Module 1: Understanding Theoretical Concepts

• Gain in-depth knowledge of fundamental principles in mechanical engineering and their application in MEP design, including heat transfer, fluid mechanics, thermodynamics, and HVAC principles

Module 2: Proficiency in AutoCAD

• Learn to create detailed 2D drawings for plumbing, fire fighting, and HVAC systems using AutoCAD, ensuring precision and accuracy in design documentation

Module 3: Advanced 3D Modeling with Revit MEP

• Explore the powerful tools and features of Revit MEP software to develop comprehensive 3D models of MEP systems, facilitating better visualization and coordination in building projects

Module 4: Visualization Techniques

• Enhance your skills in creating realistic visualizations of MEP designs, enabling effective communication with stakeholders and clients

Module 5: Quantity Scheduling

• Master the creation of schedules of quantities for MEP components, ensuring efficient project management and resource allocation

Module 6: Drawing Sheet Creation

• Learn to generate professional drawing sheets using Revit MEP, adhering to industry standards and best practices

Module 7: Clash Detection with Navisworks

• Acquire expertise in clash detection methodologies using Navisworks, identifying and resolving clashes between MEP systems and other building elements to minimize errors and conflicts during construction

Module 8: Real-world Projects

• Engage in live projects spanning across building, infrastructure, and industrial sectors, applying learned concepts and techniques to real-world scenarios under the guidance of experienced industry professionals