Electronics
Duration : 40 Hours This FDP covers: Antennas for Defense Applications, Antenna Fundamentals, HF Antennas, VHF Antennas, Antenna Measurements, Radome Design for Antennas, Dual and Circularly Polarized Antenna Design, Antenna Array Design, Wideband and Multiband Antennas, Antenna Miniaturization Techniques |
Duration : 40 Hours This FDP focuses on Wave Equations and Planes, Rectangular Waveguide parameters, Antenna Basics, Computational Electromagnetics, Compact Antennas and Radome Design. |
Duration : 40 Hours This FDP covers: Wireless Communication Systems, Matrix Operations through Matlab, Math functions useful to Communications, Probability Random Variables- I & II, Operations on Random Variables, Random Process, Simulink Demo, Communication Design Suite, Channel Equalization and Information Theory and Channel Coding |
Duration : 40 Hours This FDP covers: Signal Processing and Applications, Adaptive Signal Processing, Practical Aspects in Signal Processing for Communication Systems, Multirate Signal Processing, Image Processing, Speech Processing, Fading Channel Modelling, DSP Processor, RF Signal Processing, Model Based Signal Processing, Variants of LMS algorithms, Radar Signal Processing and Video Content Analysis. |
Duration : 40 Hours This FDP covers: Signal Processing & Its applications, Spectral Estimations & Adaptive filters, Applications of Adaptive Filters, Multirate signal processing, Wavlet transforms and applications, Speech Processing, Radar Signal Processing & HOSA and Audio signal processing |
Duration : 40 Hours This FDP covers: Systems Engineering for Embedded Systems, Introduction to Embedded Systems, Embedded Systems Design Aspects, Embedded Processors Architecture, IOT Planning for Execution, Python Programming on Raspberry pi and Trends & Challenges in Embedded SW Development |
Duration : 40 Hours This FDP covers: Digital pass band Transmission, FEC Coding Techniques and Hardware Implementation using FPGA for Coding Techniques |
Duration : 40 Hours This FDP covers the topics on Semiconductor Physics, Energy Band Diagrams, Transistors, Physical Functioning of the Transistor, Biasing Concepts, Amplifier Design, Multi-Stage Design, Oscillator Design and Design of OP AMP |
Duration : 40 Hours This FDP covers: Networking Basics, Network Transmission Media, OSI, TCP/IP, Data Link Control, Ethernet Technologies, Wireless LANs, MODEMs, ADSL, Switching, Bridges, IPv4, ARP, ICMPv4, IPv6, Routing Protocols, TCP, UDP, WLANs, DNS, TELNET, FTP, HTTP, Network Security and Networking Ethics |
Duration : 40 Hours This FDP Covers: Analog Communications, Digital Communications, Error Control Codes, Synchronization, OFDM and MIMO, Under Water Communication, Spread Spectrum Techniques, Information Theory, Linear Convolutional Codes, Space Time Coding, Challenges in RF ICs, RF receiver front end, Antennas for Communications and Optical Communications |
Duration : 40 Hours This FDP covers topics on microwave and millimeter waves, terahertz, novel antennas, RFID, wireless sensor networks and software defined radio |
Duration : 40 Hours This FDP focuses Basic Electronics Applications - Systems approach, Introduction to Semiconductor Devices, Diodes and Special Diodes, Circuits simulation using Pspice software, Introduction to digital electronics, Feedback concept and Principal of operation of amplifiers, Measuring instruments and Transducers, RC circuits and Oscillators, Design of Combinational and Sequential circuits and Fundamentals of Communication Systems |
Duration : 40 Hours This FDP focuses on Speech Signal Processing, Speech Processing & Speech Recognition, Speaker Recognition, Speech Enhancement, Acoustic Theory of Speech, Feature Extraction Techniques, Hidden Markov Models for Speech Synthesis, Concatenative Speech Synthesis and Statistical Speech Synthesis. |
Duration : 40 Hours The course focuses on Introduction to Embedded Systems, Real Time Operating systems, FPGA & SoC Based Embedded Systems Design, System on Chips(SoC) Design, Demo on Programmable SoC(Zync) based ES, Raspberry Pi Architecture, Sensors and IoT Cloud, Socket Programming, MQTT Protocol, Node Red over IBM Bluemix and Hardware and Software Co-design |
Duration : 80 Hours This FDP covers: overview of Signals, Systems And Transform Techniques, Introduction to Matlab, CTFS and CTFT Development and properties, Laplace transforms development, ROC, properties, State space variables and systems, Sampling theory, DTFS, DTFT development, DFT properties, Z-Transforms development, ROC properties and Fractional Wavelets |
Duration : 40 Hours This FDP covers: Antenna Radiation, parameters, Introduction to SDR and Antennas for SDR, Design of antennas for hand held devices, HF and VHF Antennas for broad band, Antenna Measurements, Antenna array design, Patch Antennas, Fractal antennas, Metamaterials for antennas and Recent advances in Antennas |
Duration : 40 Hours This FDP covers: Advances in Communications, Analog and Digital Communications, Information Theory and source coding, Error Control Coding, Space Time Coding, Random Signal Analysis, Software Defined Radio, Underwater Communication, Digital Multiplexing, Digital Switching, Multiple Accessing, Spread Spectrum Communications, OFDM and Industrial Communications. |
Duration : 40 Hours This FDP Focuses on Static Electric and Magnetic fields, Capacitance, Inductance, Energy Stored, Maxwells Equations, Boundary Conditions, Wave equations and plane waves, Reflection by conductors, Reflection by dielectrics, Rectangular Wave Guide, CEM, Circular Wave Guide |
Duration : 40 Hours This FDP focuses on fundamental Concepts, Design of Basic Building Blocks, Concepts for Analysis and Design, PLL and applications, Multi-stage Circuits & Subsystems. |
Duration : 40 Hours This FDP covers: Introduction to Intelligent Systems, Mathematical Modeling of Physical Systems, State space modeling implementation in SIMULINK, Genetic Algorithm & Jaya Algorithm, PID Controller design using GA, Particle swarm optimization, Channel Equalization/Robot path planning using PSO, FIR/IIR Filter Design using DE, Antenna design using Bio inspired Algorithms and Teaching Learning based Optimization Algorithm |
Duration : 40 Hours This FDP covers: Introduction to Image Processing and Computer Vision, Image Processing in Spatial Domain & Frequency Domain with MATLAB, Digital Image Filtering, Segmentation and Object Localization, Image Interpretation, Introduction to Computer Vision Systems, Pattern Recognition Approaches to Computer Vision and Future Challenges in Computer Vision |
Duration : 40 Hours This FDP covers: Implementation of 8 bit adder on Xilinx, Implementation of 8 bit multiplier using adaptive hold logic on Spartan3E, Introduction & Recent Trends in Xilinx FPGAs 7 Series Architecture Overview, Vivado Design Flow Synthesis, Implementation Techniques and Static Timing Analysis, VHDL Programming, ML/DL Resources, ASIC Design Methodologies, VLSI Chip Design – Industry Perspective, VLSI DSP Architecture |
Duration : 40 Hours This FDP covers: Introduction to Signal Processing Systems, Adaptive filter design using LMS, RLS, Adaptive Channel Equilization, Genetic Algorithm based Signal Processing Systems, Neural Networks, Deep Neural Networks for Image processing applications, Speech Analysis, Recognition Analysis and Synthesis, Differential Evolution, Bench Marking and Evaluation of Evolutionary algorithms and Adaptive beam forming |
Duration : 40 Hours The course majorly focuses on introducing raspberry PI (with built in WiFi chip), python scripting language and linux, with applications in embedded systems and IOT, Applications of IOT technology in green energy will be covered extensively in this program. Green energy is relevant to sustain progress of mankind globally because of the necessity to reduce carbon foot print and for ecological consideration. |
Duration : 40 Hours This FDP covers: Introduction to 5G and IoT, 5G Evolution, Cooperative Communication, Green Communication, 3G GSM Standards, CDMA, Spread Spectrum, OFDM MA, MIMO, CRANs-SDN-NFV, Small Cell Communication, Netsim, LTE, IoT Architecture, 5G Antenna, Unlicensed Spectrum 5G, M2M Communications, App Development, Sensors and Analytics for IoT |
Duration : 40 Hours FDP covers: Adaptive Filter Design Using LMS,RLS, Adaptive Channel Equalization, Evolutionary Computing algorithm based Signal Processing systems, Emotion recognition using Speech, System Development of Emotion recognition, Differential Evolution, Adaptive beam Forming using differential Evolution Algorithm, Wavelets and Machine learning, Image Processing algorithms for face recognition, Image Processing and applications, Adaptive Noise Cancellation and Kalaman filter and Applications |
Duration : 40 Hours This FDP covers: Coordinate Systems, Divergence, Curl and Gradient, Static Electric and Magnetic fields, Capacitance, Inductance, Energy Stored, Maxwells Equations, Boundary Conditions, Wave equations and plane waves, Reflection by conductors, Reflection by dielectrics, Poynting Vector and power flow, Guided Waves, Rectangular Wave Guide, Wave guide parameters and cavities, CEM, Tera Hertz and its applications |
Duration : 40 Hours This FDP covers: Electromagnetics and Maxwells equations, Antenna Fundamentals, Classical Methods, Genetic Algorithm & Its Application in beamforming, ANN, Cuckoo Search Algorithm, DE & Its Application in beamforming, Taguchi method, Weed optimization, Bio inspired algorithm, and Hybridization of Algorithms |
Duration : 40 Hours This FDP will cover: Speech Processing, Speech Analysis, Speech & Speaker Recognition, Neural Networks, Building ASR/SER System using Deep Learning, Deep Learning, Speech Enhancement, Social Signal Processing, Supervised Learning, Deep Acoustic Modeling and Speech Synthesis |
Duration : 40 Hours This FDP will cover: Introduction to Information Theory for Discrete Variables, Information Theory Inequalities, Coding of Discrete Memoryless Sources, Coding of Discrete Stationary Sources, Channel Capacity, Channel Models, Source Coding Techniques, Review of Block codes and cyclic codes, Convolutional codes, Turbo codes, Applications. |
Duration : 40 Hours This FDP covers: Trends in SoC Design, Image Sensor SoC, FPGA Architectures, HDL (Verilog), SoC Technology, SoC Architectures, Low Power VLSI Architectures, Hardware Software Co Design, Processor Design, SoC Power Management, SoC Design Challenges, SoC Tool Flow, RC Architectures and Implementation in ES and Current Technology Trends in Industry. |
Duration : 40 Hours This FDP covers: Image and Video processing, Image Segmentation techniques, Pattern Recognition approaches, Biometrics, Computer Vision and applications, Object tracking and recognition, Overview and Technologies of big Image data processing, Machine learning, Deep learning, Hands on sessions on Image and Video processing using R and PYTHON. |
Duration : 40 Hours This FDP covers: Antenna parameters, Basics material science, Theory of Metamaterials, Patch Antennas, Metamaterials for Antenna Applications, Metamaterials for filters, Metamaterials for couplers, Metasurfaces and Evolutionary Techniques |
Duration : 40 Hours This FDP covers: Introduction to Engineering Optimization, Linear Programming using Simplex Method, Non Linear Programming, Simplex Method Using MATLAB, Introduction to Genetic Algorithm, Particle Swarm Optimization, Teaching Learning based Optimization Algorith (TLBO), Jaya Algorith(JA), Differential Evaluation, Cat Swarm Optimization, Introduction to Neural Networks, Introduction to Deep Neural Networks, Applications of Neural Networks and Applications of Soft Computing Techniques in Electrical Engineering |
Duration : 40 Hours This course focuses on Systems Engineering for Embedded Systems, IOT Planning for Execution and Developing IoT Applications, Implementation of IOT with Raspberry pi. |
Duration : 40 Hours The FDP covers biomedical signals acquisition, preprocessing, and hands on different applications using MATLAB. |
Duration : 40 Hours This FDP covers: Ultra Low Power, Adiabatic Logic for Portable Applications, Novel Semiconductor Devices, FinFETs, PDSOI, FDSOI, Significance of mixed signal IC design for portable applications, sources and sinks Single transistor amplifier Biasing styles, Current mirrors, Gain boosting techniques, Differential amplifiers, Op amp design and Comparator characterization, Switched capacitor circuits, Data converters, circuit design at Sub-nA current levels, Energy harvesting circuits, BGR Circuits, PLL and Power Management IC design for portable applications |
Duration : 40 Hours This FDP covers Nano-scale MOS modeling , Nano-scale Interconnects, Post CMOS devices and interconnects based on CNTs, GNRs and spintronics, Integration methodologies, Spintronic devices and non-volatile logic, Basic illustration of SPICE with examples, SRAM Design on SPICE, Basic Illustration of TCAD , TCAD Simulation of advanced nanoscale devices, Modeling and simulation of advanced devices based on CNTs, GNRs, Spintronic device simulation using OOMMF |
Information Technology
Duration : 40 Hours The FDP covers: Introduction to PMC, Context Awareness in Computing/ PMC, Cloud and Services Computing in PMC, Wireless Networks, Sensor Networks, Cellular Networks, Software Development in PMC, IoT – Protocols and Software for Mobile Cloud Computing |
Duration : 40 Hours This FDP provides instruction on the database concepts, elements of DBMS, Database models, and fundamentals of database design, database implementation, MySQL and some emerging trends. Related and current database management technologies will be used to illustrate the hands-on experiences. |
Duration : 40 Hours This FDP covers: Introduction to OO Life Cycles, Object oriented Analysis Process, , Software Process Models, Software Quality Assurance and Quality Control, Unit And System Test Activities and Automation through Selinium |
Duration : 40 Hours This FDP will introduce the basic life cycle model concepts, it would discuss requirements specification, design, and testing issues. |
Duration : 40 Hours This FDP covers: Introduction to Machine Learning, ANNS Basics, ANNS for Signal Processing, Regression Techniques, Evaluating Hypotheses, Back Propagation Learning Algorithm, Rule Based Machine Translation, Deep Learning, Bayesian Learning, Applications of Pattern Recognition, Instance based Learning, Fuzzy Optimization and Control problems, Concept Learning, Swarm Intelligence, SVM, SC Techniques, Genetic Algorithms, Reinforcement Learning, Recommender Systems, ML topics and Fuzzy-Neuro systems |
Duration : 40 Hours This FDP covers: Introduction to Theory of Computation, Mathematical Foundation for TOC, Automata Theory, Designing of FA and Regular Expressions, Push Down Automata. Pumping Lemma for Context Free Languages, Turing Machines & Computability, Basic Time and Space Complexity Classes, Non-Determinism and the Class NP and Research Issues in Theory of Computation |
Duration : 40 Hours This FDP covers: Introduction to Parallel COmputing, Technologies and algorithms, Interconection Networks Properties & parallel Algorithms Design and Analysis, Routing, Communication Cost Analysis and Basic Communication operations, Parallel programming Using OpenMP, Parallel Programming Using MPI, Parallel Algorithms for Sorting, Parallel Algorithms for Sparse Real-World Graphs: Biconnectivity and Shortest Paths,and Pageranking |
Duration : 40 Hours This FDP covers: Database Security Models, SQL Injections, Implementation of SQL injection Techniques, Statistical Database Security, Database Security Design, The Encryption-Based Multilevel Database Model, The Instance-Based Multilevel Security Model (IBMSM), The Encryption-Based Multilevel Database Model, Data Security Issues on Cloud, Concurrency Control in Multi Level Relational databases, Security in Data Warehouses and OLAP Systems, Database Security Auditing and Privacy in Database Publishing – A Bayesian Perspective |
Duration : 40 Hours This FDP covers: Introduction to Algorithms, Introduction to Algorithms for Big Data, Asymptotic Notations, Analysis of Non recursive Algorithms, Analysis of Recursive Algorithms, Algorithm Design Methods - Divide and Conquer, Problem Solving by Divide and Conquer, Selection Algorithms, Sorting and Searching Algorithms, Algorithm Design Methods - Dynamic Programming, Algorithm Design Methods - Greedy Technique and Graph Algorithms |
Duration : 40 Hours The topics covered in this FDP are: Introduction, Cryptographic Algorithms, Database Security, Establishment of Security Associations, Mandatory Access Models, Security in wireless networks, Foundations of Privacy, Operating System Security and Modern Cryptography |
Duration : 40 Hours This FDP covers: Business Intelligence Overview, DW Architectural components, Infrastructure and Role of Meta data, Data cleaning methods, descriptive data summarization, data reduction methods, data discretization and concept hierarchy generation, DW schema design |
Duration : 40 Hours This course discusses techniques for preprocessing data before mining and presents the concepts related to data warehousing, online analytical processing (OLAP), and data generalization. It presents methods for mining frequent patterns, associations, and correlations. It also presents methods for data classification and prediction, data-clustering approaches, and outlier analysis. |
Duration : 40 Hours The course focuses on basic and essential topics in data structures, including array-based lists, linked lists, skiplists, hash tables, recursion, binary trees, scapegoat trees, red–black trees, heaps, sorting algorithms, graphs, and binary tree. |
Duration : 40 Hours The topics covered in this FDP include underlying languages and standards used to represent information on the web; techniques for understanding and managing data and information in a web context; and techniques and technology used to design and deliver web infrastructure. |
Duration : 40 Hours This FDP covers: Introduction to Object Oriented Life Cycles and concepts of Java, Python Programming, Scala Programming, R Programming |
Duration : 40 Hours This FDP covers: Introduction to Mobile Platforms, Android Basics, Android Architecture, Android Layouts, GUI Design Components, Client - Server Communication, SQLite Data Base in Android, Multimedia in Android, Secure Android Programming and Responsive Web for Mobiles |
Duration : 40 Hours This FDP covers Introduction to Security Engineering and Cryptography, e-Mail Security, Web Security, Web Application Security, PCAP programming, Using OpenSSL for encryption, hashing, digital signatures and PKI, Malware, Types & Reverse Engineering, Perimeter Security Solutions, Mobile Device Security, Secure Coding in C & C++, Security Design Principles. |
Duration :40 Hours This FDP covers: ARM Architecture, Thumb Instruction Set, ARM internals, Exception Handling, Peripheral Programming, Introduction to Linux Kernel, Linux Kernel Configuration & Compilation, Introduction to Linux Module Programming, Introduction to Linux Device Drivers, Synchronization Mechanisms, Deferred Works, Hardware Management, Embedded Linux Development Architecture and Buildroot Introduction |
Duration : 40 Hours This course focuses on Introduction, Representation and Processing of Data, Processor Design, Memory System Design, Input-Output unit Design, Pipelined Processor Design and Multi-Processor Systems |
Duration : 40 Hours This FDP provides practical foundation level training that enables immediate and effective participation in big data and other analytics projects. It includes an introduction to big data and the data analytics life cycle to address business challenges that leverage big data. The FDP provides grounding in basic and advanced analytic methods and an introduction to big data analytics technology and tools, including MapReduce and Hadoop. NoSQL (MongoDB) |
Duration : 40 Hours This FDP Covers: Basic Data Models, Advanced Data Models, Structures in Data, Data Visualization Techniques, Tableau Architecture & Demonstration, Analyzing the Data, Dimensions and Measures Calculations, Dashboard Creation Using Tableau, Workshop on Analytics With R, Overview of NoSQL Database, MongoDB Demo |
Duration : 40 Hours This FDP focuses on Introduction, Inter Process Communication, Memory Management, Deadlocks, I/O Systems, File System, Protection and Security. |
Duration : 40 Hours This FDP covers: the overview of Machine Learning, Classification and Clustering, Principal Component Analysis, Neural Networks, Bayesian Learning, Maximum Entropy Models, Sophistication of Systems and Role of Machine Learning, Support Vector Machines, Deep Learning Models. |
Duration : 40 Hours This FDP covers: Introduction to IoT, Applications of IoT and Medical Device - Case Study, Overview of IoT Projects, Phython Programming, Data Management and Big Data Analytics in IoT, IoT Network Protocols, Energy Efficiency in IoT, Protocol stack in IoT, Sensors and Actuators, Intelligent D2D Communication, Service Discovery in IoT, Security and Privacy in IoT, Software Defined Networking and Its Application over IoT Based System and Role of Distributed Data Analysis in IoT |
Duration : 40 Hours This FDP focuses on Overview of R Programming , Familiarity of data Structures in R , Descriptive Statistics in R, Case Studies using R, Classification Methods etc. |
Duration : 40 Hours This FDP covers: Number Theory, Primality test, Abstract Algebra, Perfect secrecy, Computational secrecy, Design and implementation of Stream and block ciphers, The discrete logarithm problem, NFS and FFS, One way Functions and Computationally hard problems, Design and implementation of Public Key Cryptography and Design and Implementation of Elliptic Curve Cryptography |
Duration : 40 Hours This FDP covers: Overview of Big Data and BusinessAnalytics, Overview of R Programming, Exploratory Data Analysis, Statistical Models using R, Data Analytics Life Cycle, Overview of NoSQL Databases and Hands on Laboratory on MongoDB, Text Analytics and PredictiveAnalytics and In-memory Database Analytics |
Duration : 40 Hours This FDP covers: Introduction to Cloud computing & its applications, Python Programming and NoSQL databases, Socket Communication and building local web server, Introduction to AWS and Microsoft Azure, Introduction to Digital Ocean Cloud and its deployment using mongoDB , Deploying python on Amazon Web services, Security in cloud and its encryption algorithms, Building MQTT Network and its integration on Digital Ocean and Building and deployment on Digital Ocean using Node RED and Node.js |
Duration : 40 Hours This FDP covers: Vulnerabilities of wired Wireless and adhoc networks, Wireless Network Security and Defence in Depth, Privacy in RFID System, Network Security Protocols, Security Audit and Risks, IoT and Cloud Integration, Sensors to cloud and IoT, Multiserver Authentication, Advanced Cryptosystem, Software Defined Network Security Challenges, Design Cluster IoT System and Cloud Security Engineering |
Duration : 40 Hours This FDP focuses on Overview of IoT and its roadmap, Opportunities & Challenges in implementing IoT Solutions. CC3200 Platform, Value Line Architecture, Features and Peripherals and Introduction to Block Chain Technology, Concepts, Integration of BCT and IOT, Hand on Session on BCT |
Duration : 40 Hours This FDP focuses on Introduction to Robotics, Manipulator Forward Kinematics, Introduction to Robot analyser, Inverse Kinematics and Velocity Kinematics, Trajectory Planning and Obstacle Avoidance, Introduction to Mobile Robot and Control, Obstacle Avoidance and Path Planning, AI in Robotics, Legged Robotics, Research Avenue in Robotics, Vision based Robotics and Reinforcement Learning |
Courses Pertaining to ICT Tools For Other streams of Arts, Commerce & Science etc.
Duration : 40 Hours This FDP covers: Interpersonal Skills, Effective Written Skills, Presentation Skills, Leadership Development, English Language Skills, Self Management and Etiquette, Social Styles Coaching and Mentoring, Stress Management, Presentation skills, Business and corporate Etiquette, Crisis Management and Activities, Negotiation Skills, Learner Centered Teaching Strategies in Higher Education, Role of teacher in Inculcating Human Values and Strengths and Use if ICT and Pedagogy in Effective Teaching and Learning |
Duration : 40 Hours This Course is designed to train the participants on MOOCs (free online courses available for anyone to enroll) and open educational resources. |
Duration : 40 Hours The aim of the FDP is to train the participants in problem Based Learning, Project based Learning, Flipped class room ,Blended Learning, Role ICT for education and Learning, Pedagogy Tool demo and course demonstration, Student feedback and its role in improvement. |
Duration : 40 Hours This Computer training program is designed to make teachers aware of the IT tools available to document and present the topics of their interest. |
Duration : 40 Hours This FDP not only focuses on bridging gaps on pre engineering Mathematics but also reflects on the applications of Mathematics in the core engineering branches that has a wide potential for research in the areas of Engineering and Mathematics. |
Duration : 40 Hours This FDP covers: Outcome based Education, Developing Outcome based Curriculum, Vision, Mission and PSOs, Course Outcomes and Program Outcomes, Outcome based Evaluation, NBA Validation Criteria and Effective use of ICT for education and Learning is devoted to addressing the need to enhance the knowledge about the latest Outcome Based Education (OBE). |
Duration : 40 Hours This FDP covers the topics on Introduction to Research, Concept of Mapping and Formulation of Research Problem, Types of Research Design, Introduction to Quantitative Research, Primary and Secondary Data Collection, Sampling Design, Measurement and Scaling, Questionnaire Design & Testing, Testing of Hypothesis, Analysis of Variance, Regression Analysis/Time Series Analysis, Descriptive Statistics Through SPSS, Report Writing including referencing and Referencing In Report Writing |