REVIT MEP

This course will allow the student to gain a better understanding of the concepts and principles of building design using Revit MEP. It brings a combination of HVAC ,ELECTRICAL & PLUMBING system .A designer can design all the 3 elements at one stretch in one software . The user will start out learning the fundamental features of the program, then progress through schematic design, system analysis and construction documentation, then finish with design visualization. This course will help develop real-world engineering and design techniques for the student

Course Content

Scope and Career in Design & PVElite
Scope of the Course

1. Design of static equipment like pressure vessels, reactors, and heat exchangers
2. Application of ASME Section VIII Div. 1 & 2, TEMA, IS, and other codes
3. Designing heads, shells, nozzles, flanges, stiffeners, and supports
4. Performing wind, seismic, and external pressure analysis
5. Using PVElite software for real-time equipment design and analysis
6. Preparing datasheets, thickness calculations, and drawing coordination
7. Generating stress reports and manufacturer drawings
8. Working in EPCs, fabrication shops, oil & gas, refineries, and pharma plants
9. Collaboration with process, mechanical, and piping departments
10. Opportunities in India and abroad for static equipment designers

Career Options in Design & PVElite

1. Static Equipment Design Engineer
2. Pressure Vessel Design Engineer
3. Mechanical Design Analyst – PVElite
4. Fabrication & Inspection Engineer
5. EPC Design Engineer – Vessels
6. PVElite Software Operator
7. QA/QC Document Controller – Static Equipment
8. Nozzle Load Analyst
9. Heat Exchanger Design Engineer
10. Stress Evaluation Engineer
11. Equipment Drawing Coordinator
12. Wind & Seismic Load Analyst
13. Tender/Proposal Design Engineer
14. Client Review Support Engineer
15. ASME Code Compliance Specialist

Detailed Syllabus (3-Month Course)

Module 2: Thickness Calculations (Manual & PVElite)

Module 3: Nozzle & Flange Design

Module 4: Wind and Seismic Analysis

Module 5: Support Design

Module 6: Heat Exchanger Design (Basic Overview)

Module 7: Introduction to PVElite Software

Module 8: Report Generation & Interpretation

Module 9: Live Project

Eligibility and Target Audience

Training Features

Live Projects (Tentative Topics)

Global Alumni Success & Placement | Top 50 Companies in India

Top 50 Companies Abroad

A course by

Dimensional-Academy

Student Ratings & Reviews

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Price:
₹50,000.00
Instructor:Dimensional-Academy
Lessons:77
Students:0
Level:All Levels
Certifications:No

Course Content

Scope and Career in Design & PVElite Scope of the Course

1. Design of static equipment like pressure vessels, reactors, and heat exchangers

2. Application of ASME Section VIII Div. 1 & 2, TEMA, IS, and other codes

3. Designing heads, shells, nozzles, flanges, stiffeners, and supports

4. Performing wind, seismic, and external pressure analysis

5. Using PVElite software for real-time equipment design and analysis

6. Preparing datasheets, thickness calculations, and drawing coordination

7. Generating stress reports and manufacturer drawings

8. Working in EPCs, fabrication shops, oil & gas, refineries, and pharma plants

9. Collaboration with process, mechanical, and piping departments

10. Opportunities in India and abroad for static equipment designers

Career Options in Design & PVElite

1. Static Equipment Design Engineer

2. Pressure Vessel Design Engineer

3. Mechanical Design Analyst – PVElite

4. Fabrication & Inspection Engineer

5. EPC Design Engineer – Vessels

6. PVElite Software Operator

7. QA/QC Document Controller – Static Equipment

8. Nozzle Load Analyst

9. Heat Exchanger Design Engineer

10. Stress Evaluation Engineer

11. Equipment Drawing Coordinator

12. Wind & Seismic Load Analyst

13. Tender/Proposal Design Engineer

14. Client Review Support Engineer

15. ASME Code Compliance Specialist

Detailed Syllabus (3-Month Course)

Module 1: Introduction to Static Equipment Design

• Types of equipment – Vessels, Heat Exchangers, Columns

• Basic principles of pressure vessel design

• Code references – ASME Sec VIII Div. 1, IS, TEMA

Module 2: Thickness Calculations (Manual & PVElite)

• Internal pressure design

• External pressure design (vacuum)

• Cylindrical and hemispherical shells

• Torispherical, elliptical, and flat heads

Module 3: Nozzle & Flange Design

• Reinforcement pad calculation

• Flange thickness, bolt loads

• WRC 107/297 evaluation

Module 4: Wind and Seismic Analysis

• IS 875 wind loading

• Seismic coefficient method

• Overturning moment and stability check

Module 5: Support Design

• Skirt, saddle, leg supports

• Stress, deflection, and anchor bolt sizing

• Base ring and gusset plate design

Module 6: Heat Exchanger Design (Basic Overview)

• TEMA types

• Tube sheet layout and thermal expansion considerations

• PVElite approach to exchanger design

Module 7: Introduction to PVElite Software

• Interface navigation

• Defining geometry and loading

• Running calculations and troubleshooting

Module 8: Report Generation & Interpretation

• Stress summary report

• Drawing and layout review

• Client submission formatting

Module 9: Live Project

• Full design of vertical pressure vessel using PVElite

• Includes datasheet, calculation sheet, GA drawing reference, and client-ready documentation

Eligibility and Target Audience

• Diploma / B.E. / B.Tech / M.Tech in Mechanical, Production, Petrochemical, or Pressure Vessel Engineering

• Professionals from:

o EPC design teams

o Static equipment manufacturers

o QA/QC documentation and fabrication

o Oil & gas, chemical, refinery sectors

Training Features

• 24+ Years of Mechanical Design Training Legacy

• Expert Faculty with 10+ Years in Equipment Design Projects

• Hands-on Practice on PVElite + Manual Calculations

• Real-World Industry Data and Case-Based Learning

• Client Submission Format & Documentation Training

• Mock Interviews + Resume Polishing

Scope and Career in Design & PVElite
Scope of the Course