Courses
  • पाठ्यक्रम

    1. स्नातक / स्नातकोत्तर पाठ्यक्रम

    सीनेट स्वीकृत कोर्स विवरण (प्रक्रिया के तहत)

    HS601 Environment and Resource Management Course Details coming soon
    HS601 Literary Methods: Theory and Interpretation Course Details coming soon
    HS602 Indian Writing In English Course Details coming soon
    HS606 Political Philosophy Course Details coming soon
    HS607 Weimar Classicism Course Details coming soon
    HS608 Modern Western Social Thought Course Details coming soon
    HS610 Reading Cultural Studies Course Details coming soon
    HS611 Research Writing Course Details coming soon
    HS616 Managerial Thinking and Decision Making Course Details coming soon
    HS620 Popular Narratives Course Details coming soon
    HS621 Advance Qualitative Research Methods Course Details coming soon
    HS621 Advance Qualitative Research Methods Course Details coming soon
    HS623 Advanced Social Psychology Course Details coming soon
    HS623 Advance Social Psychology Course Details coming soon
    HS624 Advance Organizational Psychology Course Details coming soon
    HS624 Advanced Organizational Psychology Course Details coming soon
    HS626 Eighteenth Century German Aesthetic and Literary Criticism Course Details coming soon
    HS627 Readings in Eighteenth Century German Literature Course Details coming soon
    HS629 German Studies: An Intellectual and Cultural Approach (1750-2000) Course Details coming soon
    HS631 Historical Theory and Methodology Course Details coming soon
    HS632 South Indian Epigraphy Course Details coming soon
    HS633 Manuscriptology Course Details coming soon
    HS634 British Factories in South India Course Details coming soon
    HS636 Sociology of Religion Course Details coming soon
    HS637 The Historian's Craft Course Details coming soon
    HS650 Statistical Methods Course Details coming soon
    HS651 Advanced Econometrics Course Details coming soon
    HS652 Advanced Microeconomic Theory Course Details coming soon
    HS653 Health Economics Course Details coming soon
    HS654 Health Economics Course Details coming soon
    HS656 Religion in India Course Details coming soon
    HS671 Historian's Craft Course Details coming soon
    HS694 Readings in Himachal History and Culture Course Details coming soon
    IC101P Reverse Engineering Course Details coming soon
    IC101P Understanding Products through Reverse Engineering Course Details coming soon
    IC110 Engineering Mathematics Course Details coming soon
    IC111 Linear Algebra Course Details coming soon
    IC121 Mechanics of Particles and Waves Course Details coming soon
    IC130 Applied Chemistry for Engineers Course Details coming soon
    IC130P Chemistry Practicum Course Details coming soon
    IC130P(OTA) Applied Chemistry for Engineers Lab Course Details coming soon
    IC136 Understanding Biotechnology and its Applications Course Details coming soon
    IC140 Graphics for Design Course Details coming soon
    IC141 Product Realization Technology Course Details coming soon
    IC141P Product Realization Technology Lab Course Details coming soon
    IC142 Engineering Thermodynamics Course Details coming soon
    IC150 Computation for Engineers Course Details coming soon
    IC150P Computing for Engineers Lab Course Details coming soon
    IC160 Electrical Systems Around Us Course Details coming soon
    IC160P Electrical Systems Around Us Lab Course Details coming soon
    IC161 Applied Electronics Course Details coming soon
    IC161P Applied Electronics Lab Course Details coming soon
    IC201P Design Practicum Course Details coming soon
    IC201P Design Practicum Course Details coming soon
    IC201P(OTA) Product Realization And Design practicum Course Details coming soon
    IC201P Prototype Development Course Details coming soon
    IC210 Probability, Statistics and Random Processes Course Details coming soon
    IC221 Foundations of Electrodynamics Course Details coming soon
    IC222P Physics Practicum/Practicals Course Details coming soon
    IC240 Mechanics of Rigid Bodies Course Details coming soon
    IC241 Materials Science for Engg. Course Details coming soon
    IC242 Continuum Mechanics Course Details coming soon
    IC250 Data Structure and Algorithm Course Details coming soon
    IC250(OTA) Data Structure and Algorithm + Lab Course Details coming soon
    IC250 Programming and Data Structure Practicum Course Details coming soon
    IC260 Signals and Systems Course Details coming soon
    IC301P Market Research and Analysis(OPTIONAL) Course Details coming soon
    IC401P B.Tech Project (OPTIONAL) Course Details coming soon
    IC402P B.Tech Project Continued Course Details coming soon
    INT010P Internship Course Details coming soon
    IC011(2) Internship Course Details coming soon
    MA101(OTA) Mathematics -1 Course Details coming soon
    MA102 Mathematics -2 Course Details coming soon
    MA201 Mathematics III Course Details coming soon
    MA201(OTA) Mathematics-III Course Details coming soon
    MA202(OTA) Probability and Random Processes Course Details coming soon
    MA460 Nonlinear Dynamics and Chaos Course Details coming soon
    MA465 Ordinary Differential Equations Course Details coming soon
    MA465 Ordinary Differential Equations Course Details coming soon
    MA510 Climate Change Analysis Course Details coming soon
    MA511 Real and complex Analysis Course Details coming soon
    MA512 Linear Algebra Course Details coming soon
    MA513 Ordinary Differential Equations Course Details coming soon
    MA514 Computer Programming Course Details coming soon
    MA514P Computer Programming Lab Course Details coming soon
    MA515 Applied Mathematical Programming Course Details coming soon
    MA521 Topology and Functional Analysis Course Details coming soon
    MA522 Partial Differential Equations Course Details coming soon
    MA523 Numerical Analysis Course Details coming soon
    MA524 Probability and Statistics Course Details coming soon
    MA549 Abstract Algebra Course Details coming soon
    MA550 Statistical Data Analysis Course Details coming soon
    MA551 Numerical Analysis Course Details coming soon
    MA551 Numerical Methods Course Details coming soon
    MA552 Number Theory Course Details coming soon
    MA553 Mathematical Foundations of Financial Engineering Course Details coming soon
    MA555 Introduction to Partial Differential Equation for Engineers Course Details coming soon
    MA565 Numerical Methods in Quantitative Finance Course Details coming soon
    MA568 Real Analysis Course Details coming soon
    MA601 Real and Functional Analysis Course Details coming soon
    MA604(OTA) Introduction to Game Theory Course Details coming soon
    MA605(OTA) Statistical Data Analysis Course Details coming soon
    MA605 Statistical Data Analysis Course Details coming soon
    MA607 Numerical Analysis Course Details coming soon
    MA608 Computational Fluid Dynamics Course Details coming soon
    MA609 Numerics of Partial Differential Equation Course Details coming soon
    MA641 Operations Research Course Details coming soon
    MA644 Dynamical Systems Course Details coming soon
    MA650 Mathematical Models for Infectious Diseases Course Details coming soon
    MA651 Optimization Techniques Course Details coming soon
    MA652(OTA) Stability Theory of Differential Equations Course Details coming soon
    MA653 Computational Financial Modelling Course Details coming soon
    MA653P Computational Financial Modelling Lab Course Details coming soon
    MA654 Financial Engineering Course Details coming soon
    MA655 Fixed Income Securities Course Details coming soon
    MA656 Stochastic Calculus for Financial Engineering Course Details coming soon
    MA665(OTA) Semigroup of Bounded Linear Operators Course Details coming soon
    MA702 Numerical Analysis Course Details coming soon
    MA704(OTA) Dynamical System Course Details coming soon
    MA704 Dynamical System Course Details coming soon
    MA705 Modeling Population Dynamics Course Details coming soon
    MA708(OTA) Research Methodology Course Details coming soon
    MA709 Numerical Linear Algebra Course Details coming soon
    MA765 Topics in Semigroup Theory Course Details coming soon
    MA765 Fractional Differential Equations Course Details coming soon
    ME101(OTA) Engineering Graphics Course Details coming soon
    ME102(OTA) Thermodynamics Course Details coming soon
    ME103(OTA) Manufacturing Techniques Course Details coming soon
    ME103P(OTA) Manufacturing Techniques Lab Course Details coming soon
    ME104 Engineering Thermodynamics Course Details coming soon
    ME201 Manufacturing Technology Course Details coming soon
    ME202 Kinematics of Machines Course Details coming soon
    ME203 Energy Resources and Conversion Course Details coming soon
    ME204(OTA) Materials Science Course Details coming soon
    ME204 Material Science for Engineers Course Details coming soon
    ME205 Machine Drawing Course Details coming soon
    ME206(OTA) Mechanics of Solids Course Details coming soon
    ME206 Mechanics of Solids Course Details coming soon
    ME207 Engineering Thermodynamics Course Details coming soon
    ME207(OTA) Engg. Thermodynamics Course Details coming soon
    ME208 Fluid Mechanics Course Details coming soon
    ME209(OTA) Dynamics Course Details coming soon
    ME210 Fluid Mechanics Course Details coming soon
    ME210(OTA) Fluid Mechanics Course Details coming soon
    ME211(OTA) Analysis and Synthesis of Mechanisms Course Details coming soon
    ME302 Dynamics of Machinery Course Details coming soon
    ME303 Heat Transfer Course Details coming soon
    ME304 Power Plant Engg. Course Details coming soon
    ME304 Principles of Energy Conversion Course Details coming soon
    ME305 Design of Machine Elements Course Details coming soon
    ME306P Solid Mechanics Lab Course Details coming soon
    ME307 Energy Conversion Devices Course Details coming soon
    ME307(OTA) Energy Conversion Devices Course Details coming soon
    ME308 Manufacturing Engineering Course Details coming soon
    ME309 Theory of Machines Course Details coming soon
    ME309P Theory of Machines Lab. Course Details coming soon
    ME310(OTA) Thermo Fluids Lab Course Details coming soon
    ME310P Thermo-Fluids Laboratory Course Details coming soon
    ME311P(OTA) Design Lab Course Details coming soon
    ME312P(OTA) Design Lab -2 Course Details coming soon
    ME351 Management of Manufacturing and Logistics Systems (NKN) Course Details coming soon
    ME352 Finite Element Methods in Engg. Course Details coming soon
    ME352 Finite Element Methods Course Details coming soon
    ME353 Electronic Materials and Their Applications Course Details coming soon
    ME354 Science & Technology of Thin Films Course Details coming soon
    ME355 Internal Combustion Engines Course Details coming soon
    ME356 Principles of Energy Conversion Course Details coming soon
    ME356 Principles of Energy Conversion Course Details coming soon
    ME451 Refrigeration and Air Conditioning Course Details coming soon
    ME452(OTA) Robotics and control Course Details coming soon
    ME452 Robotics and control Course Details coming soon
    ME501 Materials Science for Failure Analysis Course Details coming soon
    ME502 Functional Materials Course Details coming soon
    ME503 Micro/Nano Scale Heat Transfer Course Details coming soon
    ME504 Numerical Methods for Engineering Computation Course Details coming soon
    ME505 Applied Finite Element Method Course Details coming soon
    ME506 Fundamentals of Fracture Mechanics Course Details coming soon
    ME507 Micro and Nanoscale Fluid Mechaincs Course Details coming soon
    ME509 Nanomanufacturing Course Details coming soon
    ME591 Multidisciplinary Design Optimization Course Details coming soon
    ME591 Selected topics in Renewable Energy Course Details coming soon
    ME5912 Thermodynamics of Combustion Course Details coming soon
    ME592 Principles of Flight Course Details coming soon
    ME592 Biodesign Innovation Course Details coming soon
    ME599 Selected Topics in Combustion Course Details coming soon
    ME599 Integrated Navigation of Flight Vehicles Course Details coming soon
    ME601 Finite Element Method Course Details coming soon
    ME601 Finite Element Method in Engg. Course Details coming soon
    ME601 Advanced Finite Element Methods Course Details coming soon
    ME601(OTA) Finite Element Method Course Details coming soon
    ME602 Mechanical Vibration Course Details coming soon
    ME603 Advanced Fluid Mechanics Course Details coming soon
    ME604 Experimental Methods in Thermal Engineering Course Details coming soon
    ME605 Air Conditioning and Ventilation Course Details coming soon
    ME606 Advanced Solid Mechanics Course Details coming soon
    ME607 Materials Science for Failure Analysis Course Details coming soon
    ME608(OTA) Thin Films and Devices Course Details coming soon
    ME609 Functional Materials Course Details coming soon
    ME610 Advanced Thermodynamics Course Details coming soon
    ME611 Design and Optimization of Thermal Systems Course Details coming soon
    ME612(OTA) Introduction to Biomaterials Course Details coming soon
    ME613(OTA) Radiative Heat Transfer Course Details coming soon
    ME613 Thermal Radiation Course Details coming soon
    ME614 Compressible Flow and Gas Dynamics Course Details coming soon
    ME615 Applied Computational Fluid Dynamics Course Details coming soon
    ME616 Dielectrics and Related Materials Course Details coming soon
    ME616 Convective Heat and mass Transfer Course Details coming soon
    ME617(OTA) Mechanics of Composite Material Course Details coming soon
    ME618 Refrigeration and Air Conditioning Course Details coming soon
    ME618(OTA) Stealth Technology Course Details coming soon
    ME618 Stealth Technology:Infrared Signatures Course Details coming soon
    ME619 Experiments in Materials Science Course Details coming soon
    ME620 Modeling and Simulation Course Details coming soon
    ME621 Aircraft Propulsion Course Details coming soon
    ME622 Mechanics of Human Body Course Details coming soon
    ME622 Biomechanics of Musculoskeletal System Course Details coming soon
    ME623(OTA) Fundamentals of Fracture Mechanics Course Details coming soon
    ME624 Convective Heat and mass Transfer Course Details coming soon
    ME625 Introduction to Turbulence and its Modelling Course Details coming soon
    ME626 Acoustics Course Details coming soon
    ME631 Heat Transfer and Fluid flow in Energy Systems Course Details coming soon
    ME632 Mechanics for Energy Systems Course Details coming soon
    ME633 Design of Energy Systems Course Details coming soon
    ME634 Thermodynamics of Energy Systems Course Details coming soon
    ME633 Design of Energy Systems Course Details coming soon
    ME635 Manufacturing for energy Systems Course Details coming soon
    ME636 Combustion Technology Course Details coming soon
    ME637 Wind Power Plant Course Details coming soon
    ME638 Solar Thermal Power Plant Course Details coming soon
    ME639 Thermal Power Plant Engineering Course Details coming soon
    ME640 Solar Power Utilization Course Details coming soon
    ME641 Finite Element Method Course Details coming soon
    PH101 Physics-1 Course Details coming soon
    PH101(OTA) Physics-1 Course Details coming soon
    PH101P(OTA) Physics -1 (Lab) Course Details coming soon
    PH102(OTA) Physics Course Details coming soon
    PH102P Physics Lab Course Details coming soon
    PH201(OTA) Physics-III Course Details coming soon
    PH201 Physics Course Details coming soon
    PH211(OTA) The Physics Behind Computers Course Details coming soon
    PH301 Quantum Mechanics and applications Course Details coming soon
    PH302 Introduction to Statistical Mechanics Course Details coming soon
    PH411(OTA) Mathematical Physics Course Details coming soon
    PH412(OTA) Classical Mechanics Course Details coming soon
    PH413(OTA) Quantum Mechanics 1 Course Details coming soon
    PH414(OTA) Electronics Course Details coming soon
    PH415P(OTA) Electronics Laboratory Practicum Course Details coming soon
    PH416 Vacation Project I Course Details coming soon
    PH421 (OTA) Electromagnetic Theory Course Details coming soon
    PH422 (OTA) Statistical Mechanics Course Details coming soon
    PH423(OTA) Condensed Matter Physics Course Details coming soon
    PH424(OTA) Atomic and Molecular Spectroscopy Course Details coming soon
    PH425P(OTA) Physics Laboratory Course Details coming soon
    PH426(OTA) Seminar Course Details coming soon
    PH427 Vacation Project II Course Details coming soon
    PH501 Solid State Physics Course Details coming soon
    PH502 Photonics Course Details coming soon
    PH503 Laser and Applications Course Details coming soon
    PH504 Organic Optoelectronics Course Details coming soon
    PH505 Electronic Structure Course Details coming soon
    PH506 Physics Project Course Details coming soon
    PH506(OTA) Project Course Details coming soon
    PH506 Physics project Course Course Details coming soon
    PH507 X-rays as a probe to study materials properties Course Details coming soon
    PH508 Magnetism and Magnetic Materials Course Details coming soon
    PH511 Mathematical Physics Course Details coming soon
    PH512 Classical Mechanics Course Details coming soon
    PH513 Quantum Mechanics 1 Course Details coming soon
    PH513 Quantum Mechanics Course Details coming soon
    PH514 Electronics Course Details coming soon
    PH514 Electronics Course Details coming soon
    PH515P Physics Laboratory Course Details coming soon
    PH516 Research Project I Course Details coming soon
    PH517 Research Project II Course Details coming soon
    PH521 Electromagnetic Theory Course Details coming soon
    PH522 Statistical Mechanics Course Details coming soon
    PH523 Condensed Matter Physics Course Details coming soon
    PH523 Condensed Matter Physics Course Details coming soon
    PH524 Atomic and Molecular Spectroscopy Course Details coming soon
    PH524 Atomic and Molecular Physics Course Details coming soon
    PH525P Electronics Laboratory Practicum Course Details coming soon
    PH526 Seminar Course Details coming soon
    PH526 Research Project III Course Details coming soon
    PH527 Vacation Project I Course Details coming soon
    PH527 Research Project IV Course Details coming soon
    PH601 Mesoscopic Physics and Quantum Transport Course Details coming soon
    PH602 Quantum Theory of solids Course Details coming soon
    PH603 Advanced Condensed Matter Physics Course Details coming soon
    PH611 Nuclear and Particle Physics Course Details coming soon
    PH611P Experimental Research Techniques Course Details coming soon
    PH612 Numerical and Computational Methods Course Details coming soon
    PH612 Nuclear and Particle Physics Course Details coming soon
    PH613 Quantum Mechanics II Course Details coming soon
    PH613 Special Topics in Quantum Mechanics Course Details coming soon
    PH614 Seminar and Report Course Details coming soon
    PH614P Experimental Research Techniques Course Details coming soon
    PH615 Mini-thesis I Course Details coming soon
    PH617 Vacation Project II Course Details coming soon
    PH621 Computational Methods for Physicists Course Details coming soon
    PH622 Mini-thesis II Course Details coming soon
    PH701 Introduction to Molecular Simulations Course Details coming soon
    PH701(OTA) Advanced Electrodynamics Course Details coming soon
    PH702(OTA) Theoretical Atomic Physics Course Details coming soon
    PH702 Advanced Quantum Mechanics Course Details coming soon
    PH703(OTA) Electrodynamics Course Details coming soon
    PH703(OTA) Elementary Quantum Optics Course Details coming soon
    PH705 Foundation in Experimental Physics Course Details coming soon
    PH706 Introduction to Stochastic Problems in Physics Course Details coming soon
    RM510 Research Methodology Course Details coming soon
    RM600 Research Methodology Course Details coming soon
    BY501 DNA Nanotechnology Download Course Details
    BY502 Biophysics and Protein Engineering Download Course Details
    BY503 Cellular Fuel and Cellular Communication Download Course Details
    BY504 Metabolic Systems Biology Download Course Details
    BY505 Nanobiotechnology Download Course Details
    BY506 Advanced Immunology Download Course Details
    BY507 Genetic Engineering Download Course Details
    BY508 Practical Metabolomics Download Course Details
    BY510 Advanced Cell Biology Download Course Details
    BY511 Cell Physiology in health and disease Download Course Details
    BY512 Quantitative and Computational Biology Download Course Details
    BY513 Cellular Bioprocess Technology Download Course Details
    BY514 Analytical Biotechniques Download Course Details
    BY515 Molecular Biotechnology Download Course Details
    BY516 Introduction to OMICS and Systems Analysis Download Course Details
    BY517 Proteomics Download Course Details
    BY518 Disease Biology Download Course Details
    BY519 Protein Science in therapeutics Download Course Details
    BY520P Cell Biology and Physiology Download Course Details
    BY521P Computational Biology and Cellular Bioprocess Technology Lab Download Course Details
    BY522P Analytical and Molecular Biotechnology Lab Download Course Details
    BY523P Systems Biology Lab Download Course Details
    BY524P Medical and Nanobiotechnology Lab Download Course Details
    BY525 Seminar Course Details coming soon
    BY526 Seminar Course Details coming soon
    BY598 M.Tech Project I Course Details coming soon
    BY599 M.Tech Project II Course Details coming soon
    BY606 Bioinformatics Applications for Systems Analysis Download Course Details
    BY606P Bioinformatics Applications for Systems Analysis Download Course Details
    BY613 Metagenomics, and Next Generation Sequencing Technologies Download Course Details
    CE201 Surveying:Traditional and Digital Download Course Details
    CE251 Hydraulics Engineering Download Course Details
    CE301 Strength of Materials and Structures Download Course Details
    CE302 Geotechnical Engineering Download Course Details
    CE303 Water Resources Engineering Download Course Details
    CE304P Hydraulics Engineering Lab Download Course Details
    CE305P Environment and Earth Science Lab Download Course Details
    CE351 Design of Reinforced Concrete Structures Download Course Details
    CE352 Transportation Engineering Download Course Details
    CE353P Civil Engineering Drawing Download Course Details
    CE354P Building and Pavement Materials Laboratory Download Course Details
    CE355 Hydrology Download Course Details
    CE401 Design of Steel Structures Download Course Details
    CE501 Remote Sensing Download Course Details
    CE502 Groundwater Flow and Contaminant Transport Download Course Details
    CE503 Fundamentals of Project Management Download Course Details
    CE504 Slope Stability and Retaining Structures Download Course Details
    CE505 Engineering of Ground Modification Download Course Details
    CE506 Analysis of Indeterminate Structures Download Course Details
    CE507 Advanced Concrete Science Download Course Details
    CE508 Photogeology and Photogrammetry Download Course Details
    CE551 Geosynthetics and their applications Download Course Details
    CE552 Concrete Technology Download Course Details
    CE601 Geo-Informatics Download Course Details
    CS201 Computer Organization Download Course Details
    CS201P Computer Organization Laboratory Download Course Details
    CS202 Advanced Data Structure and Algorithms Download Course Details
    CS203 Discrete Structures Download Course Details
    CS204 Introduction to Databases Download Course Details
    CS205 Paradigms of Programming Download Course Details
    CS206 Computer Networks Download Course Details
    CS207 Applied Database Practicum Download Course Details
    CS208 Mathematical Foundations of Computer Science Download Course Details
    CS211P Network and Database Practicum Download Course Details
    CS241 Introduction to Cryptography Download Course Details
    CS302 Paradigms of Programming Download Course Details
    CS303 Software Engineering Download Course Details
    CS304(OTA) Automata Theory Download Course Details
    CS304 Formal Languages and Automata Theory Download Course Details
    CS305 Artificial Intelligence Download Course Details
    CS306 Operating Systems Download Course Details
    CS307 Systems Practicum Download Course Details
    CS308 Large Applications Practicum Download Course Details
    CS309 Information and Database Systems Download Course Details
    CS310 Introduction to Communicating Distributed Processes Download Course Details
    CS350 Computer Graphics Download Course Details
    CS401 Architecture of High Performance Computers Download Course Details
    CS402 Complier Technology Download Course Details
    CS402(OTA) Compilers Download Course Details
    CS403 Algorithm Design and Analysis Download Course Details
    CS404(OTA) Embedded Linux Course Details coming soon
    CS405(OTA) Verification of Reactive Systems Download Course Details
    CS406 Computer Networks Download Course Details
    CS456 Distributed Databases Download Course Details
    CS501 Access Networks Download Course Details
    CS506 Cognitive Modeling Download Course Details
    CS507 Advanced Data Structures and Algorithm Download Course Details
    CS507(OTA) Advanced Computer Architecture Download Course Details
    CS508 Introduction to Network Security Course Details coming soon
    CS508 Introduction to Heterogeneous Computing Course Details coming soon
    CS545 Software Designing Patterns Course Details coming soon
    CS546 Design of Concurrent Software Download Course Details
    CS547 Network Management Systems Download Course Details
    CS548 Cloud Networking Download Course Details
    CS560 Text Retrieval and Mining Download Course Details
    CS561 Map Reduce and Big Data Download Course Details
    CS580(OTA) Advanced Data Structures and Algorithm Download Course Details
    CS601 Probability and Random Processes Course Details coming soon
    CS601(OTA) Probability and Random Processes Download Course Details
    CS603 Managerial Decision Making Download Course Details
    CS606 Computational Modeling of Social Systems Download Course Details
    CS609(3) Speech Processing Download Course Details
    CS609(4) Speech Processing Download Course Details
    CS630 Speech Technology Download Course Details
    CS660 Data Mining for Decision Making Download Course Details
    CS669(3) Pattern Recognition Download Course Details
    CS669(4) Pattern Recognition Download Course Details
    CS670(OTA) Kernel Methods for pattern analysis Download Course Details
    CS677 Soft Computing Download Course Details
    CS693 Compressed Sensing and its Applications Download Course Details
    CY101 Chemistry-1 Download Course Details
    CY241 Nanoscale Science and Technology Download Course Details
    CY242 Introduction to Molecular Spectroscopy Download Course Details
    CY243 Engineering Chemistry Download Course Details
    CY247 Introduction to Molecular Thermodynamics Download Course Details
    CY248 Molecular Physical Chemistry for Engineers Download Course Details
    CY342 Nanoscience:Understanding Small Systems Download Course Details
    CY344 Food Chemistry Processing: Preservation and Storage Download Course Details
    CY501 Organic Reaction & Mechanism Download Course Details
    CY501P Organic Chemistry Laboratory Download Course Details
    CY502 Photochemistry and Pericyclic Reactions Download Course Details
    CY504 Heterocyclic Chemistry Download Course Details
    CY506 Chemistry of Transition Elements Download Course Details
    CY506P Inorganic Chemistry Lab Download Course Details
    CY507 Chemistry of Main Group Elements Download Course Details
    CY508 Organometallic Chemistry Download Course Details
    CY511 Group Theory and Spectroscopy Download Course Details
    CY511P Physical Chemistry Laboratory Download Course Details
    CY512 Advanced Quantum Chemistry Download Course Details
    CY513 Reaction Dynamics, Kinetics and Catalysis Download Course Details
    CY514 Chemical Thermodynamics and Electrochemistry Download Course Details
    CY521 Mathematics for Chemists Download Course Details
    CY522 Computational Chemistry Download Course Details
    CY541 Fundamentals of Organic Chemistry Download Course Details
    CY547 Chemical Crystallography Download Course Details
    CY550 Bioinspired Materials Download Course Details
    CY552 Hydrogen Generation and Storage Download Course Details
    CY553 Organic Inorganic Spectroscopy Download Course Details
    CY554 Science and Technology of Nanomaterials Download Course Details
    CY641 Polymer Synthesis Download Course Details
    CY642 Molecular and Bio-electronics Download Course Details
    CY643 Advanced Analytical Techniques Download Course Details
    CY644 Bioinorganic Chemistry Download Course Details
    CY645 Reagents in Organic Synthesis Download Course Details
    CY646 Advanced NMR Spectroscopy: A Problem Based Approach Download Course Details
    CY701 Advanced Physical Methods in Chemistry: Theory and Applications Download Course Details
    CY702 Advanced Inorganic Chemistry:Theory and Applications Download Course Details
    CY703 Advanced Organic Chemistry Download Course Details
    CY704 Introduction to Theoretical Chemistry Download Course Details
    CY705 Modern Methods in Organic Synthesis Download Course Details
    CY746 Self assembly of surfactants and Polymers in Solution Download Course Details
    DP301P Interdisciplinary Socio-Technical Practicum Course Details coming soon
    DP401P Major Technical Project Course Details coming soon
    DP402P Major Technical Project Course Details coming soon
    DP500P Research Practicum Course Details coming soon
    DP501P Design Practicum I Download Course Details
    DP502P Design Practicum II Download Course Details
    DP503P Basic Mechanical and Electrical Workshop Download Course Details
    DP504P Mini Project Download Course Details
    DP505P Main Project Download Course Details
    EC544N(OTA) Digital VLSI Circuit Design Course Details coming soon
    EC548(OTA) Analog VLSI Design Course Details coming soon
    ECT631(OTA) Analog and Mixed Signal Design Course Details coming soon
    EE101(OTA) Electrical Science Course Details coming soon
    EE101P(OTA) Electrical Science Lab Course Details coming soon
    EE101P(OTA) Basic Electrical & Electronics Lab Course Details coming soon
    EE101(OTA) Basic Electrical Engineering Course Details coming soon
    EE102(OTA) Fundamental of Electronics Course Details coming soon
    EE102(OTA) Introduction to Electronics Course Details coming soon
    EE201 Electromechanics Download Course Details
    EE201P Electromechanics Lab Download Course Details
    EE202 Analog Electronics Download Course Details
    EE202P Analog Electronics Lab Download Course Details
    EE203(3) Network Theory Download Course Details
    EE203(4) Network Theory Download Course Details
    EE204(OTA) Signals and Systems Course Details coming soon
    EE208(OTA) Digital System Design Course Details coming soon
    EE208 Digital Electronic Circuits Download Course Details
    EE208P Digital Electronic Lab Download Course Details
    EE208P(OTA) Electronics Practical Course Details coming soon
    EE208P(OTA) Digital Circuits (Lab) Course Details coming soon
    EE208P Digital Electronic Circuits Lab Download Course Details
    EE301 Control System Engg. Download Course Details
    EE301(OTA) Control Systems Course Details coming soon
    EE301P Control Systems Lab Download Course Details
    EE301P(OTA) Control Systems Lab Course Details coming soon
    EE303(3) Power Systems Download Course Details
    EE303(4) Power Systems Download Course Details
    EE303P Power Systems Lab Download Course Details
    EE303P Power Systems Lab Download Course Details
    EE304 Communication theory Download Course Details
    EE304P(OTA) Communication Theory Lab Course Details coming soon
    EE305(3) Digital Signal Processing Download Course Details
    EE305(4) Digital Signal Processing Download Course Details
    EE306 Theory of Measurement Download Course Details
    EE307 Theory of Measurement Download Course Details
    EE308 Solid State Devices Download Course Details
    EE309 Power Electronics Download Course Details
    EE309P Power Electronics Lab Download Course Details
    EE310 Device Electronics For Integrated Circuits Download Course Details
    EE311 Device Electronics For Integrated Circuits Download Course Details
    EE312P Microelectronics Circuits Design Practicum (MCDP) Download Course Details
    EE313 Measurement and Instrumentation Download Course Details
    EE402 Solar Photovoltaic Energy Systems Course Details coming soon
    EE402P Solar Photovoltaic Energy Systems Practical Course Details coming soon
    EE501 Power System Operation and Control Download Course Details
    EE502P Analog System Design Laboratory Download Course Details
    EE503 Advanced Communication Theory Download Course Details
    EE504 Switch Mode Power Conversion Download Course Details
    EE505(OTA) Materials for Semiconductor Industry Course Details coming soon
    EE506 Solar Photovoltaic Energy Systems Download Course Details
    EE508 Fundamentals of Electric Drives Download Course Details
    EE509 Linear Dynamical Systems Download Course Details
    EE510 Mathematical Methods for Signal Processing Download Course Details
    EE511 Computer Vision Download Course Details
    EE512 CMOS analog IC Design Download Course Details
    EE513 Special Electrical Machines Download Course Details
    EE514 Feedback Control Design Download Course Details
    EE514 Robust Control Download Course Details
    EE515 Nonlinear Stability and Control Download Course Details
    EE516 Biomedical Systems Download Course Details
    EE517 Wireless Communications and Networking Download Course Details
    EE518 Information Theory Download Course Details
    EE519P CMOS Digital IC design Practicum Download Course Details
    EE520 Microelectronics Devices and Modelling Download Course Details
    EE601(OTA) Digital System Testing and Testable Design Course Details coming soon
    EE601 Advanced Electric Drives Download Course Details
    EE602 Control System Applications Download Course Details
    EE603 Renewable Energy and Smart Grid Download Course Details
    EE604(OTA) Advanced Electric Drives Course Details coming soon
    EE606 Introduction to High Voltage Engineering and Dielectric Breakdown Download Course Details
    EE606(OTA) High Voltage Engineering Behavior of Dielectrics Course Details coming soon
    EE607 Optical Communication Systems Course Details coming soon
    EE608(OTA) Digital Image Processing Download Course Details
    EE608 Digital Image Processing Download Course Details
    EE609 Network Information Theory Download Course Details
    EE611 VLSI Technology Download Course Details
    EE611P VLSI Fabrication Practicum Download Course Details
    EE612 VLSI Technology Download Course Details
    EE612(OTA) OFDM for Optical Communications Course Details coming soon
    EE613 Wireless Communication Download Course Details
    EE614 Optical Communication Systems Download Course Details
    EE615 Nano Electronics and Nano-microfabrication Download Course Details
    EE616 Microwave Engineering Download Course Details
    EE618 Industrial Process Control Download Course Details
    EE619 Mixed Signal VLSI Design Download Course Details
    EE620 Advanced Digital Signal Processing Download Course Details
    EE677 Analog Circuit Design Download Course Details
    EE678 Digital Circuit Design Download Course Details
    EE693 Compressed sensing and its applications Course Details coming soon
    EM500P(OTA) Design Practicum Course Details coming soon
    EM504 Materials for Energy Applications Download Course Details
    EM505 Alternative Energy Sources for Transportation Download Course Details
    EM602(OTA) Experiments In Material Science Course Details coming soon
    EM604(OTA) Energy:Environment Policy and Law Download Course Details
    EM651(OTA) Solar Photovoltaic Materials and Fabrication Download Course Details
    EM651 PV Materials and Fabrication Download Course Details
    EN501 Energy Sources and Power Plants Download Course Details
    EN502 Emerging Energy Sources Download Course Details
    EN503 Energy Storage Technologies Download Course Details
    EN504 Energy:Environment Policy and Law Download Course Details
    EN505P Energy Systems Laboratory Download Course Details
    EN513 Life Extension Engineering Download Course Details
    EN605 Modeling and simulation for Energy Systems Download Course Details
    EN611 Durability Behaviour of Energy Materials Download Course Details
    EN612 Structure-Property correlation in materials for Energy Applicatio Download Course Details
    EN613 Creep-Fatigue Interaction Download Course Details
    HS101(OTA) Technical Communication Download Course Details
    HS101 Technical Communication Download Course Details
    HS102 Art and Architecture Download Course Details
    HS103 Dance and Drama Download Course Details
    HS104 Music Download Course Details
    HS105 Basic Communication Skills Download Course Details
    HS106 English Download Course Details
    HS151 Introduction to English Literature Download Course Details
    HS151(OTA) Advanced English Course Details coming soon
    HS152 Introduction to Rhetoric Download Course Details
    HS201(OTA) Economics Course Details coming soon
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    2. बीटेक के लिए सामान्य कोर पाठ्यक्रम

    आईआईटी मंडी की बी टेक पर एक परिप्रेक्ष्य पाठ्यचर्या

    • आईआईटी मंडी के बीटेक के लक्ष्य कार्यक्रम

      ऐतिहासिक रूप से, आईआईटी में बी.टेक था। पाठ्यक्रम जो शाखा में अनुसंधान या इंजीनियरिंग में कैरियर के लिए प्रत्येक विशिष्ट शाखा में प्रशिक्षण विशेषज्ञों के उद्देश्य से था। पाठ्यक्रम में गहराई में शाखा के सभी उप-क्षेत्रों को कवर करने वाला एक बड़ा और मजबूत कोर था। बुनियादी विज्ञान और इंजीनियरिंग के बुनियादी सिद्धांतों में भी एक महत्वपूर्ण घटक था। पाठ्यक्रमों को ध्यान से पहचाने गए थे कि सभी छात्र उन्हें लॉक-चरण में ले जायेंगे। समाज में और प्रौद्योगिकी की प्रकृति में बदलाव के साथ, आईआईटी मंडी ने बी.टेक पाठ्यक्रम में एक नए रूप ले लिया है।

      छात्र

      जेईई के आधार पर प्रवेश की योजना यह सुनिश्चित करती है कि बी.टेक के लिए आईआईटी में शामिल होने वाले छात्र बहुत बुद्धिमान और कठिन कार्य करने में सक्षम यदि पर्याप्त रूप से प्रेरित यह सुनिश्चित नहीं करता है कि वे इंजीनियरिंग या शाखा के बारे में भावुक हैं जिन पर उन्हें भर्ती कराया गया है। कुछ के लिए या तो एक मजबूत योग्यता नहीं है। हम देखते हैं कि स्नातक स्तर की पढ़ाई के बाद आईआईटी छात्रों ने विभिन्न तरीकों से अपनी छाप छोड़ी, फिर भी उनके मूल बी.टेक डाली। वे शोधकर्ताओं, डिजाइन इंजीनियर और प्रोफेसरों के रूप में प्रौद्योगिकी पर ध्यान केंद्रित कर सकते हैं। वे अपने तकनीकी ज्ञान का उपयोग तकनीकी प्रबंधकों, सार्वजनिक प्रशासकों, गैर-सरकारी संगठनों और नीति के विचारों, उद्यम पूंजीगत निधियों में और अन्य कौशल के पूरक के लिए कर सकते हैं। उदाहरण के लिए, कुछ गांवों में स्कूल की पढ़ाई पूरी करने के लिए पूरी तरह से कुछ तकनीकी छोड़ दें।

      The Technology Milieu

      Globalization and the rapid march of science and technology have brought dramatic changes in the nature of the engineering profession. Increasingly, engineers are called upon to deliver technology to a wide variety of people in diverse socio-economic strata, cultures, geographies and political systems. Engineering is increasingly inter-disciplinary in nature, encompassing not only a range of engineering disciplines, but also management, sociology, linguistics, history and other non-engineering disciplines.
      The rapid advance of science and technology implies that much of the knowledge that a student acquires during B. Tech. has a useful lifetime of only a few years. Conversely, much of the knowledge that an engineer will use during his/her career of 40-50 years will be learnt only after graduation. Only some very basic principles can be expected to remain current over the next half a century.

      The Desirable Outputs

      Given the above changes, it is necessary to re-orient the B.Tech. curriculum. As an Indian Institute of Technology, it is our duty to train leaders for the growth of India with a strong technology focus. The necessary and desirable characteristics of our B.Tech. graduates are:

      • Self-motivated with a passion to do something useful
      • The ability to learn quickly and devise innovative solutions
      • The ability to work hard, in a focused and disciplined manner
      • A solid foundation in basic principles and substantial practical hands-on experience
      • Sufficient specific knowledge to be immediately productive
      • The ability to communicate effectively and work with others
      • The ability to communicate effectively and work with others.
      With these characteristics, our graduates can be expected to make their mark, enhance IIT's reputation and recompense the nation for its investment in their education.

    • Curriculum Overview

      To achieve the above goals, we need a curriculum that is sufficiently flexible to the needs and aspirations of diverse students. For flexibility, it needs breadth. For students who want to master a field, it needs depth. Every student requires significant training in:

      • Basics of engineering
      • Physical and life sciences
      • Humanities, social sciences and management
      • Fundamental principles of at least one engineering discipline
      • Design and innovation
      • Teamwork and communication

      For students to explore their passion, there is a large set of electives. Over these, we superimpose formal and informal structures tailored to the typical paths that a student may take. These structures serve as guides for the students and help the outside world to evaluate each student's expertise. Given the diversity of student aspirations and the need to keep them motivated, we allow flexibility in sequencing of courses. It requires some adaptability on the part of the teachers. It also requires firmness as students realize that taking advantage of flexibility now may restrict their options in future semesters, and they clamor for timetables to be aligned to their desires.

      A broad outline of the curriculum is shown in Fig. 1. Students who are admitted to IIT are assumed to satisfy the pre-conditions: Fluency in English, solid grounding in high school sciences and maths, broad general knowledge of the humanities, civic society, common-sense, and good social skills. Deficiencies in any of these must be addressed informally by the teachers in the curriculum or formally outside the curriculum.

      The foundations of all B.Techs. are: Facility in design and innovation; strong understanding of common scientific and engineering principles and methods; and breadth of knowledge outside science and engineering i.e. in the humanities, social sciences and management.


      Next is the core of knowledge in the student's chosen branch. This is kept to the bare minimum, with principles and techniques being learnt in theory courses, in labs or in practicums.

      Finally, we have a large number of specialist baskets. Many of these are interdisciplinary. In each basket, the horizontal line divides the basic from the advanced courses.


      The boundaries in the curriculum diagram have deliberately been drawn in a vague and overlapping manner. This is to emphasize the flexibility and the inherently inter-disciplinary nature of tomorrow's B.Tech. graduate.

      Note: Fig. 1 shows the three B.Tech. disciplines that currently exist in IIT Mandi. Others can be added. The list of Specialist Baskets is only indicative, it is not intended to be exhaustive nor does it imply a commitment that they will be offered.

      Fig 1. Outline of the B.Tech Curriculum

    • Sciences
      This includes theory and experimental methods of physical and life sciences. Courses cover maths, physics, chemistry, biology, statistics and probability. Most courses are common to all students, but a few may be discipline-specific.

      Common Engineering

      By including a wide range of courses, students get prepared for the inter-disciplinary world of technology. It facilitates branch change during the 1st or 2nd year. Courses cover product design and realisation, technical graphical communication, materials science and technology, mechanics of rigid bodies and continuum mechanics, thermodynamics, computers and computation, data structures, electrical circuits and devices, electronics, energy conversion, measurements and experimental methods.

      Distribution

      The distribution of credits for each of the major components:

      • Institute Core Courses (88 Credits)
        Sciences - 25
        Common Engg - 42
        Design & Innovation Practicum - 6
        Humanities +Management- 13
        Internship - 2
      • Electives Courses (30 Credits)
        Design & Innovation Practicum (includes final year project) – 12
        Humanities Electives - 5
        Free Electives - 13
      • Discipline Core and Discipline Elective Courses (42 Credits) Discipline core - 30
        Discipline Electives – 12


      Grand Total: 160-162 Credits

      Note: Although the distribution adds up to 160, a range of 160-162 credits is specified for a B.Tech degree. This range accommodates the varying number of credits for different courses. Students are permitted to take extra credits beyond 162.

    • Ingredients

      In our fresh design of the curriculum, some useful ingredients are:

      • A strong grounding in various areas like sciences that support engineering, basics of engineering, basics of the discipline, humanities and management.
        To include all of these and still retain flexibility implies that the historically large discipline core must be drastically pruned. A very compact core for each discipline is defined.
      • Several practicums in which students work in teams to solve real problems following industrial engineering practices. The emphasis in a practicum is on use of common-sense and self-driven, just-in-time learning to devise a working solve to a problem within a fixed time frame. These start in the first few semesters to kindle students' interest in innovation and technology. In many cases, they precede the corresponding theory courses.
      • Higher credit for practical work to reflect its importance in the learning process, 1 credit for 1.5-2 hours. Labs where students do routine measurements and observations on fixed setups will be replaced by labs where students are given problems and they devise the experimental setup required.
      • A strong liberal arts component, including humanities, social sciences and management. It must be made clear to the students that some of this complements technology. At the same time, students must appreciate that a broad understanding of the liberal arts is essential for the well-rounded professional. Most students would experience something in this component almost every semester.
      • To help students structure their courses, there are specialist baskets of 3-6 courses identified for each minor area. Each basket may rest on one or more foundations. A basket may have sequences within it, i.e. advanced courses may rest on basic courses in the basket. A student who completes a certain number of credits in a basket will have this reflected as a Minor on his/her transcript. (Credits that go to satisfy the requirements of the Major discipline cannot count towards a Minor.)
      • The sequence in which courses are taken need not be from bottom to top in Fig. 1. By acquiring “lower” knowledge just-in-time on his/her own, a student can take a “higher” course early in his/her programme.
      • Typically, core courses will be 3-4 credits and electives 3 credits.


      • Discussion

        A key requirement for the success of this curriculum is that students understand the possibilities and the implications of their choices. This means that the faculty advisors should spend time to educate students about the curriculum, to encourage some of them to experiment with unusual sequences, and to help them recover if their choices turn out to be leading up a path that is wrong for them.
        A flexible curriculum with fewer compulsory courses does not imply lower quality or less rigour. A student who is passionate about, say, mechanical engineering, will follow the ME Core by electing the basic courses in all the ME baskets (Thermal, Production, etc) and will top it off with the advanced courses in some of these baskets. Including the relevant courses in the common engineering component, s/he will graduate with over 100 credits of ME, i.e., about 30 ME courses. S/he will be as thorough in mechanical engineering as a student from any other University. That s/he has chosen many of these courses as electives rather than taking them out of compulsion will in fact serve as a greater incentive to excel in them. In a traditional heavy-core curriculum, students who have got into a branch due to rank or social pressures lose interest. They are a drag on the class and become mediocre engineers. By minimizing the number of compulsory courses and offering a variety of baskets, it is likely that these students will find something about which they are passionate. They could become a pleasure to teach, and turn into very productive citizens in some field after graduation.
        Students learn ‘how to learn’ by being given challenges in courses and being guided to crack them on their own initiative. A student who is given the challenge of devising his/her curriculum would surely become a leader in his/her chosen field of endeavor.

    थ्योरी और लैब पाठ्यक्रमों के लिए क्रेडिट की परिभाषा


      Theory Classes and Tutorials:

      1 credit = 1 contact hour/week (14 contact hours per semester)
      A student is expected to spend 2-3 hours outside class for every contact hour. This time is devoted to self-study, assignments and so on..

      Lab Courses, Practicals, Practicums:

      1-2 hour lab sessions per week: 1 credit
      3-4 hour lab sessions per week: 2 credits
      5 hour lab sessions per week: 3 credits
      6 hour lab sessions per week: 3 Credits
      (2 hrs of lab will carry 1 credit)
      A student is expected to spend 1 hour outside the lab per 1 lab hours, for preparation, self-study, etc.

      L-T-P-C Notation:

      L-T-P-C => Lecture – Tutorial – Practicum – Credits
      Credit structure of each course is given in L-T-P-C form (e.g. 2.5–0.5–0–3). The numbers corresponding to L, T and P denote the contact hours per week, and that of C denotes the total number of credits for that course (eg. The 3 credit course is split into 2.5 hrs lecture, and 0.5 hrs tutorial per week).

    मूल्यांकन: ग्रेडिंग सिस्टम और सीजीपीए गणना

      Notification: Formula for CGPA to Percentage Conversion

      Grading System

      Grading is done on a 10-point scale by means of the letter grades: O, A, B, C, D, E, F. On the 10-point scale, these letter grades carry the following numerical values:

      Letter Grade:0ABCDEF
      Points equivalence: 10987640

      Where F grade is fail grade.
      In addition to the above grades, there is a temporary grade, I (Incomplete). The I-grade indicates that a small part of the total requirements of the course remains to be completed and that the student has done satisfactory work in all other aspects of the course. The I grade needs to be converted to a proper letter grade within 1 week of the start of the next semester.

      CGPA Calculation

      The performance in a semester is indicated by the Semester Grade Point Average (SGPA), which is a weighted average of the grades in all the courses done by the student in the given semester. The SGPA is calculated as follows:


      where ci stands for the credit in a course and gi the point equivalent of the grade obtained in that course. The summation is over the number of courses n in the semester.

      The performance up to any time in the course of the student’s program is indicated by the student’s Cumulative Grade Point Average (CGPA), which is also calculated by the above formula, except that the averaging is done over all of the courses that the student has done during his/her entire program up to that point. If the student has earned an F grade in a course in any semester, that also goes into the calculation of the CGPA. As and when the student finally clears the course, the record of the F is removed and replaced by the new passing grade, thereby modifying the CGPA. (If the student fails in an elective course, he/she needs to pass either that same course or an equivalent course chosen under the same elective slot in consultation with the faculty advisor). Thus, when the student graduates, the final CGPA is calculated on the basis of only the passing grades.

    सामान्य कोर पाठ्यक्रमों की समग्र क्रेडिट संरचना


      Basic Sciences:25 Credits
      Computing and Electrical Engineering:21 Credits
      Engineering:21 Credits
      Design & Innovation Practicum: (D&IP):6 Credits; 12 Credits (Elective)
      Humanities and Social Sciences:13 Credits; 5 Credits (Elective)
      Internship:2 Credits

      TOTAL CREDITS FOR COMMON CORE COURSES: 88 (105 including Electives)

    पाठ्यक्रम के अंतरिम सेमेस्टर-वार वितरण

      सेमेस्टर-वार पाठ्यक्रमों का वितरण केवल संकेतक है। पाठ्यक्रमों को कभी-कभी विभिन्न सत्रों में पेश किया जा सकता है व्यक्तिगत छात्र संकाय सलाहकार के अनुमोदन से अपने कार्यक्रम का कारण बना सकते हैं।

      1st Semester

      Engineering Mathematics: 3 credits
      Computation for Engineers + Lab: (3 + 2): 5 credits
      Electrical Systems Around Us + Lab: (3 + 2): 5 credits
      Graphics for design: 4 credits
      D& IP – Understanding Products through-
      Reverse Engineering (Lab): 2 credits
      HSS Course: Creative Understanding : 1 credit
      Total No. of theory courses: 5
      Total credits: 20


      2nd Semester

      Linear Algebra: 3 credits
      Mechanics of Particles and Waves: 3 credits
      Applied Electronics + Lab: 5 credits
      Engineering Thermodynamics: 4 credits
      Product Realization Technology: 2 credits
      Product Realization Technology Lab: 2 credits
      HSS Course: 3 credits
      Total no. of theory courses: 5
      Total credits: 22


      3rd Semester

      Foundations of Electrodynamics + Lab: 5 credits
      Applied Chemistry for Engineers + Lab
      (or Understanding Biotechnology & Its Applications):
      5(or 3) credits
      Discipline Core – 1: 4 credits
      Data Structure and Algorithm: 3 credits
      Mechanics of Rigid Bodies: 3 credits
      HSS Course: 3 credits
      Total no. of theory courses: 6
      Total credits: 23 / 21


      4th Semester

      Probability, Statistics and Random Processes:3 credits
      Signals and Systems:3 credits
      Discipline Core – 2:3 or 4 credits
      Materials Science for Engineers:3 credits
      Continuum Mechanics:3 credits
      D& IP Prototype Development:4 credits
      Understanding Biotechnology & Its Applications
      (or Applied Chemistry for Engineers + Lab):
      3 (or 5) credits
      Total no. of theory courses:6
      Total credits:22/ 25

    अनुशासन-वार पाठ्यक्रम वितरण


      • Courses from Basic Sciences

          Mathematics (TOTAL: 9 CREDITS)

        • Engineering Mathematics, IC 110, 2.5-0.5-0-3
        • Linear Algebra, IC 111, 2.5-0.5-0-3
        • Probability, Statistics and Random Processes, IC 210, 2.5-0.5-0-3

          Physics (TOTAL: 8 CREDITS)

        • Mechanics of Particles and Waves, IC 121, 2.5-0.5-0-3
        • Foundations of Electrodynamics, IC 221, 2.5-0.5-0-3
        • Physics Practicum/Practicals, IC 222P, 0-0-3-2

          Chemistry (TOTAL: 5 CREDITS)

        • Applied Chemistry for Engineers, IC 130, 3-0-0-3
        • Chemistry Practicum, IC 130P, 0-0-3-2

          Biotechnology And Life Sciences (TOTAL: 3 CREDITS)

        • Understanding Biotechnology and its Applications, IC 136, 3-0-0-3

        TOTAL CORE COURSE CREDITS FROM BASIC SCIENCES: 25


      • Courses from Common Engineering

          Computing And Electrical Engineering

        • Computation for Engineers, IC150, 3-0-0-3
        • Computation for Engineers Lab, IC 150P, 0-0-3-2
        • Data Structure and Algorithms, IC250, 1-0-3-3
        • Electrical Systems Around Us, IC160, 2.5-0.5-0-3
        • Electrical Systems Lab, IC160P, 0-0-3-2
        • Applied Electronics, IC161,3-0-0-3
        • Applied Electronics Lab, IC161P, 0-0-3-2
        • Signals and System, IC260, 2.5-0.5-0-3

        • TOTAL CORE COURSE CREDITS FROM COMPUTING AND ELECTRICAL ENGINEERING: 21


      • Mechanical Engineering And Material Sciences

        • Graphics for Design, IC140, 2-0-3-4
        • Product Realization Technology, IC141, 2-0-0-2
        • Product Realization Technology Lab, IC141P, 0-0-3-2
        • Engineering Thermodynamics, IC142, 3-1-0-4
        • Mechanics of Rigid Bodies, IC240, 1.5-1.5-0-3
        • Materials Science for Engineers, IC241, 3-0-0-3
        • Continuum Mechanics, IC242, 2.5-0.5-0-3


        TOTAL CORE COURSE CREDITS FROM MECHANICAL ENGINEERING AND MATERIAL SCIENCES =21


      • Courses from Humanities and Social Sciences

        The Basic Program is divided into five broad streams as follows:

          Creative Understanding

        • Art and Architecture, HS102, 0-0-2-1
        • Dance and Drama, HS103, 1-0-0-1
        • Music, HS104, 1-0-0-1


        • International Language Competence


        • Introduction to English Literature, HS151, 3-0-0-3
        • German I, HS342, 3-0-0-3
        • German II, HS352, 3-0-0-3
        • German III, HS362, 3-0-0-3


          Communicative Competence

        • Basic Communication Skills, HS105, 3-0-0-3
        • Public Speaking and Debating Skills, HS206, 3-0-0-3
        • Policy Analysis and Advocacy Skills, HS301, 3-0-0-3


          Social Competence

        • Principles of Economics, HS202, 3-0-0-3
        • Understanding Society, HS203, 3-0-0-3
        • Introduction to Political Science, HS204, 3-0-0-3

          Managerial Competence

        • Financial Accounting, HS205, 3-0-0-3
        • Organizational Management, HS304, 3-0-0-3
        • Organizational Behavior, HS403, 3-0-0-3


        TOTAL CORE COURSE CREDITS FROM HUMANITIES AND SOCIAL SCIENCES: 13

        TOTAL OPTIONAL CREDITS FROM HUMANITIES AND SOCIAL SCIENCES: 5

        The subjects taught under these headings are meant to help the students achieve fluency in language, develop self-confidence by understanding man in relation to society and the environment, voice actively social concerns to make informed personal choices and take reasoned decisions at the workplace.

        Students are invited to take at least one course from each of the five broad streams listed here.

        For each stream, there is a Program Coordinator from the School to help you make the right choices.



        • Design and Innovation Practicum

        • Reverse Engineering, IC101P, 0-0-3-2
        • Design Practicum, IC201P, 0-0-6-4
        • Interdisciplinary Socio-Technical Practicum, DP301P, 0-0-6-4
        • Major Technical Project, DP401P, 0-0-12-8


        • TOTAL CORE COURSE CREDITS FROM DESIGN & INNOVATION PRACTICUM =6

          TOTAL OPTIONAL CREDITS FROM DESIGN & INNOVATION PRACTICUM =12

    बुनियादी विज्ञान

    सामान्य इंजीनियरिंग

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      • Nk=ksa dks izLrko fn;s tkus ij os fuEufyf[kr ikB~;Øeksa esa ls dksbZ ,d pqu ldrs gSa%

        dyk vkSj okLrqf”kYi% ;g ikB~;Øe vkidks iqjkru fo”o /kjksgj Lekjdksa vkSj LFkyksa dh vfr mŸke fp=dkjh vkSj ewfrZ dyk rFkk fHkfŸk fp=ksa ds n”kZu djkrk gSA vkl&ikl ds vusd LFkyksa dh ;k=k,a vkids vuqHko vkSj euksjatu esa o`f) djrh gSaA

        laxhr% ;g fo”o Hkj dh loksZŸke laxhr ijEijkvksa( “kkUr “kkL=h; ls ddZ”k tkt] tks”khys yksd laxhr ls ekreh vkRek rd vkSj jhxs ls jSi rd dks lquus vkSj iz”kalk djus ds fy, vkdf’kZr djrk gSA fgeky;h {ks= ds laxhr dk;ZØe vkSj yksd xk;d vkids vuqHko vkSj laxhr dh Hkk’kk ds Kku esa o`f) djrs gSaA

        u`R; vkSj ukVd% ;g O;fDr esa xfr vkSj “kCnksa ds lkFk “kjhj dk foy; vkSj O;fDr esa fFk;sVj ds tks”k dk mRlo gSA bldk mÌs”; fFk;sVj fuekZ.k esa Hkkx ysdj u`R; vkSj ukVd dh nqfu;k dks c<+kok nssuk gSA


      HS102 कला और वास्तुकला कोर्स विवरण डाउनलोड करें
      HS103 नृत्य और नाटक कोर्स विवरण डाउनलोड करें
      HS 104 संगीत कोर्स विवरण डाउनलोड करें
    • अंतर्राष्ट्रीय भाषा सक्षमता

      • विद्यार्थी प्रस्तावों पर एक भाषा चुन सकते हैं और प्रवेश स्तर भी वे अपने कौशल को बढ़ाने के लिए उपयुक्त मानते हैं। क्या छात्रों को पश्चिम से बर्लिन या पूर्व में बीजिंग के लिए सिर जाना है, यह केवल वास्तविक पासपोर्ट के साथ एक देश में प्रवेश करने के लिए एक अहंकारी अनुभव होने जा रहा है, उस देश की भाषा।

        टिप्पणी: हमारे भाषा पाठ्यक्रम सामान्य यूरोपीय फ़्रेमवर्क ऑफ़ रेफरेन्स फॉर लैंग्वेज (सी ई एफ आर) का पालन करते हैं।).

    • संवाद योग्यता

      • विद्यार्थियों को तीन अलग-अलग विकल्प प्रस्तुत करता है:

        मौलिक संवाद कौशल हम जो भी शब्द बोलते हैं वे दूसरों को बताते हैं कि हम वास्तव में क्या हैं। बेशक आपको अपने आप को दूसरों के सामने पेश करने की आवश्यकता के बारे में पता चलता है, जिस तरह आप उन्हें अनुभव करने के लिए चाहते हैं।

        जन भाषा और विचार-विमर्श कौशल :आप भाषण में दूसरों के दिलों और दिमागों को कैसे जीत सकते हैं? दूसरों को इसे स्वीकार करने के लिए प्रेरित करने के लिए आप एक तर्क कैसे बनाते हैं? पाठ्यक्रम प्रभावी बोलने की कला के बुनियादी सिद्धांतों के साथ आपको पेश करता है.

        नीति विश्लेषण और पक्ष समर्थन कौशल हमारी सार्वजनिक जीवन, यह अर्थशास्त्र या पर्यावरण होगा, सरकार को विभिन्न सलाहकार और विनियामक निकायों द्वारा बनाई गई नीतियों से प्रभावित है। व्यापारिक दुनिया में, कॉर्पोरेट चिंताओं की भी अपनी नीतियां हैं ये कैसे इन नीतियों के गहरे निहितार्थों की जांच करता है? टिकाऊ विकास के लिए कोई नीति तैयार करने, विज्ञान और प्रौद्योगिकी नीतियों के बारे में कैसे जाना जाता है?

    • सामाजिक क्षमता

      यहां फिर से, आपके पास तीन पाठ्यक्रमों का विकल्प है।

      अर्थशास्त्र के सिद्धांत:राष्ट्रों ने धन कैसे उत्पन्न किया? सभी के लिए रहने के उचित मानकों को सुनिश्चित करने के लिए राज्य अपने वितरण को कैसे विनियमित करता है? पर्यावरण और पारिस्थितिकी पर मनुष्य के आर्थिक पीछा का क्या असर है? क्या विकसित देशों की समृद्धि और कहीं और भारी गरीबी के बीच एक कड़ी है? पाठ्यक्रम आर्थिक सिद्धांतों की जांच करता है जो दैनिक जीवन को नियंत्रित करते हैं; यह प्रारंभिक समाजों की वस्तु विनिमय अर्थव्यवस्था से आज के कैसीनो पूंजीवाद तक उपभोक्तावाद के उदय का पता लगाता है। हिमाचल क्षेत्र में फील्ड यात्राएं और सर्वेक्षण आपकी समझ के पूरक होंगे।

      सामाजिक ज्ञान : पाठ्यक्रम छात्रों को प्राचीन से आधुनिक समय तक खुलासा करने वाले रूपों और मानव सामूहिक जीवन के तरीकों की जांच करने के लिए आमंत्रित करता है। छात्र भी विशिष्ट ऐतिहासिक समय में संस्थागत रूपरेखा के साथ-साथ मनुष्यों की रहने वाली स्थितियों का भी अध्ययन करेंगे। इसके अलावा, वे आधुनिक जीवन के प्रभाव को अपने मन में, शादी पर, परिवार पर और इसके टूटने और भविष्य के लिए इसके महत्व पर विभिन्न रूपों में जांचेंगे। वे आधुनिक जीवन में तनाव के विभिन्न स्तरों को समझने का प्रयास करेंगे और समाधान का प्रयास किया, आर्थिक कारणों और उनके मनोवैज्ञानिक-सामाजिक प्रभाव। हिमाचल प्रदेश में विभिन्न जनजातीय समुदायों के लिए फील्ड यात्राएं छात्रों की समझ के पूरक हैं।

      राजनीति विज्ञान: अरिस्टोटल राजनीति को विज्ञानधिस्नातक क्यों कहा है? जरा सोचो, हमारे घरों में शांति और सद्भाव बनाए रखना हमारे लिए कितना मुश्किल है! तो एक और के साथ शांति में रहने के लिए 1.2 अरब के देश को बनाए रखने के लिए कितना कठिन होगा? हम अरस्तू के विरोधाभासी तर्क को कैसे समझते हैं कि "मनुष्य में बुराई समाज को आवश्यक बनाता है, लेकिन यह मनुष्य में अच्छा है जो समाज का काम करता है।" पड़ोस में स्थानीय समुदायों की यात्राएं राजनीति, कानून और शासन में पहले ही प्रमुख मुद्दों को समझने के लिए करती हैं ।

    • प्रबंधकीय योग्यता

      यहां तीन पाठ्यक्रमों से अपनी पसंद का प्रबंधन करें:

      संगठनात्मक प्रबंधन के सिद्धांत: ड्राइंग बोर्ड से दुकान की मंजिल तक, उत्पादन लाइनों से बाजार तक, हर औद्योगिक चिंता को प्रक्रियाओं को सुव्यवस्थित करने, उत्पादन को गति देने और समय पर बाजार तक पहुंचने के लिए, चिंता के कारण निर्देशित किया जाता है। लाभ को अधिकतम करने के लिए क्या समस्याएं और अनूठे समाधान हैं जो आजकल प्रसिद्ध गुरुओं में व्यावसायिक गुरु बनाये हैं?
      वित्तीय लेखा के सिद्धांत:: तथ्यों और आंकड़ों की तरह कुछ भी नहीं, चाहे आप शेयरधारकों या वित्तीय प्रबंधकों को रिपोर्ट कर रहे हों। मानक लेखा रिपोर्ट तैयार कैसे की जाती हैं? और किसके लिए? व्यवसायिक चिंताओं में निर्णय लेने की प्रक्रियाओं में वित्तीय लेखांकन कैसे मदद करता है?

      संगठनात्मक व्यवहार: एक संगठन के भीतर व्यक्ति और समूह कैसे काम करते हैं? संगठनात्मक संरचना हालत समूह गतिशीलता कैसे करता है? क्या मनोवैज्ञानिक और सामाजिक अंतर्दृष्टि कार्यबल के व्यवहार को नियंत्रित और भविष्यवाणी करने में सहायता करती हैं?

    प्रारूप और नवोत्पाद व्यवहार्य

      Design and Innovation Practicum (DIP) is a required course of undergraduate engineering core program. DIP program offers numerous challenges for both faculty and students because of the wide variety of projects in a given year as well as from year to year. At the end of DIP which will span during all the four years of engineering programs in different phases, students are expected to demonstrate the following attributes:

      • Ability to apply knowledge of mathematics, science, and engineering
      • Ability to design and conduct experiments, as well as to analyze and interpret data
      • Ability to design a system, component, or process to meet desired needs
      • Ability to function on multi-disciplinary teams
      • Ability to identify, formulate, and solve engineering problems
      • Understanding of professional and ethical responsibility
      • Ability to communicate effectively
      • Broad education necessary to understand the impact of engineering solutions in a global and societal context
      • Ability to use the techniques, skills, and modern engineering tools necessary for engineering practice

      The program ventures far beyond the traditional classroom instruction, graduating students are beneficiary of a life-long learning process. A successful DIP program can facilitate achieving the educational institutions’ goal of producing the most sought-after graduates by the industry.

      Choosing a DIP problem/project

      • Project that emphasizes design, experimental, and hands-on skills
      • Do not choose a project involving only collection of published materials
      • Problem that allows teamwork and offers opportunity for creativity
      • Project should not be on the critical path of a program with stringent deadlines
      • Project goals must be concrete and measurable
      • The criteria to determine success should be defined

      Plan of Design & Innovation Practicum

      Sr. No. Course Name Course Type Objective Team formulation Contact Hours Credits
      1 Reverse Engineering Core Learning from existing products/subsystems/systems Random selection from all disciplines 0L-0T-3P 2
      2 Design Practicum Core Concepts of designing of products Random selection from all disciplines 0L-0T-6P4
      3 Interdisciplinary Socio-Technical Practicum
      For details Click here
      Elective Interaction with society to understand the needs Team of like minded students 0L-0T-6P 4
      4 Major Technical Project (PART A and PART B) Elective In depth work on Technology/Product ( Possibly continuing work done in Sr. No.2 & 3. May have product/patent implications ( not mandatory) Team of like minded students 0L-0T-12P8

      There will be following five courses on Design & Innovation Practicum,
      Note : Courses in Sr. No. 3 & 4 can be chosen by students independently.
    3. माइनर प्रोग्राम

    माइनर प्रोग्राम

      एक नाबालिग छात्र के लिए अपने प्रमुख बीटेक अनुशासन के बाहर किसी क्षेत्र में विशेषज्ञता हासिल करने के लिए है। प्रत्येक माइनर के लिए 3-6 पाठ्यक्रम की एक विशेषज्ञ की टोकरी पहचान की जाती है। प्रत्येक टोकरी एक या एक से अधिक फाउंडेशन पाठ्यक्रमों पर आराम कर सकती है। एक टोकरी के भीतर दृश्य हो सकते हैं, अर्थात उन्नत पाठ्यक्रम टोकरी में बुनियादी पाठ्यक्रमों पर आराम कर सकते हैं। सफलतापूर्वक एक माइनर को पूरा करने के लिए, एक छात्र को उस छोटी टोकरी में परिभाषित पाठ्यक्रमों में से 7.0 के सीजीपीए के साथ कम से कम 9 क्रेडिट लेने की जरूरत है। माइनर का क्षेत्र छात्र के प्रमुख अनुशासन से भिन्न होना चाहिए; सामान्य कोर (एचएसएस सहित), या अनुशासन कोर / ऐच्छिक का हिस्सा हैं जो पाठ्यक्रम एक मामूली की ओर गिना नहीं जा सकता है एक छात्र को किसी भी संख्या में नाबालिगों को लेने की अनुमति है, लेकिन एक विशेष पाठ्यक्रम 1 से अधिक माइनर के लिए गिना नहीं जा सकता है। माइनर का नाम छात्र के ट्रांसक्रिप्ट और डिग्री प्रमाण पत्र पर दिखाई देगा।

      Applied Physics

      Minor in Device Materials/ Structural Materials

      Mechanical Design

      Thermo-Fluid Systems

      German Language

      Intelligent Systems

    4. वैकल्पिक पाठ्यक्रम

    वैकल्पिक पाठ्यक्रम

    Basic Sciences

    Humanities and Social Sciences

    Computer Science and Electrical Engineering

    Mechanical Engineering and Material Sciences