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Mechanical Draughtsman
Overview
Curriculum
FAQs
Instructor
Reviews
About Mechanical Draughtsman
Mechanical Draughtsman work involves preparing technical drawings and documentation for mechanical equipment, piping systems, structural parts, and machinery used in industrial plants, factories, and engineering projects. Draughtsmen create detailed piping layouts, equipment drawings, isometric drawings, fabrication drawings, and GA (General Arrangement) drawings based on engineering inputs.
They work with AutoCAD, 2D/3D drafting tools, and industry standards to convert engineering concepts into accurate and professional drawings. Their work ensures that fabrication teams, site engineers, and contractors can manufacture, install, and maintain mechanical systems correctly.
This course helps learners understand drafting tools, mechanical symbols, drawing standards, and real project workflows used in EPC companies, fabrication units, and industrial plants.
Importance of Mechanical Draughtsman in the Oil & Gas Sector
Mechanical draughtsmen play a crucial role in oil & gas and industrial projects because every mechanical system — from piping networks to pressure vessels and heat exchangers — must be clearly documented for fabrication and installation.
Accurate drawings help avoid fabrication errors, reduce rework, and ensure safe and smooth construction at site. A well‑prepared drawing ensures correct pipe routing, proper equipment placement, and compliance with standards like ASME, API, IS, and company specifications.
Good drafting also supports procurement, fabrication, inspection, and commissioning activities.
Without strong mechanical drafting, no refinery, petrochemical plant, or industrial facility can execute mechanical work safely, efficiently, or on schedule.
What Will You Learn?
- Basics of mechanical drafting and drawing standards
- Understanding mechanical symbols and industrial conventions
- Preparation of piping layouts and equipment drawings
- Creating isometric drawings and fabrication drawings
- Developing GA (General Arrangement) drawings for equipment and piping
- Understanding engineering inputs and converting them into accurate drawings
- Drafting of supports, pipe racks, platforms, and structural details
- Preparation of MTO (Material Take Off) and BOQ
- Coordination with piping, mechanical, and fabrication teams
Training Schedule
Weekend Batch
Duration: 50 Hours
Training Mode: Online Live
Training Platform: Microsoft Teams
Who is this course for
- ITI: Fitter / Draughtsman (Mechanical)
- Diploma: Mechanical / Production / Piping
- Freshers who want to start a career in mechanical drafting
- Working professionals who want to upgrade their drafting skills
- Piping helpers, supervisors, or site technicians aiming to move into design roles
- AutoCAD learners interested in mechanical and piping drawings
- Anyone planning to join EPC companies, fabrication units, or design offices
- Students who want to build a strong foundation in mechanical drawings and documentation
- 1 Section
- 0 Lessons
- 60 Hours
Expand all sectionsCollapse all sections
- Engineering Project Management
Getting Started with Engineering Project Management
Introduction to Engineering Project Management
Role of Project Manager in Engineering Projects
Types of Engineering Projects
Project Management Knowledge Areas
Project Constraints – Scope, Time, Cost, Quality
Project Life Cycle Overview
Project Initiation and Planning
Project Identification and Feasibility Study
Defining Project Objectives and Deliverables
Stakeholder Identification and Analysis
Project Charter Preparation
Scope Definition and Scope Statement
Work Breakdown Structure (WBS)
Project Scheduling and Time Management
Activity Definition and Sequencing
Network Diagrams
Critical Path Method (CPM)
Gantt Charts
Schedule Development and Optimization
Schedule Monitoring and Control
Cost Estimation and Budgeting
Types of Cost Estimates
Cost Breakdown Structure
Project Budget Preparation
Direct and Indirect Costs
Cost Control Techniques
Earned Value Management (EVM) Basics
Resource and Team Management
Resource Planning and Allocation
Human Resource Management in Projects
Team Formation and Leadership Skills
Roles and Responsibilities
Conflict Management
Motivation and Performance Management
Risk Management in Engineering Projects
Introduction to Project Risk
Risk Identification Techniques
Qualitative and Quantitative Risk Analysis
Risk Mitigation and Response Planning
Risk Monitoring and Control
Quality Management and Standards
Quality Planning in Engineering Projects
Quality Assurance vs Quality Control
Engineering Quality Standards
Inspection and Testing Procedures
Continuous Improvement Concepts
Procurement and Contract Management
Procurement Planning
Vendor Selection and Evaluation
Types of Engineering Contracts
EPC Contracts Overview
Purchase Orders and Tendering Process
Contract Administration
Health, Safety and Environment (HSE)
Importance of HSE in Engineering Projects
Safety Planning and Risk Assessment
Site Safety Practices
Environmental Regulations
HSE Documentation and Reporting
Project Monitoring, Reporting and Control
Project Performance Measurement
Status Reporting Techniques
Progress Tracking Methods
Change Management Process
Issue Tracking and Resolution
Project Closure and Documentation
Project Completion Activities
Final Deliverables and Handover
Project Documentation and Records
Lessons Learned
Post-Project Evaluation
Case Studies and Practical Applications
Engineering Project Case Studies
EPC Project Scenarios
Real-World Project Challenges
Best Practices in Project Management
Career Guidance and Industry Expectations
0
This course covers essential topics such as engineering fundamentals, construction materials, surveying, structural analysis, building design, and project management. You will also learn practical skills used in real construction and infrastructure projects.
No, the course starts from basic civil engineering concepts, making it suitable for beginners. As you progress, you will be introduced to advanced topics and practical applications commonly used in the industry.
The course is designed to build practical, job-ready skills. It includes hands-on modules, real-world examples, and industry-relevant topics that help students prepare for roles in construction, site supervision, design, and infrastructure development.
Depending on the module, you may learn industry-standard tools such as AutoCAD, STAAD Pro, Revit, MS Project, and other construction management or design applications used by engineers in real projects.
Yes. The course includes practical exercises, case studies, and real-site examples to help learners understand how civil engineering concepts are applied in actual construction and infrastructure projects.
Price
₹15,000.00
Get unlimited access to all learning content and premium assets Membership Pro
Featured Review
Electrical Draughtsman work involves preparing the technical drawings and documentation required for electrical systems in industrial plants, buildings, and infrastructure projects.
Mechanical Draughtsman
Description
About Mechanical Draughtsman
Mechanical Draughtsman work involves preparing technical drawings and documentation for mechanical equipment, piping systems, structural parts, and machinery used in industrial plants, factories, and engineering projects. Draughtsmen create detailed piping layouts, equipment drawings, isometric drawings, fabrication drawings, and GA (General Arrangement) drawings based on engineering inputs.
They work with AutoCAD, 2D/3D drafting tools, and industry standards to convert engineering concepts into accurate and professional drawings. Their work ensures that fabrication teams, site engineers, and contractors can manufacture, install, and maintain mechanical systems correctly.
This course helps learners understand drafting tools, mechanical symbols, drawing standards, and real project workflows used in EPC companies, fabrication units, and industrial plants.
Importance of Mechanical Draughtsman in the Oil & Gas Sector
Mechanical draughtsmen play a crucial role in oil & gas and industrial projects because every mechanical system — from piping networks to pressure vessels and heat exchangers — must be clearly documented for fabrication and installation.
Accurate drawings help avoid fabrication errors, reduce rework, and ensure safe and smooth construction at site. A well‑prepared drawing ensures correct pipe routing, proper equipment placement, and compliance with standards like ASME, API, IS, and company specifications.
Good drafting also supports procurement, fabrication, inspection, and commissioning activities.
Without strong mechanical drafting, no refinery, petrochemical plant, or industrial facility can execute mechanical work safely, efficiently, or on schedule.
What Will You Learn?
- Basics of mechanical drafting and drawing standards
- Understanding mechanical symbols and industrial conventions
- Preparation of piping layouts and equipment drawings
- Creating isometric drawings and fabrication drawings
- Developing GA (General Arrangement) drawings for equipment and piping
- Understanding engineering inputs and converting them into accurate drawings
- Drafting of supports, pipe racks, platforms, and structural details
- Preparation of MTO (Material Take Off) and BOQ
- Coordination with piping, mechanical, and fabrication teams
Training Schedule
Weekend Batch
Duration: 50 Hours
Training Mode: Online Live
Training Platform: Microsoft Teams
Who is this course for
- ITI: Fitter / Draughtsman (Mechanical)
- Diploma: Mechanical / Production / Piping
- Freshers who want to start a career in mechanical drafting
- Working professionals who want to upgrade their drafting skills
- Piping helpers, supervisors, or site technicians aiming to move into design roles
- AutoCAD learners interested in mechanical and piping drawings
- Anyone planning to join EPC companies, fabrication units, or design offices
- Students who want to build a strong foundation in mechanical drawings and documentation
Features
- Course Management
- Communication and Collaboration
- User-Friendly Interface
Target Audiences
- Educational Institutions
- Businesses and Organization
- Individual Learners
Requirements
- User-Friendly Interface
- Robust Course Management Capabilities
- Effective Communication and Collaboration
Curriculum
- 1 Section
- 0 Lessons
- 60 Hours
Expand all sectionsCollapse all sections
- Engineering Project Management
Getting Started with Engineering Project Management
Introduction to Engineering Project Management
Role of Project Manager in Engineering Projects
Types of Engineering Projects
Project Management Knowledge Areas
Project Constraints – Scope, Time, Cost, Quality
Project Life Cycle Overview
Project Initiation and Planning
Project Identification and Feasibility Study
Defining Project Objectives and Deliverables
Stakeholder Identification and Analysis
Project Charter Preparation
Scope Definition and Scope Statement
Work Breakdown Structure (WBS)
Project Scheduling and Time Management
Activity Definition and Sequencing
Network Diagrams
Critical Path Method (CPM)
Gantt Charts
Schedule Development and Optimization
Schedule Monitoring and Control
Cost Estimation and Budgeting
Types of Cost Estimates
Cost Breakdown Structure
Project Budget Preparation
Direct and Indirect Costs
Cost Control Techniques
Earned Value Management (EVM) Basics
Resource and Team Management
Resource Planning and Allocation
Human Resource Management in Projects
Team Formation and Leadership Skills
Roles and Responsibilities
Conflict Management
Motivation and Performance Management
Risk Management in Engineering Projects
Introduction to Project Risk
Risk Identification Techniques
Qualitative and Quantitative Risk Analysis
Risk Mitigation and Response Planning
Risk Monitoring and Control
Quality Management and Standards
Quality Planning in Engineering Projects
Quality Assurance vs Quality Control
Engineering Quality Standards
Inspection and Testing Procedures
Continuous Improvement Concepts
Procurement and Contract Management
Procurement Planning
Vendor Selection and Evaluation
Types of Engineering Contracts
EPC Contracts Overview
Purchase Orders and Tendering Process
Contract Administration
Health, Safety and Environment (HSE)
Importance of HSE in Engineering Projects
Safety Planning and Risk Assessment
Site Safety Practices
Environmental Regulations
HSE Documentation and Reporting
Project Monitoring, Reporting and Control
Project Performance Measurement
Status Reporting Techniques
Progress Tracking Methods
Change Management Process
Issue Tracking and Resolution
Project Closure and Documentation
Project Completion Activities
Final Deliverables and Handover
Project Documentation and Records
Lessons Learned
Post-Project Evaluation
Case Studies and Practical Applications
Engineering Project Case Studies
EPC Project Scenarios
Real-World Project Challenges
Best Practices in Project Management
Career Guidance and Industry Expectations
0
FAQs
This course covers essential topics such as engineering fundamentals, construction materials, surveying, structural analysis, building design, and project management. You will also learn practical skills used in real construction and infrastructure projects.
No, the course starts from basic civil engineering concepts, making it suitable for beginners. As you progress, you will be introduced to advanced topics and practical applications commonly used in the industry.
The course is designed to build practical, job-ready skills. It includes hands-on modules, real-world examples, and industry-relevant topics that help students prepare for roles in construction, site supervision, design, and infrastructure development.
Depending on the module, you may learn industry-standard tools such as AutoCAD, STAAD Pro, Revit, MS Project, and other construction management or design applications used by engineers in real projects.
Yes. The course includes practical exercises, case studies, and real-site examples to help learners understand how civil engineering concepts are applied in actual construction and infrastructure projects.
Instructor
0 Students26 Courses
Reviews
Price
₹15,000.00
Get unlimited access to all learning content and premium assets Membership Pro
Featured Review
Electrical Draughtsman work involves preparing the technical drawings and documentation required for electrical systems in industrial plants, buildings, and infrastructure projects.
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