Education
- LIFE CARE SUPPORT
(BASIC AND ADVANCE)
2. NURSING/PARAMEDICAL COURSES
3. NATUROTHERAPY AND YOGA
4. BACHELORS IN DATA SCIENCE AND APPLICATION
5. DIGITAL LITERRACY AND COMPUTER LEARNING
6. VOCATIONAL PROGRAM IN MANAGEMENT ENGINEERING ( MECHANICAL, COMPUTER, BIOMEDICAL CHEMICAL, ELECTRONICS, TEXTILES, ARCHITECTURE, AEROSPPACE, OCEAN, METALLURIC AND METALIC, CIVIL ENGINEERING ETC)
7. VOCATIONAL PROGRAM IN HUMANITIES
8. VOCATIONAL PROGRAM IN MEDIA
# LIFE CARE SUPPORT PROGRAMME:
1.COLS FOR GENERAL PUBLIC
2. BCLS-BASIC LIFE CARE SUPPORT PROGRAMME FOR DOCTORS,NURSES,PARAMEDICAL STAFF
3. ADVANCED LIFE CARE SUPPORT PROGRAME-FOR DOCTORS AND ICU STAFF
# NURSING / PARAMEDICAL
*Eligibility: 10th, 10 + 2. # Course Duration:
*Short term course for 6 months, *Certificate course for 1 year, *Diploma course for 2 years
1) *CMLT/DMLT (medical lab technician)
2) *Physiotherapy (DPT/CP)
3) *Operation theatre assistant (DOTA/COTA)
4) *Emergency medical technology (DEMT)
5) *Dialysis technology (DDT)
6) *Nursing assistant (DNA)
7) *X-ray, MRI, CT scan (DXRT/DMRIT)
8) *Anesthesia assistant (DAA/CAA)
# Naturopathy & Yoga Science
*Eligibility: 10th, 10 + 2. # Course Duration: 6 Month, 1 year and 2 Years.
1. DIPLOMA IN NATUROPATHY AND YOGA 2. CERTIFICATE IN NATUROPATHY AND YOGE
3. YOGA TEACHERS TRAINNG PROGRAMME 4. DIPLOMA IN AYUERVEDIC PANCHKARMA
# BACHELORS IN DATA SCIENCE AND APPLICATION
*Eligibility: 10th, 10 + 2. # Course Duration:
*Short term course for 6 months, *Certificate course for 1 year, *Diploma course for 2 years
# VOCATIONAL PROGRAM IN HUMANITIES
*Eligibility: 10th, 10 + 2. # Course Duration:
*Short term course for 6 months, *Certificate course for 1 year, *Diploma course for 2 years
– Health Research Fundamentals
– Patent Drafting for Beginners
– Text, Textuality and Digital Media
– Soft skills
– Developing Soft Skills and Personality
– Body language: Key to professional Success
– Introduction to Literary Theory
– Brief introduction to Psychology
– Psychology of Everyday
-Cognition, Transformation and Lives
– Sociology of Science
– Introduction to Japanese Language and Culture
– Applied Linguistics
– Appreciating Carnatic Music
– Patent Law for Engineers and Scientists
– German – I
– German – II
– Economics of IPR
– The Popular Gothic Novel
– Classical Sociological Theory
– Poetry
– Literary Theory and Literary Criticism
– Introduction to Film Studies
– Introduction to Advanced Cognitive Processes
– Introduction to Basic Cognitive Processes
– International Trade – Theory and Empirical
-Fiction in Indian Literature
– Feminist Writings
– History of English Language and Literature
-Managing Intellectual Property in Universities
– Energy Economics And Policy
– सन्धि sandhi in Paninian grammar
-Sociology and Resource Management
– Urban Sociology
– Educational Leadership
– Entrepreneurship And IP Strategy
– Globalization And Culture
-Great Experiments In Psychology
–Human Resource Development
– Spoken sanskrit basic and advance
# VOCATIONAL PROGRAM IN MEDIA
*Eligibility: 10th, 10 + 2. # Course Duration:
*Short term course for 6 months, *Certificate course for 1 year, *Diploma course for 2 years
# DIGITAL LITERRACY AND COMPUTER LEARNING
*Eligibility: 10th, 10 + 2. # Course Duration:
*Short term course for 6 months, *Certificate course for 1 year, *Diploma course for 2 years
Software testing
– Computational Number Theory and Algebra
-Theory of Computation
-Modern Algebra
-Big Data Computing
– Distributed Systems
– C Programming and Assembly Language
– Programming, Data Structures And Algorithms Using Python
-Design and analysis of algorithms
-Data Science for Engineers
– Introduction to Machine Learning
–
-Data Science
Programming
Python for Data Science
– Reinforcement Learning
-Deep Learning for Computer Vision
– Introduction to Game Theory and Mechanism Design
– Introduction to Operating Systems
– Introduction to Quantum Computing: Quantum Algorithm
-Advanced Distributed systems
– Parameterized Algorithms
– Getting Started with Competitive Programming
-Applied Accelerated Artificial Intelligence
– Introduction to Machine Learning
– Discrete Mathematics – IIITB
-Cloud Computing
– Computer Architecture And Organization
Cryptography And Network Security
-Data Base Management System
-Data Structure And Algorithms Using Java
-Embedded System Design With ARM
-Hardware Modeling Using Verilog
– Introduction To Industry 4.0 And Industrial Internet Of Things
-Natural Language Processing
– Object Oriented Analysis And Design
– Operating System Fundamentals
-Problem Solving Through Programming In C
-Programming In Java
– Programming In Modern C++
-Real-Time Systems
-Scalable Data Science
– Software Engineering
-Software Project Management
-Spatial Informatics
-C-Based VLSI Design
-Multi-Core Computer Architecture – Storage and Interconnects
-Computer Graphics
– Demystifying Networking
-Secure Computation: Part II P
– Introduction to Computer and Network Performance Analysis using Queuing Systems
-Algorithmic Game Theory
-Social Network Analysis
Machine Learning for Earth System Sciences
-Statistical learning for Reliability Analysis
-Social Networks Prof. Sudarshan Iyengar
– The Joy of Computing using Python
-Discrete Mathematics
-Deep Learning –
-Design & Implementation of Human-Computer Interfaces
# VOCATIONAL PROGRAM IN MANAGEMENT ENGINEERING ( MECHANICAL, COMPUTER, BIOMEDICAL CHEMICAL, ELECTRONICS, TEXTILES, ARCHITECTURE, AEROSPPACE, OCEAN, METALLURIC AND METALIC, CIVIL ENGINEERING ETC)
A) Electronic Courses:
-Applied Electromagnetics For Engineers 12 Weeks
– Electromagnetic 12 Weeks
– Design of photovoltaic system-,12 Weeks
-Principles of Signal Estimation for MIMO/ OFDM Wireless Communication -12 Weeks
-Principles of Communication System-II-8 Weeks
-Analog Electronic – 12 Weeks
– Enclosure design of electronics equipment -12 Weeks
-Fabrication Techniques for MEMs-based sensors : clinical perspective -12 Weeks
– Electronic Systems for Cancer Diagnosis- 12 Weeks
– Basics of software defined Radios 4 weeks
-Digital Switching – 8 Weeks
– Dc Microgrid and control systems -8 Weeks
-Introduction to Smart Grid 8 Weeks
-Engineering Control engineering -12 Weeks
-Engineering Linear Systems 12 Weeks
-Introduction to Wireless and Cellular Communications -12 Weeks
-Engineering Image S 12 Weeks
-Introduction to Photonics 12 Week
-Foundations for Electrical Engineering 12 Weeks
-Introduction to Coding 8 Weeks
-Introductory Neuroscience & Neuro-Instrumentation 12 Weeks
-Fiber Optic Communication Technology 12 weeks
-Stochastic control and communication 12 Weeks
-Basic Electrical Circuits 12 Weeks
-Introduction to Semiconductor Devces 12 Weeks
-Phase-locked loops 12 Weeks
– Basic Electric Circuits 12 Weeks
-Fundamentals Of Electronics 8 Weeks
-Concentration inequalities 8 Weeks
-Mathematical Aspects of Biomedical Electronic System Design 12 Weeks
-Semiconductor Devices and Circuits 12 Weeks
-Engineering Advances in UHV Transmission and Distribution 8 Weeks
-Engineering Real-Time Digital Signal Processing 12 Week
-Engineering Control and Tuning Methods in Switched Mode Power Convert 12 Weeks
-Engineering Signal Processing for mm Wave communication for 5G 12 Weeks
-Microwave Engineering 12 Weeks -Engineering System Design 8 Weeks
-Computational Electromagnetic 12 Weeks
-Introduction to Electrical Engineering 12 Weeks
-Engineering Digital Circuits 12 Weeks
B) Biotechnology course
– Cellular biophysics: a framework for quantitative biology
– Introduction to Cell Biology
-Medical Image Analysis
– Genome Editing and Engineering Biosciences
– Industrial Biotechnology B -Computer Aided Drug Design
-Plant Cell Bioprocessing
– Introduction to Developmental Biology
-Immunology
– Drug Delivery: Principles and Engineering
– Functional Genomics
– Introduction to mechanobiology
– Introduction to Biostatistics
-Fundamentals of micro and nanofabrication
-Biomedical nanotechnology
-Introduction to proteomics
-Principles Of Downstream Techniques In Bioprocess
– Introduction to Proteogenomics
– Biotechnology and Bioengineering -Conservation Geography Biotechnology and Bioengineering Wildlife Ecology
-Introduction to Biomedical Imaging
– Environmental Biotechnology
– Introduction to Dynamical Models in Biology
– Computational Biologys-
Biotechnology and -Bioengineering Genetic Engineering
-Experimental Biotechnology
-Fundamentals of Protein Chemistry Animal Physiology
– Cell Culture Technologies
– Bioreactors
– Tissue engineering
-Transport Phenomena in Biological Systems
C) Management Course
-Marketing Management-I
-Managing Services
– Data Analysis and Decision making-III
-Project Management
-Training of Trainers
-Decision making under uncertainty
– Financial Accounting
– cost Accounting
-Management accounting
-Working capital management
-Business Analytics and data mining modeling
-Business Analytics and text modeling
– Toyoto production system
– Marketing research and analysis
D) LAW Course
-Right to information and Good Governance
-Constitution of India and environment Governance
– Introduction to Law on Electricity
-Legal and Regulatory issues in Biotechnology
-New labour codes of India
– Advanced contracts, Tendering and public procurement
E) Architecture Course
-Architectural Conservation And Historic Preservation
– Role of Craft and Technology in Interior – Architecture
-Urban governance and Development Management (UGDM)
-Contemporary Architecture and design
-Architecture and Planning Sustainable Architecture
-Architecture and Planning Modern Indian Architecture
-Architecture And Planning Building Materials And Composites Construction -Architecture And Planning Urban Landuse And Transportation Planning Prof.-Architecture And Planning Urban Utilities Planning: Water Supply, Sanitation and Drainage
-Architecture And Planning International Studies in Vernacular Architecture
F) Multidisciplinary Courses
– Ecology and environment
– Neuroscience ol human movements
– Numerical methods for engineers
– introduction to research
– introduction to Biomimcry
-current regulatory requirements for conducting clinic
Learning analytics tools
Accreditation and outcome based learning
Solar energy engineering and technology
Fundamental ol artificial intelligence
Vaccum technology and process application
Manage TB
G) Textile Engineering Course
Foundations of classical electrodynamic
Principles of combing roving preparation and ring spinning
Yam manufacturers I : principles of carding and drawing
Technical textiles
Science of clothing comforts
Texile finishing
Science and technology of wrath and wrap knitting
G) Ocean Engineering Course
Dynamic s of ocean structure
Computer methods of structural analysis of offshore
Marine propulsion
Water economic and Governance
Numerical ship and offshore hydrodynamics
H) Mechanical Engineering Course
Mechanical engineering
-Solid Mechanics
– Fundamentals of manufacturing processes
– Joining Technologies for metals
– Power Plant Engineering
-Rapid Manufacturing
– Engineering Metrology
– Introduction to Mechanical Vibration
– Foundations of Cognitive Robotics
— Principles of Vibration Control
– Polymer Assisted Abrasive Finishing Processes
– Manufacturing Systems Technology I & II
– BioMEMS and Microfluidics
– Fracture Mechanics .
– Engineering Mechanics
– Foundation of Computational Fluid Dynamics
– Basics Of Finite Element Analysis – I
– Introduction To Composites
Thermodynamics
– Computational Fluid Dynamics using Finite Volume methods
– Computational Fluid Dynamics and Heat Transfer
– Advanced Fluid Mechanics
– Concepts Of Thermodynamics
– Energy Conservation And Waste Heat Recovery
– Engineering Drawing And Computer Graphics
-Heat Exchangers: Fundamentals And Design Analysis
– Laws Of Thermodynamics
– Mechanism And Robot Kinematics
– Robotics
– Fundamentals of Convective Heat Transfer
– Fundamentals of Conduction and Radiation
-Finite Element Method: Variational Methods to Computer Programme
– Applied Thermodynamics For Engineers
– Basics of Materials Engineering
-Laser Based Manufacturing
– Mechanics and Control of Robotic Manipulators
– Vibrations of Plates and Shells
– Dynamics and Control of Mechanical Systems
– Advanced Thermodynamics and Combustion
– Elements of Solar Energy Conversion
– Production Technology: Theory And Practice
I) Civil Engineering Course
Advanced design of steel structures
-Principles and Applications of Building Science
– Environmental Geomechanics
– Housing Policy & Planning
-Visual Communication Design for Digital Media
-Mechanics Of Materials
– Principles of Construction Management
– Design of connections in steel structures
Project Planning & Control
– Geotechnical Engineering Laboratory
-Dynamics of Structures
– Underground Space Technology
-Bridge Engineering
– Introduction to Engineering Seismology
-Design Of Reinforced Concrete Structure
-Design Of Steel Structures
– Foundation Engineering
-Civil Engineering Ground Improvement
-Waste Management For A Smart City
– Introduction To Multimodal Urban Transportation Systems (MUTS)
-Matrix Method Of Structural Analysis
-Plastic Waste Management
– Reinforced Concrete Road Bridges
-Soil Mechanics/Geotechnical Engineering I
-Strength Of Materials
– Wastewater Treatment And Recycling
– Advanced Geommics
– River Engineering
Plates and
– Subsurface exploration :importance and techniques involved
-Municipal Solid Waste Management
– Optimization methods for Civil engineering
-Remote Sensing and GIS
– Fluid Mechanic
-Earth Sciences For Civil Engineering Part – I & II
– Earthquake Geology:A tool for Seismic Hazard Assessment
– Rock Mechanics and Tunneling
– Elastic Stability of Structures
-Availability and Management of Groundwater Resources
-Pavement Materials
– Geometric Design of High
-Finite Element Method and Computational Structural Dynamics
– Geotechnical Engineering-II
-Theory of Elasticity
J) Agricultural Course
-Dairy And Food Process And Products Technology
-Agriculture Engineering Farm
– Fundamentals Of Food Process Engineering -Organic Farming For Sustainable Agricultural Production
-Natural Resources Management
-Micro Irrigation Engineering
-Advanced Aquaculture Technology
-Post Harvest Operations and Processing of Fruits, Vegetables, Spices and Plantation Crop Production
J) Aerospace Course
-Aircraft Stability and Control 12
-Introduction to Airplan
-Introduction to Airbreathing Propulsion
-Introduction to Aerospace Engineering-Flight
-Introduction to Aircraft Design
– Design of fixed wing Unmanned Aerial 8 Week
-UAV Design -part II
-Engineering Thermodynamics
-Aerodynamic Design of Axial Flow Compressors & Fans
-Introduction To CFD
-Space Flight Mechanics
K) Metallurgical and material Course
– Engineering Mechanical Behaviour of Materials (Part I)
– Thermo-Mechanical And Thermo-Chemical Processes
– Elementary Stereology for Quantitative Metallography
– Fundamentals of electronic device fabrication
– Welding of Advanced High Strength Steels for Automotive Applications
– Engineering Powder Metallurgy
– Engineering Physics of materials
– Nanotechnology, Science and Applications
– Mechanical Behavior of Materials
– Environmental Degradation and Surface Engineering
– Techniques of Materials Characterization
– Ironmaking and Steelmaking
– X-ray Crystallography & Diffraction
– Advanced Materials And Processes
– Aluminium based Alloys and Metal Matrix Composites
– Fracture, Fatigue and Failure of Materials
– Welding science and technology
– Engineering Principles Of Polymer Synthesis
– Underground Mining of Metalliferous deposits
-Mine Closure and Sustainability Planning
– Fundamentals and Applications of Dielectric Ceramics
L) Chemical Engineering Course
Chemical Engineering Thermodynamics
– Fluid and Particle Mechanics
-Trace and ultra-trace analysis of metals using atomic absorption spectrometry P
-Polymers: concepts, properties, uses and sustainability
-Chemical Process Safety
– Mathematical modelling and simulation of chemical engineering process
-Principles and Practices of Process Equipment and Plant Design
– Introduction to Polymer Physics
– Mass Transfer Operations – I
– Reaction Engineering-I
-Mass Transfer Operations II P
-Transport Phenomena of Non-Newtonian Fluids
– Mechanical Unit Operations
– Process Intensification
– Fluidization Engineering
-Natural Gas Engineering
– Aspen Plus® simulation software – a basic course for beginners
-Thermal Processing of Foods
-Advanced process dynamics
– Introduction to interfacial waves
-Equipment Design: Mechanical
– Mechanical Operations