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

    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 BKU Type Heat Exchanger

    16. Example: Design of AES Type Heat Exchanger Part 1

    17. Example: Design of AES Type Heat Exchanger Part 2

    18. Practice: PDS for Plant Air Receiver

    19. Practice: PDS for Nitrogen Receiver

    20. Practice: PDS for Instrument Air Receiver

    21. Practice: Mechanical Datasheet Flare KOD

    22. Practice: PDS for Crude Column

    23. Practice: PDS for AKU Type HeX

    24. Practice: PDS for Inlet Oil Heater BEU

    25. Practice: PDS for AES Type HeX

    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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    1. INTRODUCTION

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    2. Thin Bellow design as per APP 26 (4.19)

    3. Thin Bellow design as per APP 26 (4.19) Example Calculation

    4. Thin Bellow design as per APP 26 (4.19) in PVELite

    5. Thin Bellow Desing as per EJMA

    6. Thick Bellow Desing as per TEMA (Kopp _ Sayer)

    1. NACE MR0175

    2. NACE MR0175 Test

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