Course curriculum

    1. Module 01 Chapter 01 : INTRODUCTION

    2. Module 01 Chapter 02 : Basics of Design Pressure

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    3. Test 1.1 : Context Setting [CLOSED BOOK TEST]

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    4. TEST 1.2

    5. Module 02 Chapter 01 : Basics of Design Temperature

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    6. TEST 2.1

    7. Module 02 Chapter 02 : Basics of Design Stresses

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    8. TEST 2.2

    9. Module 03 Chapter 01 : Codes, Standards and Specifications

    10. TEST 3.1

    11. Module 03 Chapter 02 : Introduction to ASME and it's Sections

    12. TEST 3.2

    13. Module 03 Chapter 03 : ASME Section II Part A

    14. TEST 3.3

    15. Module 03 Chapter 04 : ASME Section II Part D

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    16. TEST 3.4

    17. Module 04 Chapter 01 : Intro to ASME Section VIII Div.1

    18. Module 04 Chapter 02 : ASME Section VIII Div.1, Subsection A Clause UG-11 & UG-16

    19. Module 04 Chapter 03 : ASME Section VIII Div.1, Subsection A Clause UG-20 & UG-21

    20. Test 4.1 : (UG-11 to UG-21)

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    21. Module 04 Chapter 04 : ASME Section VIII Div.1, Subsection A Clause UG-22, UG-23 & UG-25

    22. Test 4.2 : (UG-22 to UG25)

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    23. TEST 4.3 : (Intro to Sec VIII Div 1)

    24. TEST 4.4

    25. Module 05 Chapter 01 : ASME Section VIII Div.1, Subsection A Clause UG-27 (Thickness Calculation of Shell due to Internal Pressure - Theory)

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    26. Module 05 Chapter 02 : ASME Section VIII Div.1, Subsection A Clause UG-27 (Thickness Calculation of Shell due to Internal Pressure - Example)

    27. Test 5.1 : (UG-27)

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    28. Module 05 Chapter 03 : ASME Section VIII Div.1, Subsection A, Clause UG-28 (Thickness Calculation of Shell due to External Pressure)

    29. Module 05 Chapter 04 : ASME Section VIII Div.1, Subsection A, Clause UG-28 (Thickness Calculation of Shell, Do/t less than 10, due to External Pressure)

    30. Module 05 Chapter 05 : ASME Section VIII Div.1, Subsection A, Clause UG-28 (Thickness Calculation of Spherical Shell due to External Pressure)

    31. Test 5.2 : (UG-28)

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    32. TEST 5.3

    33. TEST 5.4

    34. Module 06 Chapter 01 : ASME Section VIII Div.1, Subsection A, Clause UG-29 (Stiffening Ring Theory) & UG-31

    35. Module 06 Chapter 02 : ASME Section VIII Div.1, Subsection A, Clause UG-29 (Stiffening Ring Calculation Procedure)

    36. Module 06 Chapter 03 : ASME Section VIII Div.1, Subsection A, Clause UG-29 (Stiffening Ring Example)

    37. Module 06 Chapter 04 : ASME Section VIII Div.1, Subsection A, Clause UG-32 Formed Heads & Sections Pressure on Concave Side

    38. Module 06 Chapter 05 : ASME Section VIII Div.1, Subsection A, Clause UG-32 (Torishperical Head Pressure on Concave Side)

    39. Module 06 Chapter 06 : ASME Section VIII Div.1, Subsection A, Clause UG-32 (Hemispherical, Conical, Toriconical Heads Pressure on Concave Side)

    40. Module 06 Chapter 07 : ASME Section VIII Div.1, Subsection A, Clause UG-33 (Hemispherical, Ellipsoidal, Torispherical Heads Pressure on Convex Side)

    41. Module 06 Chapter 08 : ASME Section VIII Div.1, Subsection A, Clause UG-33 (Conical Heads Pressure on Convex Side)

    42. Module 06 Chapter 09 : ASME Section VIII Div.1, Subsection A, Clause UG-34 (Unstayed Flat Heads & Covers)

    43. Test 6.1 : (UG-28 to UG-34)

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    44. Test 6.2 : (UG-29)

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    45. TEST 6.3 : (UG-32)

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    46. TEST 6.4 : (UG-32)

    47. TEST 6.5 : (UG-33 & UG-34)

    48. Module 07 Chapter 01 : ASME Section VIII Div 1, Subsection A, UG-36 (Openings in Pressure Vessel)

    49. Module 07 Chapter 02 : ASME Section VIII Div 1,Subsection A, UG-37 & UG-40 (Reinforcement requirements and Limits of reinforcements)

    50. Test 7.1 : (UG-36 & UG-37)

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    51. Test 7.2 : (UG-36 to UG-39)

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    52. Module 07 Chapter 03 : ASME Section VIII Div 1,Subsection A, UG-38, UG-39 & UG-42

    53. Test 7.3 : (UG-40 & UG42)

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    54. Module 07 Chapter 04 : ASME Section VIII Div 1,Subsection A, UG-44 (Flanges & Pipe Fittings)

    55. Module 07 Chapter 05 : ASME Section VIII Div 1,Subsection A, UG-45 & UG-46

    56. Test 7.4 : (UG-44 & UG-45)

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    57. Module 07 Chapter 06 : ASME Section VIII Div 1,Subsection A, UG-79 (Forming of Pressure Parts)

    58. Module 07 Chapter 07 : ASME Section VIII Div 1,Subsection A, UG-80 (Permissible out of roundness)

    59. Test 7.5 : (UG-46, UG-79 & UG-80)

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    60. Module 07 Chapter 08 : ASME Section VIII Div 1, Subsection A, UG-84 (Impact Testing requirements)

    61. Test 7.6 : (UG-84)

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    62. Module 08 Chapter 01 : ASME Section VIII Div.1, Subsection A, Basics of Hydro Test

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    63. Module 08 Chapter 02 : ASME Section VIII Div.1, Subsection A, UG-98 (Maximum Allowable Working Pressure)

    64. Module 08 Chapter 03 : ASME Section VIII Div.1, Subsection A, UG-99 (Standard Hydro Test)

    65. Module 08 Chapter 04 : ASME Section VIII Div.1, Subsection A, UG-99(e)(f) (Combination Units)

    66. Module 08 Chapter 05 : ASME Section VIII Div.1, Subsection A, UG-100 & UG-101 (Pneumatic and Proof Test)

    67. Test 8.1 (UG-98 to UG-100)

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    68. Module 08 Chapter 06 : ASME Section VIII Div 1, Subsection A, UG-116 UG-119 (Required Markings & Nameplate)

    69. Module 09 Chapter 01 : ASME Section VIII Div.1, Subsection B, Part UW, UW-1, UW-3, UW-12 (Basics of Type No.)

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    70. Module 09 Chapter 02 : ASME Section VIII Div.1, Subsection B, UW-2 (Service Restrictions)

    71. Module 09 Chapter 03 : ASME Section VIII Div.1, Subsection B, UW-9 (Design of Welded Joints)

    72. Module 09 Chapter 04 : ASME Section VIII Div.1, Subsection B, UW-10 (PWHT), UW-11 (Radiography Examination)

    73. Module 09 Chapter 05 : ASME Section VIII Div.1, Subsection B, UW-12 (Joint Efficiencies)

    74. Module 09 Chapter 06 : ASME Sec VIII Div 1, Subsection B, UW-13 (Attachment Details - Part 1)

    75. Module 09 Chapter 07 : ASME Sec VIII Div 1, Subsection B, UW-13 (Attachment Details - Part 2)

    76. Module 09 Chapter 08 : ASME Section VIII Div 1, Subsection B, UW-16 (Acceptable Types of Nozzle Welds)

    77. Test 9.1

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    78. Test 9.2

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    79. Test 9.3

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    80. Test 9.4

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    81. Module 10 Chapter 01 : ASME Section VIII Div 1, Subsection B, UW-20 (Tube to Tube sheets welds)

    82. Test 10.1 (UW-20)

    83. Module 10 Chapter 02 : ASME Section VIII Div 1, Subsection B, UW-18, UW-28, UW-30, UW-33, UW-40

    84. Test 10.2(UW-18,UW-28,UW-30,UW-40)

    85. Module 10 Chapter 03 : ASME Section VIII Div 1, Subsection B, UW-51, UW-52, UW-53 (Radiography & Ultrasonic Examinations)

    86. Test 10.3 (UW-51,UW-52,UW-53)

    87. Module 11 Chapter 01 : Selection and Classification of Materials used in Static Equipment Industry

    88. Module 11 Chapter 02 : Ferrous Materials - Carbon Steel

    89. Module 11 Chapter 03 : Ferrous Materials - Low Alloy Steels, High Alloy Steels (Stainless Steel)

    90. Module 11 Chapter 04 : Ferrous Materials - Classification of Stainless Steel

    91. Module 11 Chapter 05 : Non Ferrous Materials

    92. Module 11 Chapter 06 : Heat Treatment

    93. Test 11.1

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    94. Test 11.2

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    95. Module 12 Chapter 01 : ASME Section VIII Div 1, Subsection C, Clause UCS -1, 5, 6, 23

    96. Test 12.1(UCS-1,5,6,23)

    97. Module 12 Chapter 02 : ASME Sec VIII Div 1, Subsection C, UCS - 56 (Requirements of PWHT)

    98. Test 12.2(UCS-56)

    99. Module 12 Chapter 03 : ASME Section VIII Div 1, Subsection C, UCS-66 (MDMT Calculation and requirement of Impact Test)

    100. Test 12.3 (UCS-66)

    101. Module 12 Chapter 04 : ASME Section VIII Div 1, Subsection C, Part UHA

    102. Test 12.4(UHA)

    103. Module 13 Chapter 01 : Standard flange Types and it's Selection (Pressure Temperature Rating)

    104. Module 13 Chapter 02 : ASME Sec VIII Div 1, Mandatory Appendix 2, Design of Bolted Flanges - Part 1 (Theory)

    105. Module 13 Chapter 03 : ASME Sec VIII Div 1, Mandatory Appendix 2, Design of Bolted Flanges - Part 2 (Theory)

    106. Module 13 Chapter 04 : ASME Sec VIII Div 1, Mandatory Appendix 2, Design of Bolted Flanges - Part 3 (Example Calculation)

    107. Test 13.1

    108. Module 14 Chapter 01 : Introduction to WRC 107 & 297

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    109. Module 14 Chapter 02 : WRC 107 Calculation

    110. Module 14 Chapter 03 : WRC 297 Calculation Theory

    111. Test 14.1

    112. Module 15 Chapter 01 : Basic of Heat Exchangers & Intro to TEMA Standards

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    113. Module 15 Chapter 02 : TEMA Nomenclatures for Heat Exchangers

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    114. Test 15.1 : TEMA Heat Exchangers Nomenclature

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    115. Module 15 Chapter 03 : Fabrication Tolerance and Installation of HeX

    116. Test 15.2

    117. Module 15 Chapter 04 : TEMA Section RCB Scope

    118. Test 15.3

    119. Module 15 Chapter 05 : Tubes & Shell Design

    120. Test 15.4

    121. Module 15 Chapter 06 : Baffle Design

    122. Test 15.5

    123. Module 15 Chapter 07 : Floating End Construction

    124. Module 15 Chapter 08 : Gaskets

    125. Module 15 Chapter 09 : Tubesheet Design

    126. Test 15.6

    127. Module 16 Chapter 01 : Part UHX Theory

    128. Module 16 Chapter 02 : Part UHX Example Calculation

    129. Module 16 Chapter 03: Design Rules for Shell and Tube Heat Exchangers (As per 4.18)

    130. Module 16 Chapter 04: Design Rules for Fixed Tubesheets (As per 4.18.8))

    131. Module 16 Chapter 05: Design Rules for the Design of Floating Tubesheets(as per 4.18.9)

    132. Test 16.1

    133. Module 17 Chapter 01 : Wind Load Calculation as per ASCE 7-16

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    134. Test 17.1

    135. Module 17 Chapter 02 : Wind Load Calculation as per IS 875

    136. Test 17.2

    137. Module 17 Chapter 03 : Seismic Load Calculation as per ASCE 7-16

    138. Test 17.3

    139. Module 17 Chapter 04 : Seismic Load Calculation as per IS 1893

    140. Test 17.4

    141. Module 18 Chapter 01 : ZICK ANALYSIS

    142. Module 18 Chapter 02 : Saddle Support Design

    143. Module 18 Chapter 03 : Skirt Support Design

    144. Test 18.1

    145. Module 18 Chapter 04 : Bracket (Lug) Support Design

    146. Test 18.2

    147. Module 19 Chapter 01 : Preparation of Design Basis

    148. Module 19 Chapter 02 : Preparation of Specifications

    149. Module 19 Chapter 03 : Preparation of MDS

    150. Module 19 Chapter 04 : Preparation of MR

    1. Introduction and Job Specific Settings

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    2. Creating Different Elements

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    3. Design Constraint Part 1

    4. Design Constraint Part 2

    5. Design Constraint Part 3

    6. Wind Design, Seismic Design, Configuration Parameter and Supports

    7. Example: Design of 1st Stage Sweet Gas Scrubber (Part 1)

    8. Example: Design of 1st Stage Sweet Gas Scrubber (Part 2)

    9. Example: Design of 1st Stage Sweet Gas Scrubber Bracket support and Skirt Support (Part 3)

    10. Example: Design of Horizontal Pressure Vessel

    11. Example: Design of Diesel Stripper

    12. Example: Design of Non Standard Flange

    13. Example: Design of BEM Type Heat Exchanger Part-1

    14. Example: Design of BEM Type Heat Exchanger Part-2

    15. Example: Design of BEM Type Heat Exchanger with Bellows

    16. Example: Design of BKU Type Heat Exchanger

    17. Example: Design of AES (E-3100) Type Heat Exchanger Part 1

    18. Example: Design of AES (E-3100) Type Heat Exchanger Part 2

    19. Example: Design of AES (E-3120) Type Heat Exchanger Part 1

    20. Example: Design of AES (E-3120) Type Heat Exchanger Part 2

    21. Example: Design of AES (E-3120) Type Heat Exchanger Part 3

    22. Practice: PDS for Plant Air Receiver

    23. Practice: PDS for Nitrogen Receiver

    24. Practice: PDS for Instrument Air Receiver

    25. Practice: Mechanical Datasheet Flare KOD

    26. Practice: PDS for Crude Column

    27. Practice: PDS for AKU Type HeX

    28. Practice: PDS for Inlet Oil Heater BEU

    1. Column Design PART 1: Thickness Calculation for Column Shell, Load Combination and Combined Stress Calculation

    2. Column Design Part 2: Design of Column Against Bucking and Stress Calculation for 2 or more diameter

    3. Column Design Part 3: Girth Flange Design & Wind Deflection Calculation

    4. Column Design Part 4: Wind Induced Vibration

    5. Column Design Part 5: Skirt Support Design

    6. TEST 15: Column Design (Wind Induced Vibration Part 3)

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