAMS Modelling, GAMS Applications for Economic Dispatch |
Duration : 40 Hours Brief introduction of Artificial Neural Networks (ANN), Perceptrons, Multilayer perceptron (MLP), Regularization, Hyperparameter, Deep Feed forward Networks, The Convolution Operation, Pooling, Sequence Modeling |
Duration : 80 Hours Machine Learning Basics and Application, Data Mining Techniques, Neural Network and Deep leraning applications, IoT basics and architecture |
Duration : 40 Hours Introduction to Basic Concepts,Branching, Functions & Recursion, Data structures & algorithms, Testing & debugging |
Duration : 40 Hours Introduction to Robotics & Robot Simulators, Kinematics, Dynamics and Control |
Duration : 40 Hours Introduction to Network Layers; Why TCP / IP Model?; Network Security: Physical and MAC Layer, Routing and Transport Layer – IPSec, SBGP, ARP –TCP SYN Flood / Scan Attacks, Introduction to Web Security: Application Layer Protocols – HTTP, HTTPS, SMTP, etc., Browser security. Web Application Security – SQL Injection, CSRF & XSS, Blockchain Technology |
Duration : 40 Hours Basic concepts of AI; Supervised & Un-Supervised Learning, Analyzing time series data, speech recognition, computer vision and deep learning |
Duration : 40 Hours Introduction to fundamentals of C Programming language |
Duration : 40 Hours Introduction to the fundamentals of Data Structure; data organization, management, and storage |
Duration : 40 Hours Emerging area course with aopplication into Electric vehicles; EV charging and control, battery technology |
Duration : 40 Hours Introduction to Python Programming; Selection and Branching, Collection of Data Sequences; Functions; File Management; Object Oriented Concepts |
Duration : 40 Hours Introduction & basics of Python Programming, Decision Statements; Loop Control, Statements; Functions, Strings, Lists and Dictionaries; Tuples and Sets; File Handling; Pandas |
Duration : 40 Hours Introduction to Machine Learning and Artificial Neural Networks (ANN), Convolutional Neural Networks, Autoencoders & Generative Serial Networks, Recurrent Neural Networks |
Duration : 40 Hours AI Fundamentals, Search Techniques & Knowledge Representation, Machine Learning Algorithms, Neural Network and its Applications |
Duration : 40 Hours Language Modelling & Sequence Tagging, Vector Space Models of Semantics, Syntactic Processing, Sequence to Sequence Tasks, Unification-based NLP & Semantics |
Courses Pertaining to ICT Tools For Other streams of Arts, Commerce & Science etc.
Duration : 8 Hours Open educational resources available. |
Duration : 8 Hours Significance of skill acquisition in current era; opportunities for skill enhancement. |
Duration : 24 Hours Research writing skills A. Writing a technical report in Latex- outline & Contents B. Writing manuscript in Latex- working with figures, tables, mathematical style and bibliography C. Making presentation in Latex D. Reviewing manuscripts; Responding to reviewer’s comment |
Duration : 40 Hours Online/blended-learning in teaching learning process, Use of MooC for contents management, class organization, assessment, teaching learning- interactive whiteboards/smart-screens, digital content creation, bibliography management |
Duration : 40 Hours Importance of ICT in Disaster Risk Management (DRM) and Disaster resilient ICT infra, ICT for Early Warning System |
Duration : 40 Hours Use of ICT, Online/blended Learning, MooC, Teaching Learning Tools & e-content generation, Computer Based Training (CBT) |