Static Equipment Design
Explore our comprehensive range of hybrid (self-paced + live online) static equipment engineering courses designed to build strong fundamentals and real-world technical expertise. Learn critical concepts and code requirements of various international codes and standards like ASME Section VIII Div 1 & Div 2, TEMA, PED, API, etc. Our training empowers engineers to perform critical design calculations, load analysis, FEA for pressure vessel, heat exchanger, column, reactors, etc. Each course is structured for flexible learning, combining theory with practical industry applications—helping engineers develop job-ready skills, solve design challenges confidently, and accelerate career growth at their own pace.
Explore our comprehensive range of hybrid (self-paced + live online) static equipment engineering courses designed to build strong fundamentals and real-world technical expertise. Learn critical concepts and code requirements of various international codes and standards like ASME Section VIII Div 1 & Div 2, TEMA, PED, API, etc. Our training empowers engineers to perform critical design calculations, load analysis, FEA.
instructor: Sachin Pol
instructor: Sachin Pol
SERVICES
Static Equipment Design
Static Equipment Design - Premium Combo
Master complete core static equipment design skills
200 hrs
28 lectures
Static Equipment Design - Premium Combo
200 hrs
28 lectures
- Comprehensive Pressure Vessel & Heat Exchanger Design training aligned with ASME, TEMA, and UHX codes & standards.
- Hands-on expertise in PV Elite software for real-world design applications.
- Advanced FEA training with Nozzle Pro for nozzles, attachments, and structural analysis.
Static Equipment Design
ASME SEC VIII DIV 1 Design & Construction (PD442)
Master ASME codes for design and compliance
23 hrs
11 lectures
ASME SEC VIII DIV 1 Design & Construction (PD442)
23 hrs
11 lectures
- Training in pressure calculations, nozzles, flanges, & welds.
- Modules on PWHT, PFHT, impact tests, hydro/pneumatic tests.
- Coverage of materials, welds, & supports.
- Tolerances of dished end and shells.
Static Equipment Design
ASME SEC VIII Div 1 & 2 Combo
Master ASME Sec VIII Div 1 & Div 2 vessel design
168 hrs
26 lectures
ASME SEC VIII Div 1 & 2 Combo
168 hrs
26 lectures
- Training in pressure calculations, nozzles, flanges, welds.
- Modules on PWHT, PFHT, impact tests, lifting lugs, hydro/pneumatic tests.
- Wind, seismic & combined loading with manual/PvElite validation.
- Coverage of materials, welds, supports & PV Elite modeling.
Static Equipment Design
Pressure Vessel Design As Per ASME Sec VIII Div-2
Become pro in ASME Sec VIII Div 2 vessel design
100 hrs
13 lectures
Pressure Vessel Design As Per ASME Sec VIII Div-2
100 hrs
13 lectures
- Comprehensive modules on internal & external pressure design.
- Advanced coverage of nozzle design, flanges, supports, and fatigue evaluation.
- Topics include hydrostatic/pneumatic testing, PWHT, and combined loading conditions.
- Structured learning with manual problem-solving and PvElite design.
Static Equipment Design
Pressure Vessel Design As Per ASME Sec VIII Div-1
Master ASME Sec VIII Div 1 pressure vessel design
100 hrs
13 lectures
Pressure Vessel Design As Per ASME Sec VIII Div-1
100 hrs
13 lectures
- Comprehensive training in internal/external pressure calculations, nozzles, flanges, and welds.
- In-depth modules on PWHT, PFHT, impact testing, lifting lugs, and hydro/pneumatic testing.
- Detailed, manual calculations & solved examples on wind, seismic, and combined loading analysis with PvElite validation.
- Structured coverage of materials, weld figures, supports, and PV Elite modeling for vessels and columns.
Static Equipment Design
Heat Exchanger Design As Per ASME Sec VIII Div 1 & TEMA
Master industrial heat exchanger design
40 hrs
6 lectures
Heat Exchanger Design As Per ASME Sec VIII Div 1 & TEMA
40 hrs
6 lectures
- Practical coverage of ASME UHX / 4.18 rules for fixed, U-tube, and floating head exchangers.
- Manual calculations with in-depth learning on bolt torque calculations and HTRI/PDS report interpretation.
- Real-world applications using PV Elite for exchanger modelling, expansion joints, and stacked designs.
Static Equipment Design
PV Elite Software Training
Master Pv Elite with real world design projects
70 hrs
18 lectures
PV Elite Software Training
70 hrs
18 lectures
- Complete training in modelling vessels, columns, jackets, lugs, internals, and supports.
- Advanced design coverage for flanges, nozzles, BEM/U-tube exchangers, floating heads, and expansion joints.
- UG-44 flange de-rating, WRC checks workflow in PV Elite
- Practical learning with stacked exchanger design, problem-solving, and productivity tips.
Static Equipment Design
Nozzle Pro FEA
Become pro in nozzle design using FEA tools
25 hrs
8 lectures
Nozzle Pro FEA
25 hrs
8 lectures
- Detailed analysis of various nozzle types – with/without pads, offsets, SRN, and inserts.
- Coverage of attachments, pipe shoes, saddles, stiffener rings, and bellow expansions.
- Hands-on training with Nozzle Pro interface, geometry setup, loadapplications, and result interpretation.
TRAINING
