NPTEL Video Search : General

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Link	NPTEL Course Name	NPTEL Lecture Title
Link	Astronomy in Ancient, Medieval and Early Telescopic Era of India	Lecture 1 - Introduction
Link	Astronomy in Ancient, Medieval and Early Telescopic Era of India	Lecture 2 - Pre Siddhantic Astronomy
Link	Astronomy in Ancient, Medieval and Early Telescopic Era of India	Lecture 3 - Siddhantic Astronomy
Link	Astronomy in Ancient, Medieval and Early Telescopic Era of India	Lecture 4 - Astronomy in Medieval India
Link	Astronomy in Ancient, Medieval and Early Telescopic Era of India	Lecture 5 - Introduction to Telescopic Astronomy and Concluding remarks
Link	Ayurvedic Inheritance of India	Lecture 1 - Roots of Ayurveda
Link	Ayurvedic Inheritance of India	Lecture 2 - Traditional Medicine in Buddhist India
Link	Ayurvedic Inheritance of India	Lecture 3 - Period of Systematization
Link	Ayurvedic Inheritance of India	Lecture 4 - Philosophical ideas in Ayurveda
Link	Ayurvedic Inheritance of India	Lecture 5 - Human Body in Health
Link	Ayurvedic Inheritance of India	Lecture 6 - Human Body in Disease
Link	Ayurvedic Inheritance of India	Lecture 7 - Food and Drinks
Link	Ayurvedic Inheritance of India	Lecture 8 - Code for Healthy Living
Link	Ayurvedic Inheritance of India	Lecture 9 - Diseases
Link	Ayurvedic Inheritance of India	Lecture 10 - Diagnosis and Prognosis
Link	Ayurvedic Inheritance of India	Lecture 11 - Medical Treatment of Diseases
Link	Ayurvedic Inheritance of India	Lecture 12 - Materia Medica
Link	Ayurvedic Inheritance of India	Lecture 13 - Surgical Treatment of Diseases
Link	Ayurvedic Inheritance of India	Lecture 14 - Surgical Instruments
Link	Ayurvedic Inheritance of India	Lecture 15 - Treatment of fractures; some surgical procedures
Link	Ayurvedic Inheritance of India	Lecture 16 - Principles and methods of rejuvenation: enhancement of sexual potency and fertility
Link	Ayurvedic Inheritance of India	Lecture 17 - Selection of Students: Oath at initiation: Process of Training
Link	Ayurvedic Inheritance of India	Lecture 18 - A Science Initiative in Ayurveda (ASIIA)
Link	Ayurvedic Inheritance of India	Lecture 19 - Ayurvedic Biology: Illustrative Studies
Link	Ayurvedic Inheritance of India	Lecture 20 - Conclusion: An Ayurvedic View of Life
Link	Introduction to Japanese Language and Culture	Lecture 1 - Introduction to Japanese scripts
Link	Introduction to Japanese Language and Culture	Lecture 2 - Jiko shoukai (Self introduction)
Link	Introduction to Japanese Language and Culture	Lecture 3 - Dochira kara desu ka ( Where are you from?)
Link	Introduction to Japanese Language and Culture	Lecture 4 - Senmon wa nan desu ka (What is your specialization?)
Link	Introduction to Japanese Language and Culture	Lecture 5 - Kore wa hon desu (This is a book)
Link	Introduction to Japanese Language and Culture	Lecture 6 - Ikura desu ka (How much is it?)
Link	Introduction to Japanese Language and Culture	Lecture 7 - Ima nan-ji desu ka (What is the time now?)
Link	Introduction to Japanese Language and Culture	Lecture 8 - Kaigi wa roku-ji-han kara desu (The meeting is from 6:30)
Link	Introduction to Japanese Language and Culture	Lecture 9 - Ashita Tokyo e ikimasu. (I will go to Tokyo tomorrow)
Link	Introduction to Japanese Language and Culture	Lecture 10 - Watashi wa mainichi roku-ji ni okimasu (I wake up at 6â€™oclock everyday)
Link	Introduction to Japanese Language and Culture	Lecture 11 - Itsu Kanpur e kimashita ka (When did you come to Kanpur?)
Link	Introduction to Japanese Language and Culture	Lecture 12 - Y?binkyoku wa asoko ni arimasu (The post office is over there)
Link	Introduction to Japanese Language and Culture	Lecture 13 - Rao san wa doko ni imasu ka (Where is Mr. Rao?)
Link	Introduction to Japanese Language and Culture	Lecture 14 - Pikuniku e ikimash? (Letâ€™s go for a picnic)
Link	Introduction to Japanese Language and Culture	Lecture 15 - Kesa pan to tamago o tabemashita (I ate eggs and bread for breakfast)
Link	Introduction to Japanese Language and Culture	Lecture 16 - Depa-to no tonari no biru wa gink? desu (The building next to the department store is the bank)
Link	Introduction to Japanese Language and Culture	Lecture 17 - Taj hoteru wa ookii hoteru desu(Hotel Taj is a big hotel)
Link	Introduction to Japanese Language and Culture	Lecture 18 - Hoteru de nani o tabemashita ka (What did you eat at the hotel?)
Link	Introduction to Japanese Language and Culture	Lecture 19 - Tokyo wa ?kikute kirei desu (Tokyo is big and beautiful)
Link	Introduction to Japanese Language and Culture	Lecture 20 - Ko-hi- wa oishiku arimasen(Coffee is not tasty)
Link	Introduction to Japanese Language and Culture	Lecture 21 - Hantai kotoba (Opposites)
Link	Introduction to Japanese Language and Culture	Lecture 22 - Watashi wa mainichi miruku o nomimasu (I drink milk everyday)
Link	Introduction to Japanese Language and Culture	Lecture 23 - Watashi wa oniisan ni kamera o moratta(I received a camera from my brother)
Link	Introduction to Japanese Language and Culture	Lecture 24 - Nani o tabetai desu ka(What do you want to eat?)
Link	Introduction to Japanese Language and Culture	Lecture 25 - Nani o sashiagemasu ka (Giving and Receiving)
Link	Introduction to Japanese Language and Culture	Lecture 26 - Sensei wa watashi ni hon o kuremashita (My teacher gave me a book)
Link	Introduction to Japanese Language and Culture	Lecture 27 - Chotto matte kudasai ( Just a minute please)
Link	Introduction to Japanese Language and Culture	Lecture 28 - Ke-ki o tabete mite kudasai ( Eat and see how is the cake)
Link	Introduction to Japanese Language and Culture	Lecture 29 - Nani o shite imasu ka(What are you doing?)
Link	Introduction to Japanese Language and Culture	Lecture 30 - Tokyo ni sunde imasu ( I live in Tokyo)
Link	Introduction to Japanese Language and Culture	Lecture 31 - Kanji ga kakemasu (I can write Kanji)
Link	Introduction to Japanese Language and Culture	Lecture 32 - Im?to wa ningy? o hoshigatte imasu (My sister wants a doll)
Link	Introduction to Japanese Language and Culture	Lecture 33 - Aisukuri-mu ga ke-ki yori suki desu (I like ice-cream more than cakes)
Link	Introduction to Japanese Language and Culture	Lecture 34 - Kutsu o kai ni ikimasu ( I am going to buy shoes)
Link	Introduction to Japanese Language and Culture	Lecture 35 - Ashita motto atsuku narimasu (It is going to become very hot tomorrow)
Link	Introduction to Japanese Language and Culture	Lecture 36 - Rainen Tokyo e iku to omoimasu (I think I will go to Tokyo next year)
Link	Introduction to Japanese Language and Culture	Lecture 37 - Pen de kaite mo ii desu ka(Is it alright to write in pen?)
Link	Introduction to Japanese Language and Culture	Lecture 38 - Comprehensions and Expressions
Link	Introduction to Japanese Language and Culture	Lecture 39 - Basic Kanji
Link	Introduction to Japanese Language and Culture	Lecture 40 - Basic Kanji
Link	NOC:Biology for engineers and other non-biologists	Lecture 1 - Introduction
Link	NOC:Biology for engineers and other non-biologists	Lecture 2 - Origin of Life
Link	NOC:Biology for engineers and other non-biologists	Lecture 3 - Evolution
Link	NOC:Biology for engineers and other non-biologists	Lecture 4 - Cells
Link	NOC:Biology for engineers and other non-biologists	Lecture 5 - Biomolecules: Lipids
Link	NOC:Biology for engineers and other non-biologists	Lecture 6 - Biomolecules: Carbohydrates, Water
Link	NOC:Biology for engineers and other non-biologists	Lecture 7 - Biomolecules: Amino acids, Proteins
Link	NOC:Biology for engineers and other non-biologists	Lecture 8 - Biomolecules: Enzymes
Link	NOC:Biology for engineers and other non-biologists	Lecture 9 - Biomolecules: Nucleotides
Link	NOC:Biology for engineers and other non-biologists	Lecture 10 - Cell structure and function Â– Prokaryotes
Link	NOC:Biology for engineers and other non-biologists	Lecture 11 - Cell structure and function Â– Eukaryotes
Link	NOC:Biology for engineers and other non-biologists	Lecture 12 - Cell cycle
Link	NOC:Biology for engineers and other non-biologists	Lecture 13 - Cell division Â– mitosis
Link	NOC:Biology for engineers and other non-biologists	Lecture 14 - Cell division Â– meiosis
Link	NOC:Biology for engineers and other non-biologists	Lecture 15 - Culture growth
Link	NOC:Biology for engineers and other non-biologists	Lecture 16 - Mendelian genetics: Genetic disorders
Link	NOC:Biology for engineers and other non-biologists	Lecture 17 - Mendelian genetics: Mendelian inheritance principles
Link	NOC:Biology for engineers and other non-biologists	Lecture 18 - Mendelian genetics: Pedigree analysis
Link	NOC:Biology for engineers and other non-biologists	Lecture 19 - Mendelian genetics: Non-Mendelian inheritance
Link	NOC:Biology for engineers and other non-biologists	Lecture 20 - DNA replication
Link	NOC:Biology for engineers and other non-biologists	Lecture 21 - Transcription
Link	NOC:Biology for engineers and other non-biologists	Lecture 22 - Translation
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 1 - Introduction to the course
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 2 - Introduction to ultrasound imaging
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 3 - Basics of wave propagation
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 4 - Scattering and acoustic wave equation
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 5 - Intensity, Reflection, Transmission
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 6 - Recap of Week 1
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 7 - Introduction to Imaging modes
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 8 - Imaging artifacts
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 9 - Ultrasound imaging systems
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 10 - Transducers and transducer arrays
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 11 - Recap of Week 2
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 12 - Introduction to Microfabrication
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 13 - Silicon and Silicon Dioxide
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 14 - Numericals on Ultrasound
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 15 - Introduction to Cleanroom
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 16 - Silicon and Silicon Dioxide - II
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 17 - Thermal Oxidation - I
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 18 - Thermal Oxidation - II
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 19 - Thermal Evaporation theory
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 20 - Thermal Evaporation lab demonstration
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 21 - E beam Deposition theory
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 22 - E beam deposition lab demonstration
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 23 - Sputtering theory
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 24 - Sputtering lab demonstration
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 25 - Chemical Vapor Deposition - I
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 26 - Chemical Vapor Deposition - II
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 27 - Lithography
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 28 - Lithography lab demonstration
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 29 - Lithography optics - I
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 30 - Lithography optics - II
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 31 - Introduction to Beamforming
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 32 - Beamforming Pt 2
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 33 - Beamforming and Signal Processing
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 34 - Intro to Field II simulation - impulse response, beam pattern
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 35 - Recap of week 7
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 36 - Ultrasound image quality metrics
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 37 - Contrast agents
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 38 - Contrast-enhanced imaging
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 39 - Nonlinear acoustics and imaging
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 40 - Recap of week 8
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 41 - Field II imaging simulations
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 42 - Doppler ultrasound
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 43 - Color and Power Doppler ultrasound
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 44 - Quantitative Ultrasound
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 45 - Recap of week 9
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 46 - Ultrasound bioeffects
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 47 - Bioeffects and safety
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 48 - Ultrasound elastography
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 49 - Shear wave imaging
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 50 - Recap of week 10
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 51 - RIE and DRIE
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 52 - Wet etching and Miller Indices - I
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 53 - Wet etching and Miller Indices - II
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 54 - Wet bench lab demonstration
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 55 - PCB (Printed Circuit Board)
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 56 - Ultrasonic Sensor
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 57 - Material Characterisation : STM and AFM
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 58 - Wire bonding lab demo
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 59 - Piezoelectric polymers
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 60 - Characterisation of materials - I
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 61 - Characterisation of materials - II
Link	NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers	Lecture 62 - Characterisation of materials - III
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 1 - Productivity and Sustainability - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 2 - Measuring Productivity
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 3 - Measures Affecting Productivity
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 4 - Productivity and Sustainability - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 5 - Environmental Management system
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 6 - Green System
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 7 - Carbon Footprint
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 8 - Carbon Credit Trading
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 9 - Industrial Ecology and Carbon Footprint
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 10 - Examples of Carbon Footprint Calculations
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 11 - Examples of Carbon Footprint Calculations
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 12 - Some More Green Thoughts and Footprints
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 13 - Green Manufacturing
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 14 - Partnership for a New Generation of Vehicles (PNGV)
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 15 - Smart Design and Engineering
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 16 - Road to Product Lifecycle Management - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 17 - Road to Product Lifecycle Management - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 18 - Road to Product Lifecycle Management - Part 3
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 19 - Sustainability and Green Supply Chain - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 20 - Sustainability and Green Supply Chain - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 21 - Energy Transformations
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 22 - PLM Components and levels - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 23 - PLM Components and levels - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 24 - PLM integration - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 25 - PLM integration - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 26 - Facility carbon accounting
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 27 - Activities of emission - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 28 - Activities of emission - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 29 - Carbon and business data - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 30 - Carbon and business data - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 31 - Carbon and business data - Part 3
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 32 - Carbon accounting software - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 33 - Carbon accounting software - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 34 - Carbon Accounting Model - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 35 - Carbon Accounting Model - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 36 - Carbon Accounting Model - Part 3
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 37 - Carbon Accounting Model - Part 4
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 38 - Carbon Accounting Model - Part 5
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 39 - Integrated PL,SLM and ALM
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 40 - Environmental, Social and Governace (ESG) Systems
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 41 - Carbon Accounting Databases - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 42 - Carbon Accounting Databases - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 43 - Carbon Accounting Databases - Part 3
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 44 - Database Management Systems
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 45 - Database Design
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 46 - Terminologies in Database Design - I
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 47 - Terminologies in Database Design - II
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 48 - Database Schema - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 49 - Database Schema - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 50 - Database Normalization - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 51 - Database Normalization - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 52 - Carbon Accounting User Interface - Part 1
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 53 - Carbon Accounting User Interface - Part 2
Link	NOC:Carbon Accounting and Sustainable Designs in Product Lifecycle Management	Lecture 54 - Carbon Accounting User Interface - Part 3
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 1 - Introduction to the Course
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 2 - Introduction to the Winter School
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 3 - Socio-algorithmic processes and the Everyday - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 4 - Socio-algorithmic processes and the Everyday - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 5 - Socio-algorithmic processes and the Everyday - Part 3
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 6 - Data Protection and Privacy Regulation in the Digital Era - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 7 - Data Protection and Privacy Regulation in the Digital Era - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 8 - Data Protection and Privacy Regulation in the Digital Era - Part 3
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 9 - Data-driven Identities - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 10 - Data-driven Identities - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 11 - Data-driven Identities - Part 3
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 12 - Promises and Challenges of e-Health - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 13 - Promises and Challenges of e-Health - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 14 - Promises and Challenges of e-Health - Part 3
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 15 - Digital Finance - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 16 - Digital Finance - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 17 - Digital and our everyday interactions with the state - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 18 - Digital and our everyday interactions with the state - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 19 - Digital and our everyday interactions with the state - Part 3
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 20 - Creating a Machine Zone through Affected Feedback: Leisure and Entertainment on Social Media - Part 1
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 21 - Creating a Machine Zone through Affected Feedback: Leisure and Entertainment on Social Media - Part 2
Link	NOC:Digital and the Everyday - from Codes to Cloud	Lecture 22 - Creating a Machine Zone through Affected Feedback: Leisure and Entertainment on Social Media - Part 3
Link	NOC:Effective Engineering Teaching in Practice	Lecture 1 - Introduction to the course
Link	NOC:Effective Engineering Teaching in Practice	Lecture 2 - An Inexperienced Engineering Teacherâ€™s View
Link	NOC:Effective Engineering Teaching in Practice	Lecture 3 - From traditional lecturing to helping students learn - 1
Link	NOC:Effective Engineering Teaching in Practice	Lecture 4 - From traditional lecturing to helping students learn - 2
Link	NOC:Effective Engineering Teaching in Practice	Lecture 5 - Better learning (Bloom's Taxonomy)
Link	NOC:Effective Engineering Teaching in Practice	Lecture 6 - Problem based learning (PBL) and Problem Solving - Part 1
Link	NOC:Effective Engineering Teaching in Practice	Lecture 7 - Problem based learning (PBL) and Problem Solving - Part 2
Link	NOC:Effective Engineering Teaching in Practice	Lecture 8 - Writing Learning Outcomes for a Course
Link	NOC:Effective Engineering Teaching in Practice	Lecture 9 - Active Learning
Link	NOC:Effective Engineering Teaching in Practice	Lecture 10 - Coorperative Group Learning
Link	NOC:Effective Engineering Teaching in Practice	Lecture 11 - Flipped Classroom
Link	NOC:Effective Engineering Teaching in Practice	Lecture 12 - Effective Laboratory Courses
Link	NOC:Effective Engineering Teaching in Practice	Lecture 13 - Assessment - Part 1
Link	NOC:Effective Engineering Teaching in Practice	Lecture 14 - Assessment - Part 2
Link	NOC:Effective Engineering Teaching in Practice	Lecture 15 - How can we use research in education? - Part A1
Link	NOC:Effective Engineering Teaching in Practice	Lecture 16 - How can we use research in education? - Part A2
Link	NOC:Effective Engineering Teaching in Practice	Lecture 17 - The Class, as a Whole - Part A3
Link	NOC:Effective Engineering Teaching in Practice	Lecture 18 - Psychological Type (Orientation) and Learning - Part B
Link	NOC:Effective Engineering Teaching in Practice	Lecture 19 - Cognitive Development Theories â€“ Two Main Examples - Part C
Link	NOC:Effective Engineering Teaching in Practice	Lecture 20 - Learning Theories - Part D
Link	NOC:Effective Engineering Teaching in Practice	Lecture 21 - Feedback and Reflection - Part 1
Link	NOC:Effective Engineering Teaching in Practice	Lecture 22 - Feedback and Reflection - Part 2
Link	NOC:Effective Engineering Teaching in Practice	Lecture 23 - Feedback and Reflection - Part 3
Link	NOC:Effective Engineering Teaching in Practice	Lecture 24 - Live Session 1
Link	NOC:Effective Engineering Teaching in Practice	Lecture 25 - Live Session 2
Link	NOC:Introduction to Remote Sensing	Lecture 1 - What is satellite based remote sensing?
Link	NOC:Introduction to Remote Sensing	Lecture 2 - Development of remote sensing technology and advantages
Link	NOC:Introduction to Remote Sensing	Lecture 3 - Different platforms of remote sensing.
Link	NOC:Introduction to Remote Sensing	Lecture 4 - Electromagnetic Spectrum, solar reflection and thermal emission
Link	NOC:Introduction to Remote Sensing	Lecture 5 - Interaction of EM radiation with atmosphere including atmosheric scattering, absorbtion and emission
Link	NOC:Introduction to Remote Sensing	Lecture 6 - Interaction machanism of EM radiation with ground and spectral response curve
Link	NOC:Introduction to Remote Sensing	Lecture 7 - Principles of image interpretation
Link	NOC:Introduction to Remote Sensing	Lecture 8 - Multi-spectral scanners and imaging devices
Link	NOC:Introduction to Remote Sensing	Lecture 9 - Salient characteristics of Landsat, IRS, Cartosat, Resourcesat sensors
Link	NOC:Introduction to Remote Sensing	Lecture 10 - Image characteristics and different resolutions in Remote Sensing
Link	NOC:Introduction to Remote Sensing	Lecture 11 - Image interpretation of different geological landforms, rock types and structures
Link	NOC:Introduction to Remote Sensing	Lecture 12 - Remote Sensing Integration with GIS and GPS
Link	NOC:Introduction to Remote Sensing	Lecture 13 - Geo-referencing Technique
Link	NOC:Introduction to Remote Sensing	Lecture 14 - Basic Image Enhancement Techniques
Link	NOC:Introduction to Remote Sensing	Lecture 15 - Spatial Filtering, Band ratio and Principal Component Analysis techniques
Link	NOC:Introduction to Remote Sensing	Lecture 16 - Image Classification Techniques
Link	NOC:Introduction to Remote Sensing	Lecture 17 - InSAR Techniques in its applications
Link	NOC:Introduction to Remote Sensing	Lecture 18 - Hyperspectral Remote Sensing
Link	NOC:Introduction to Remote Sensing	Lecture 19 - Integrated applications of RS and GIS in groundwater studies
Link	NOC:Introduction to Remote Sensing	Lecture 20 - Limitations of Remote Sensing Techniques
Link	NOC:Introduction to Research	Lecture 1 - Insight into research
Link	NOC:Introduction to Research	Lecture 2 - Role of Guide and Student
Link	NOC:Introduction to Research	Lecture 3 - Art of Re-Search
Link	NOC:Introduction to Research	Lecture 4 - Persistent small steps towards success
Link	NOC:Introduction to Research	Lecture 5 - Overview of research
Link	NOC:Introduction to Research	Lecture 6 - Overview of Literature Survey
Link	NOC:Introduction to Research	Lecture 7 - Literature Survey using Web of Science
Link	NOC:Introduction to Research	Lecture 8 - Literature Survey using Scopus
Link	NOC:Introduction to Research	Lecture 9 - Writing Up
Link	NOC:Introduction to Research	Lecture 10 - Tutorial on using BibTeX with LaTeX to add references to a document
Link	NOC:Introduction to Research	Lecture 11 - Tutorial on using Microsoft Word with Bibliographic Sources
Link	NOC:Introduction to Research	Lecture 12 - Tutorial on using Microsoft Word with endnote entries
Link	NOC:Introduction to Research	Lecture 13 - Experimental skills
Link	NOC:Introduction to Research	Lecture 14 - Data analysis - Part 1
Link	NOC:Introduction to Research	Lecture 15 - Data analysis - Part 2
Link	NOC:Introduction to Research	Lecture 16 - Modelling skills - Part 1
Link	NOC:Introduction to Research	Lecture 17 - Modelling skills - Part 2
Link	NOC:Introduction to Research	Lecture 18 - Safety in laboratory
Link	NOC:Introduction to Research	Lecture 19 - How to make Technical presentation
Link	NOC:Introduction to Research	Lecture 20 - Technical Writing
Link	NOC:Introduction to Research	Lecture 21 - Creativity in research - Part 1
Link	NOC:Introduction to Research	Lecture 22 - Creativity in research - Part 2
Link	NOC:Introduction to Research	Lecture 23 - Creativity in Research - Part 3
Link	NOC:Introduction to Research	Lecture 24 - Group discussion on Ethics in Research
Link	NOC:Introduction to Research	Lecture 25 - Intellectual property - Part 1
Link	NOC:Introduction to Research	Lecture 26 - Intellectual property - Part 2
Link	NOC:Introduction to Research	Lecture 27 - DOE Part 1
Link	NOC:Introduction to Research	Lecture 28 - DOE part 2
Link	NOC:Introduction to Research	Lecture 29 - DOE part 3
Link	NOC:Introduction to Research	Lecture 30 - DOE part 4
Link	NOC:Introduction to Research	Lecture 31 - DOE part 5
Link	NOC:Introduction to Research	Lecture 32 - Research in Applied Mechanics
Link	NOC:Introduction to Research	Lecture 33 - Research in Chemical Engineering
Link	NOC:Introduction to Research	Lecture 34 - Research in Civil Engineering
Link	NOC:Introduction to Research	Lecture 35 - Research in Computer Science and Engineering
Link	NOC:Introduction to Research	Lecture 36 - Research in Engineering Design
Link	NOC:Introduction to Research	Lecture 37 - Research in Humanities and Social Sciences
Link	NOC:Introduction to Research	Lecture 38 - Research in Mechanical Engineering
Link	NOC:Introduction to Research	Lecture 39 - Research in Metallurgical and Materials Engineering
Link	NOC:Introduction to Research	Lecture 40 - Research in Ocean Engineering
Link	NOC:Introduction to Research	Lecture 41 - Research in Management Studies
Link	NOC:Introduction to Research	Lecture 42 - Research in Aerospace Engineering
Link	NOC:Introduction to Research	Lecture 43 - Research in Biotechnology
Link	NOC:Introduction to Research	Lecture 44 - Research in Chemistry
Link	NOC:Introduction to Research	Lecture 45 - Research in Electrical Engineering
Link	NOC:Introduction to Research	Lecture 46 - Research in Mathematics
Link	NOC:Introduction to Research	Lecture 47 - Research in Physics
Link	NOC:Introduction to Research	Lecture 48 - Discussion with Research Scholars
Link	NOC:Non-Conventional Energy Resources	Lecture 1 - Renewable Energy Technologies
Link	NOC:Non-Conventional Energy Resources	Lecture 2 - Energy Usage by Humans - Estimate of Impact on Atmosphere
Link	NOC:Non-Conventional Energy Resources	Lecture 3 - Conventional Sources of Energy
Link	NOC:Non-Conventional Energy Resources	Lecture 4 - Non-Conventional Sources of Energy - An Overview
Link	NOC:Non-Conventional Energy Resources	Lecture 5 - Energy consumption
Link	NOC:Non-Conventional Energy Resources	Lecture 6 - Details of Energy usage in each sector
Link	NOC:Non-Conventional Energy Resources	Lecture 7 - Consequences of Energy consumption
Link	NOC:Non-Conventional Energy Resources	Lecture 8 - Solar Energy incident on Earth, Solar Spectrum
Link	NOC:Non-Conventional Energy Resources	Lecture 9 - The Solar Energy Budget
Link	NOC:Non-Conventional Energy Resources	Lecture 10 - Electromagnetic Radiation - The Solar Spectrum
Link	NOC:Non-Conventional Energy Resources	Lecture 11 - Solar flat plate collector
Link	NOC:Non-Conventional Energy Resources	Lecture 12 - Solar Radiator
Link	NOC:Non-Conventional Energy Resources	Lecture 13 - Solar Energy - The Semiconductor
Link	NOC:Non-Conventional Energy Resources	Lecture 14 - Solar energy - The p-n junction
Link	NOC:Non-Conventional Energy Resources	Lecture 15 - Solar Cell - Growing the single crystal and making the p-n junction
Link	NOC:Non-Conventional Energy Resources	Lecture 16 - Solar Energy - Interaction of p-n junction with radiation
Link	NOC:Non-Conventional Energy Resources	Lecture 17 - Solar Energy - Solar cell characteristics and usage
Link	NOC:Non-Conventional Energy Resources	Lecture 18 - Solar Energy - Solar cell construction
Link	NOC:Non-Conventional Energy Resources	Lecture 19 - Solar Energy - Solar Photocatalysis
Link	NOC:Non-Conventional Energy Resources	Lecture 20 - Wind Energy - Overview
Link	NOC:Non-Conventional Energy Resources	Lecture 21 - Wind Energy - Energy Considerations
Link	NOC:Non-Conventional Energy Resources	Lecture 22 - Wind Energy - Efficiency
Link	NOC:Non-Conventional Energy Resources	Lecture 23 - Wind Energy - Parts and Materials
Link	NOC:Non-Conventional Energy Resources	Lecture 24 - Wind Energy - Design Considerations
Link	NOC:Non-Conventional Energy Resources	Lecture 25 - Ocean Thermal Energy - Conversion (OTEC)
Link	NOC:Non-Conventional Energy Resources	Lecture 26 - Geothermal Energy
Link	NOC:Non-Conventional Energy Resources	Lecture 27 - Geothermal Energy Technological aspects
Link	NOC:Non-Conventional Energy Resources	Lecture 28 - Biomass Usage and Issues
Link	NOC:Non-Conventional Energy Resources	Lecture 29 - Battery Basics
Link	NOC:Non-Conventional Energy Resources	Lecture 30 - Battery Testing and Performance
Link	NOC:Non-Conventional Energy Resources	Lecture 31 - Lithium ion Batteries
Link	NOC:Non-Conventional Energy Resources	Lecture 32 - Common Battery Structures and Types
Link	NOC:Non-Conventional Energy Resources	Lecture 33 - Types of Fuel Cells
Link	NOC:Non-Conventional Energy Resources	Lecture 34 - Fuel Processing for PEM Fuel Cells
Link	NOC:Non-Conventional Energy Resources	Lecture 35 - Fuel Cells : Concept to Product
Link	NOC:Non-Conventional Energy Resources	Lecture 36 - Characterization of Electrochemical Devices
Link	NOC:Non-Conventional Energy Resources	Lecture 37 - Fuel Cells : Parts and Assembly
Link	NOC:Non-Conventional Energy Resources	Lecture 38 - Supercapacitors
Link	NOC:Non-Conventional Energy Resources	Lecture 39 - Flywheels
Link	NOC:Non-Conventional Energy Resources	Lecture 40 - Magnetohydrodynamic Power Generation
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 1 - Introduction to Need of 21st Century Education
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 2 - Accreditation
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 3 - Outcome based Learning
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 4 - Approach to Design Outcome based Learning
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 5 - Approach to Design Outcome based Learning (Continued...)
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 6 - Instructional Design for Active Learning
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 7
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 8
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 9
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 10
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 11
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 12
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 13
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 14
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 15
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 16
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 17
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 18
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 19
Link	NOC:Outcome Based Pedagogic Principles for Effective Teaching	Lecture 20
Link	NOC:Risk-Based Engineering	Lecture 1 - RBE: Background and Overview
Link	NOC:Risk-Based Engineering	Lecture 2 - RBE Framework
Link	NOC:Risk-Based Engineering	Lecture 3 - RBE-Framework continuation and Major Procedural Elements
Link	NOC:Risk-Based Engineering	Lecture 4 - RBE-Major Procedural Elements (Continued...)
Link	NOC:Risk-Based Engineering	Lecture 5 - Risk Characterization
Link	NOC:Risk-Based Engineering	Lecture 6 - Reliability Characterization and Probability Distributions-Discrete Distribution
Link	NOC:Risk-Based Engineering	Lecture 7 - Probability Distributions - Continuous Distribution
Link	NOC:Risk-Based Engineering	Lecture 8 - Statistical Estimation in Probability Theory
Link	NOC:Risk-Based Engineering	Lecture 9 - Probability and Confidence Interval
Link	NOC:Risk-Based Engineering	Lecture 10 - Regression Analysis
Link	NOC:Risk-Based Engineering	Lecture 11 - Life Prediction : Introduction
Link	NOC:Risk-Based Engineering	Lecture 12 - Life Prediction : Related Aspects
Link	NOC:Risk-Based Engineering	Lecture 13 - Life Prediction and Assessment Approaches
Link	NOC:Risk-Based Engineering	Lecture 14 - Life Prediction : Accelerated Screening and Life Testing
Link	NOC:Risk-Based Engineering	Lecture 15 - Probabilistic Fracture Mechanic Approach
Link	NOC:Risk-Based Engineering	Lecture 16 - Introduction and Reliability Block Diagram (RBD)
Link	NOC:Risk-Based Engineering	Lecture 17 - RBD - System Redundancies
Link	NOC:Risk-Based Engineering	Lecture 18 - Fault Tree Analysis
Link	NOC:Risk-Based Engineering	Lecture 19 - Fault Tree Analysis ContiÃ¢â‚¬Â¦ and Event Tree Analysis
Link	NOC:Risk-Based Engineering	Lecture 20 - Markov Model
Link	NOC:Risk-Based Engineering	Lecture 21 - Dynamic Fault Tree
Link	NOC:Risk-Based Engineering	Lecture 22 - Dynamic Event Tree and Binary Decision Diagram
Link	NOC:Risk-Based Engineering	Lecture 23 - Common Cause Failure
Link	NOC:Risk-Based Engineering	Lecture 24 - Importance and Sensitivity Analysis
Link	NOC:Risk-Based Engineering	Lecture 25 - Maintainability
Link	NOC:Risk-Based Engineering	Lecture 26 - PRA-Introduction
Link	NOC:Risk-Based Engineering	Lecture 27 - PRA-Organizational and Quality Aspects
Link	NOC:Risk-Based Engineering	Lecture 28 - PRA-Qualitative Modeling and Analysis
Link	NOC:Risk-Based Engineering	Lecture 29 - PRA-Quantification of the PRA model
Link	NOC:Risk-Based Engineering	Lecture 30 - Monte Carlo Simulation, Root Cause Analysis
Link	NOC:Risk-Based Engineering	Lecture 31 - Low Power and Shutdown PRA
Link	NOC:Risk-Based Engineering	Lecture 32 - Internal Flood PRA
Link	NOC:Risk-Based Engineering	Lecture 33 - Level 1 Fire PRA
Link	NOC:Risk-Based Engineering	Lecture 34 - Seismic PRA
Link	NOC:Risk-Based Engineering	Lecture 35 - Level 2 and Level 3 PRA
Link	NOC:Risk-Based Engineering	Lecture 36 - Human Reliability- Introduction
Link	NOC:Risk-Based Engineering	Lecture 37 - State of the Art in Human-Reliability
Link	NOC:Risk-Based Engineering	Lecture 38 - Technique for Human Error Rate Prediction (THERP)
Link	NOC:Risk-Based Engineering	Lecture 39 - Human Cognitive Reliability (HCR) Method
Link	NOC:Risk-Based Engineering	Lecture 40 - CQB - Method Consciousness, Cognition, Conscience and Brain
Link	NOC:Risk-Based Engineering	Lecture 41 - Uncertainty - Introduction
Link	NOC:Risk-Based Engineering	Lecture 42 - Uncertainty: Overview, preliminary discussions considering selected approaches
Link	NOC:Risk-Based Engineering	Lecture 43 - Parametric Approach to Uncertainty
Link	NOC:Risk-Based Engineering	Lecture 44 - Uncertainty Modelling using Fuzzy Approach in RBE
Link	NOC:Risk-Based Engineering	Lecture 45 - Uncertainty â€“ Bayesian, and Monte-Carlo technique
Link	NOC:Risk-Based Engineering	Lecture 46 - Scope of Course and Introduction
Link	NOC:Risk-Based Engineering	Lecture 47 - PoF and FMMECA
Link	NOC:Risk-Based Engineering	Lecture 48 - Failure Mechanism and Models
Link	NOC:Risk-Based Engineering	Lecture 49 - Virtual Qualification
Link	NOC:Risk-Based Engineering	Lecture 50 - Physical qualification and Prognostics
Link	NOC:Risk-Based Engineering	Lecture 51 - PHM Introduction
Link	NOC:Risk-Based Engineering	Lecture 52 - Prognostics and Health Management in RBE
Link	NOC:Risk-Based Engineering	Lecture 53 - Major AI and ML Techniques and Algorithms in PHM
Link	NOC:Risk-Based Engineering	Lecture 54 - Role of ANN technique in RUL Estimation
Link	NOC:Risk-Based Engineering	Lecture 55 - Uncertanity Management in PHM
Link	NOC:Risk-Based Engineering	Lecture 56 - RBE-Introduction
Link	NOC:Risk-Based Engineering	Lecture 57 - RBE for Life Extension in support of regulatory relicensing
Link	NOC:Risk-Based Engineering	Lecture 58 - RBE-Risk Monitor
Link	NOC:Risk-Based Engineering	Lecture 59 - RBE-Inservice-Inspection
Link	NOC:Risk-Based Engineering	Lecture 60 - RB Operator Support System
Link	NOC:Stress Management	Lecture 1 - What is Stress
Link	NOC:Stress Management	Lecture 2 - Sources of stress
Link	NOC:Stress Management	Lecture 3 - Types of Stress
Link	NOC:Stress Management	Lecture 4 - Personality Factors and Stress
Link	NOC:Stress Management	Lecture 5 - Stress and the College Student
Link	NOC:Stress Management	Lecture 6 - Stress and Nervous System
Link	NOC:Stress Management	Lecture 7 - Hypothalamic-Pituitary-Adrenal (HPA) Axis
Link	NOC:Stress Management	Lecture 8 - Effect of Stress on Immune System
Link	NOC:Stress Management	Lecture 9 - Health Risk Associated with Chronic Stress
Link	NOC:Stress Management	Lecture 10 - Stress and Major Psychiatric Disorders
Link	NOC:Stress Management	Lecture 11 - Understanding your stress level
Link	NOC:Stress Management	Lecture 12 - Role of Personality Pattern, Self Esteem, Locus of Control
Link	NOC:Stress Management	Lecture 13 - Role of Thoughts Beliefs and Emotions - I
Link	NOC:Stress Management	Lecture 14 - Role of Thoughts Beliefs and Emotions - II
Link	NOC:Stress Management	Lecture 15 - Life Situation Intrapersonal : (Assertiveness, Time Management)
Link	NOC:Stress Management	Lecture 16 - Developing Cognitive Coping Skills
Link	NOC:Stress Management	Lecture 17 - Autogenic Training, Imagery and Progressive Relaxation
Link	NOC:Stress Management	Lecture 18 - Other Relaxation Techniques
Link	NOC:Stress Management	Lecture 19 - Exercise and Health
Link	NOC:Stress Management	Lecture 20 - DIY Strategies Stress Management
Link	NOC:Technical Communications for Engineers	Lecture 1 - Introduction to Technical Communications and their types
Link	NOC:Technical Communications for Engineers	Lecture 2 - Title and an abstract
Link	NOC:Technical Communications for Engineers	Lecture 3 - An abstract vs extended abstract vs summary
Link	NOC:Technical Communications for Engineers	Lecture 4 - Keywords and Introduction sections
Link	NOC:Technical Communications for Engineers	Lecture 5 - Background and review work
Link	NOC:Technical Communications for Engineers	Lecture 6 - Data inputs and analytical methods
Link	NOC:Technical Communications for Engineers	Lecture 7 - Results and discussion
Link	NOC:Technical Communications for Engineers	Lecture 8 - Conclusions and acknowledgement
Link	NOC:Technical Communications for Engineers	Lecture 9 - Letters, Email, SMS and WhatsApp message
Link	NOC:Technical Communications for Engineers	Lecture 10 - Key components of a chart and types of plots
Link	NOC:Technical Communications for Engineers	Lecture 11 - Key components of a chart and types of plots
Link	NOC:Technical Communications for Engineers	Lecture 12 - Tables and captions
Link	NOC:Technical Communications for Engineers	Lecture 13 - Key elements of a map figure
Link	NOC:Technical Communications for Engineers	Lecture 14 - Power Point Presentations - 1
Link	NOC:Technical Communications for Engineers	Lecture 15 - Power Point Presentations - 2
Link	NOC:Technical Communications for Engineers	Lecture 16 - Power Point Presentations - 3
Link	NOC:Technical Communications for Engineers	Lecture 17 - Project Proposals
Link	NOC:Technical Communications for Engineers	Lecture 18 - References and bibliography
Link	NOC:Technical Communications for Engineers	Lecture 19 - What is Plagiarism - 1
Link	NOC:Technical Communications for Engineers	Lecture 20 - What is Plagiarism - 2
Link	NOC:Virtual Reality Engineering	Lecture 1 - Course mechanics
Link	NOC:Virtual Reality Engineering	Lecture 2 - Goals and VR definitions
Link	NOC:Virtual Reality Engineering	Lecture 3 - Historical perspective
Link	NOC:Virtual Reality Engineering	Lecture 4 - Birds-eye view (general)
Link	NOC:Virtual Reality Engineering	Lecture 5 - Birds-eye view (general) (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 6 - Birds-eye view (hardware)
Link	NOC:Virtual Reality Engineering	Lecture 7 - Birds-eye view (software)
Link	NOC:Virtual Reality Engineering	Lecture 8 - Birds-eye view (sensation and perception)
Link	NOC:Virtual Reality Engineering	Lecture 9 - Geometric modeling
Link	NOC:Virtual Reality Engineering	Lecture 10 - Transforming models
Link	NOC:Virtual Reality Engineering	Lecture 11 - Matrix algebra and 2D rotations
Link	NOC:Virtual Reality Engineering	Lecture 12 - 3D rotations and yaw, pitch, and roll
Link	NOC:Virtual Reality Engineering	Lecture 13 - 3D rotations and yaw, pitch, and roll (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 14 - Axis-angle representations
Link	NOC:Virtual Reality Engineering	Lecture 15 - Quaternions
Link	NOC:Virtual Reality Engineering	Lecture 16 - Converting and multiplying rotations
Link	NOC:Virtual Reality Engineering	Lecture 17 - Converting and multiplying rotations (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 18 - Homogeneous transforms
Link	NOC:Virtual Reality Engineering	Lecture 19 - The chain of viewing transforms
Link	NOC:Virtual Reality Engineering	Lecture 20 - Eye transforms
Link	NOC:Virtual Reality Engineering	Lecture 21 - Eye transforms (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 22 - Canonical view transform
Link	NOC:Virtual Reality Engineering	Lecture 23 - Viewport transform
Link	NOC:Virtual Reality Engineering	Lecture 24 - Viewport transform (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 25 - Three interpretations of light
Link	NOC:Virtual Reality Engineering	Lecture 26 - Refraction
Link	NOC:Virtual Reality Engineering	Lecture 27 - Simple lenses
Link	NOC:Virtual Reality Engineering	Lecture 28 - Diopters
Link	NOC:Virtual Reality Engineering	Lecture 29 - Imaging properties of lenses
Link	NOC:Virtual Reality Engineering	Lecture 30 - Lens aberrations
Link	NOC:Virtual Reality Engineering	Lecture 31 - Optical system of eyes
Link	NOC:Virtual Reality Engineering	Lecture 32 - Photoreceptors
Link	NOC:Virtual Reality Engineering	Lecture 33 - Sufficient resolution for VR
Link	NOC:Virtual Reality Engineering	Lecture 34 - Light intensity
Link	NOC:Virtual Reality Engineering	Lecture 35 - Eye movements
Link	NOC:Virtual Reality Engineering	Lecture 36 - Eye movements (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 37 - Eye movement issues for VR
Link	NOC:Virtual Reality Engineering	Lecture 38 - Neuroscience of vision
Link	NOC:Virtual Reality Engineering	Lecture 39 - Three Psychophysical Laws
Link	NOC:Virtual Reality Engineering	Lecture 40 - Sensation and Perception
Link	NOC:Virtual Reality Engineering	Lecture 41 - Psychophysics of Visual Perception
Link	NOC:Virtual Reality Engineering	Lecture 42 - Gamma Encoding
Link	NOC:Virtual Reality Engineering	Lecture 43 - Limiting Resolution
Link	NOC:Virtual Reality Engineering	Lecture 44 - Depth perception
Link	NOC:Virtual Reality Engineering	Lecture 45 - Depth perception (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 46 - Motion perception from Visual Systtem
Link	NOC:Virtual Reality Engineering	Lecture 47 - Frame rates and displays
Link	NOC:Virtual Reality Engineering	Lecture 48 - Frame rates and displays (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 49 - Psyohophysics of Depth Perception
Link	NOC:Virtual Reality Engineering	Lecture 50 - Overview
Link	NOC:Virtual Reality Engineering	Lecture 51 - Orientation tracking
Link	NOC:Virtual Reality Engineering	Lecture 52 - Tilt drift correction
Link	NOC:Virtual Reality Engineering	Lecture 53 - Yaw drift correction
Link	NOC:Virtual Reality Engineering	Lecture 54 - Tracking with a camera
Link	NOC:Virtual Reality Engineering	Lecture 55 - Perspective n-point problem
Link	NOC:Virtual Reality Engineering	Lecture 56 - Filtering
Link	NOC:Virtual Reality Engineering	Lecture 57 - Lighthouse approach
Link	NOC:Virtual Reality Engineering	Lecture 58 - Visual Rendering-Overview
Link	NOC:Virtual Reality Engineering	Lecture 59 - Visual Rendering-overview (Continued...)
Link	NOC:Virtual Reality Engineering	Lecture 60 - Shading models
Link	NOC:Virtual Reality Engineering	Lecture 61 - Rasterization
Link	NOC:Virtual Reality Engineering	Lecture 62 - Pixel shading
Link	NOC:Virtual Reality Engineering	Lecture 63 - VR-specific problems
Link	NOC:Virtual Reality Engineering	Lecture 64 - Distortion shading
Link	NOC:Virtual Reality Engineering	Lecture 65 - Post-rendering image warp
Link	NOC:Virtual Reality Engineering	Lecture 66 - Why Haptics?
Link	NOC:Virtual Reality Engineering	Lecture 67 - What is Haptics?
Link	NOC:Virtual Reality Engineering	Lecture 68 - Branches of Haptics
Link	NOC:Virtual Reality Engineering	Lecture 69 - Human Haptics - Tactile System
Link	NOC:Virtual Reality Engineering	Lecture 70 - Kinesthetic System
Link	NOC:Virtual Reality Engineering	Lecture 71 - Motor System
Link	NOC:Virtual Reality Engineering	Lecture 72 - Haptic Devices and Interfaces - Kinesthetic Devices
Link	NOC:Virtual Reality Engineering	Lecture 73 - Haptic Devices and Interfaces - Tactile Devices
Link	NOC:Virtual Reality Engineering	Lecture 74 - Physics and Physiology
Link	NOC:Virtual Reality Engineering	Lecture 75 - Auditory perception
Link	NOC:Virtual Reality Engineering	Lecture 76 - Auditory localization
Link	NOC:Virtual Reality Engineering	Lecture 77 - Rendering
Link	NOC:Virtual Reality Engineering	Lecture 78 - Spatialization and display
Link	NOC:Virtual Reality Engineering	Lecture 79 - Combining other senses
Link	NOC:Virtual Reality Engineering	Lecture 80 - Interfaces -overview
Link	NOC:Virtual Reality Engineering	Lecture 81 - Evaluation of VR Systems
Link	NOC:Virtual Reality Engineering	Lecture 82 - Social interaction
Link	NOC:Virtual Reality Engineering	Lecture 83 - System control
Link	NOC:Virtual Reality Engineering	Lecture 84 - Manipulation
Link	NOC:Virtual Reality Engineering	Lecture 85 - Locomotion
Link	NOC:Virtual Reality Engineering	Lecture 86 - Principles of Perception
Link	NOC:Virtual Reality Engineering	Lecture 87 - Introduction to Kalman Filter
Link	NOC:Virtual Reality Engineering	Lecture 88 - Introduction to Extended Kalman Filter
Link	NOC:Virtual Reality Engineering	Lecture 89 - Grand Challenges in VR/AR
Link	NOC:Virtual Reality Engineering	Lecture 90 - Ultimate VR/AR System

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