NPTEL Discipline : Chemical Engineering (86 Courses in PDF Format)

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** For NPTEL 'Chemical Engineering' Video Courses **

** NPTEL Video Course Lecture Format : PDF **

NPTEL Discipline : Chemical Engineering

Total no. of NPTEL Video Courses : 86

Total no. of NPTEL Video Lectures : 3,609

Total no. of Printable Pages : 73,027

Storage Media Type: USB Pendrive

Capacity: 32 GB

Course List:

Lecture Topics:

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** List of Available Courses (as PDF) **

  1. Advanced Chemical Reaction Engineering (PG)
  2. Advanced Mathematical Techniques in Chemical Engineering
  3. Advanced Numerical Analysis
  4. Advanced Process Control
  5. Biochemical Engineering
  6. Chemical Engineering Principles of CVD Processes
  7. Chemical Engineering Thermodynamics
  8. Chemical Reaction Engineering
  9. Chemical Reaction Engineering 1 (Homogeneous Reactors)
  10. Chemical Reaction Engineering 2 (Heterogeneous Reactors)
  11. Chemical Reaction Engineering II
  12. Chemical Technology - I
  13. Computational Fluid Dynamics
  14. Computational Techniques
  15. Fluid Mechanics
  16. Fundamentals of Transport Processes
  17. Fundamentals of Transport Processes - II
  18. Heterogeneous Catalysis and Catalytic Processes
  19. Instability and Patterning of Thin Polymer Films
  20. Mass Transfer II
  21. Mass Transfer Operations I
  22. Mechanical Operations
  23. Microscale Transport Processes
  24. Modern Instrumental Methods of Analysis
  25. Multiphase Flow
  26. Multiphase flows-Analytical solutions and Stability Analysis
  27. NOC-Adiabatic Two-Phase Flow and Flow Boiling in Microchannel
  28. NOC-An Introduction to Cardiovascular Fluid Mechanics
  29. NOC-Applied Time-Series Analysis
  30. NOC-Atomic and Molecular Absorption Spectrometry for Pollution Monitoring
  31. NOC-Basic Principles and Calculations in Chemical Engineering
  32. NOC-Chemical Engineering Thermodynamics
  33. NOC-Chemical Process Control
  34. NOC-Chemical Process Instrumentation
  35. NOC-Chemical Process Intensification
  36. NOC-Chemical Process Safety
  37. NOC-Chemical Reaction Engineering-I
  38. NOC-Chemical Reaction Engineering-II
  39. NOC-Computational Fluid Dynamics
  40. NOC-Computer Aided Applied Single Objective Optimization
  41. NOC-Electrochemical Technology in Pollution Control
  42. NOC-Environmental Quality Monitoring and Analysis
  43. NOC-Equipment Design- Mechanical Aspects
  44. NOC-Fluid and Particle Mechanics
  45. NOC-Fluid Flow Operations
  46. NOC-Fluidization Engineering
  47. NOC-Fundamentals of Particle and Fluid Solid Processing
  48. NOC-Heat Transfer (Prof. Ganesh Viswanathan)
  49. NOC-Heat Transfer (Prof. Sunando Dasgupta)
  50. NOC-Inductive Couple Plasma Atomic Emmission Spectrometry for Pollution Monitoring
  51. NOC-Infrared spectroscopy for pollution monitoring
  52. NOC-Introduction to Evolutionary Dynamics
  53. NOC-Introduction to Polymer Physics (Dr. Amit Kumar)
  54. NOC-Introduction to Polymer Physics (Prof. Dr. Prateek Kumar Jha)
  55. NOC-Introduction to Process Modeling in Membrane Separation Process
  56. NOC-Introduction to Statistical Hypothesis Testing
  57. NOC-Introduction to Time-Frequency Analysis and Wavelet Transforms
  58. NOC-Mass Transfer Operations-I
  59. NOC-Mass Transfer Operations II
  60. NOC-MATLAB Programming for Numerical Computation
  61. NOC-Measurement Technique in Multiphase Flows
  62. NOC-Membrane Technology
  63. NOC-Multiphase Flows
  64. NOC-Multiphase Microfluidics
  65. NOC-Natural Gas Engineering
  66. NOC-Optimization in Chemical Engineering
  67. NOC-Phase Equilibrium Thermodynamics
  68. NOC-Process Control - Design, Analysis and Assessment
  69. NOC-Rheology of Complex Materials
  70. NOC-Soft Nano Technology
  71. NOC-Technologies For Clean and Renewable Energy Production
  72. NOC-Thermodynamics Of Fluid Phase Equilibria
  73. NOC-Trace and Ultra-trace Analysis of Metals using Atomic Absorption Spectrometry
  74. NOC-Transport Phenomena
  75. NOC-Transport Phenomena of Non-Newtonian Fluids
  76. NOC-Transport Processes I- Heat and Mass Transfer
  77. NOC-Unit Operations of Particulate Matter
  78. NOC-Waste to Energy Conversion
  79. Novel Separation Processes
  80. Particle Characterization (PG)
  81. Plantwide Control of Chemical Processes
  82. Process Control and Instrumentation
  83. Process Design Decisions and Project Economics
  84. Process Integration
  85. Statistics for Experimentalists
  86. System Identification