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Control Panel Design
Overview
Curriculum
FAQs
Instructor
Reviews
About Control Panel Design
Control Panel Design involves creating the electrical panels that operate, monitor, and protect industrial machines, process equipment, and plant systems. Engineers and designers prepare detailed layouts, wiring diagrams, component arrangements, and cable termination details for panels such as MCC panels, PLC panels, VFD panels, relay panels, marshalling cabinets, and control desks.
They work with AutoCAD, electrical standards, and engineering inputs to design panels that are safe, reliable, and easy to maintain. Their work ensures that all electrical components—breakers, relays, contactors, PLC modules, power supplies, and terminals—are correctly selected, sized, and wired.
This course helps learners understand panel components, wiring practices, protection concepts, and real project workflows used in EPC companies, automation firms, and industrial plants.
Importance of Control Panel Design in the Oil & Gas Sector
Control panels are the heart of automation and electrical control in oil & gas and industrial plants. They ensure that motors, pumps, compressors, heaters, and process equipment operate safely and efficiently.
A well‑designed control panel ensures proper protection, smooth operation, and reliable communication with field instruments and control systems like PLC, DCS, and SCADA. Accurate panel drawings help avoid wiring mistakes, reduce downtime, and ensure compliance with standards such as IEC, IS, NEC, and company specifications.
Good panel design supports installation, commissioning, troubleshooting, and long‑term maintenance.
Without strong control panel engineering, no refinery, petrochemical plant, or industrial facility can achieve safe automation, reliable operation, or efficient process control.
What Will You Learn?
- Basics of control panel design and electrical standards
- Understanding panel components: MCB, MCCB, relays, contactors, PLC modules, VFDs, power supplies
- Preparation of panel layout and internal arrangement drawings
- Wiring diagrams, terminal plans, and cable termination details
- Control wiring vs. power wiring concepts
- Protection concepts: overload, short circuit, earthing, interlocking
- Selection and sizing of panel components
- Preparation of BOQ, bill of materials, and panel documentation
- AutoCAD drafting for panel drawings
- Reading engineering inputs and converting them into panel designs
- Coordination with electrical, instrumentation, and automation teams
Training Schedule
Weekend Batch
Duration: 50 Hours
Training Mode: Online Live
Training Platform: Microsoft Teams
Who is this course for
- ITI: Electrician / Wireman / Draughtsman
- Diploma: Electrical / Electronics / Instrumentation
- Freshers who want to start a career in control panel design
- Working professionals who want to upgrade their panel design skills
- Electricians and site supervisors planning to move into design roles
- AutoCAD learners interested in electrical/control drawings
- Anyone aiming to join EPC companies, automation firms, or panel manufacturing units
- Students who want to build a strong foundation in panel wiring, layout, and documentation
- 1 Section
- 0 Lessons
- 40 Hours
Expand all sectionsCollapse all sections
- Control Panel Design
Introduction to Control Panel Engineering
Types of control panels (MCC, PCC, PLC, VFD, Relay panels, Marshalling cabinets)
Role of control panels in industrial automation
Basic electrical concepts used in panel design
Electrical Standards & Codes
IEC, IS, NEC standards for panel design
Protection classes, IP ratings, short circuit ratings
Safety requirements and compliance
Panel Components & Selection
MCB, MCCB, ACB, contactors, relays, timers
Power supplies, terminal blocks, fuses, indicators
PLC modules, I/O cards, VFDs, soft starters
Component sizing and selection criteria
Panel Layout & Arrangement
Internal layout planning
Component spacing, heat dissipation, and ventilation
Front view, side view, and mounting plate layout
Door layout and labeling
Wiring & Termination
Power wiring vs. control wiring
Cable sizing basics
Terminal plan preparation
Ferruling, numbering, and wire routing practices
Schematic & Wiring Diagrams
Control circuit diagrams
Power circuit diagrams
Interlocking diagrams
PLC wiring diagrams
Marshalling cabinet wiring
PLC / DCS Panel Design Basics
Understanding I/O list
Mapping field instruments to PLC
Panel to field wiring
Communication modules and networking basics
Protection & Safety Concepts
Overload, short circuit, earth fault protection
Earthing and grounding requirements
Interlocks and safety circuits
AutoCAD for Panel Design
Creating panel layouts
Preparing wiring diagrams
Editing and updating drawings
Layer management and symbols
Documentation & Deliverables
Bill of Materials (BOM)
Cable schedule
Panel GA drawings
Wiring diagrams and terminal plans
Testing & inspection checklists
Practical Case Studies
Real project panel drawings
Common mistakes and troubleshooting
Panel installation and commissioning basics
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
₹25,000.00
Get unlimited access to all learning content and premium assets Membership Pro
Featured Review
Control Panel Design involves creating the electrical panels that operate, monitor, and protect industrial machines, process equipment, and plant systems.
Control Panel Design
Description
About Control Panel Design
Control Panel Design involves creating the electrical panels that operate, monitor, and protect industrial machines, process equipment, and plant systems. Engineers and designers prepare detailed layouts, wiring diagrams, component arrangements, and cable termination details for panels such as MCC panels, PLC panels, VFD panels, relay panels, marshalling cabinets, and control desks.
They work with AutoCAD, electrical standards, and engineering inputs to design panels that are safe, reliable, and easy to maintain. Their work ensures that all electrical components—breakers, relays, contactors, PLC modules, power supplies, and terminals—are correctly selected, sized, and wired.
This course helps learners understand panel components, wiring practices, protection concepts, and real project workflows used in EPC companies, automation firms, and industrial plants.
Importance of Control Panel Design in the Oil & Gas Sector
Control panels are the heart of automation and electrical control in oil & gas and industrial plants. They ensure that motors, pumps, compressors, heaters, and process equipment operate safely and efficiently.
A well‑designed control panel ensures proper protection, smooth operation, and reliable communication with field instruments and control systems like PLC, DCS, and SCADA. Accurate panel drawings help avoid wiring mistakes, reduce downtime, and ensure compliance with standards such as IEC, IS, NEC, and company specifications.
Good panel design supports installation, commissioning, troubleshooting, and long‑term maintenance.
Without strong control panel engineering, no refinery, petrochemical plant, or industrial facility can achieve safe automation, reliable operation, or efficient process control.
What Will You Learn?
- Basics of control panel design and electrical standards
- Understanding panel components: MCB, MCCB, relays, contactors, PLC modules, VFDs, power supplies
- Preparation of panel layout and internal arrangement drawings
- Wiring diagrams, terminal plans, and cable termination details
- Control wiring vs. power wiring concepts
- Protection concepts: overload, short circuit, earthing, interlocking
- Selection and sizing of panel components
- Preparation of BOQ, bill of materials, and panel documentation
- AutoCAD drafting for panel drawings
- Reading engineering inputs and converting them into panel designs
- Coordination with electrical, instrumentation, and automation teams
Training Schedule
Weekend Batch
Duration: 50 Hours
Training Mode: Online Live
Training Platform: Microsoft Teams
Who is this course for
- ITI: Electrician / Wireman / Draughtsman
- Diploma: Electrical / Electronics / Instrumentation
- Freshers who want to start a career in control panel design
- Working professionals who want to upgrade their panel design skills
- Electricians and site supervisors planning to move into design roles
- AutoCAD learners interested in electrical/control drawings
- Anyone aiming to join EPC companies, automation firms, or panel manufacturing units
- Students who want to build a strong foundation in panel wiring, layout, 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
- 40 Hours
Expand all sectionsCollapse all sections
- Control Panel Design
Introduction to Control Panel Engineering
Types of control panels (MCC, PCC, PLC, VFD, Relay panels, Marshalling cabinets)
Role of control panels in industrial automation
Basic electrical concepts used in panel design
Electrical Standards & Codes
IEC, IS, NEC standards for panel design
Protection classes, IP ratings, short circuit ratings
Safety requirements and compliance
Panel Components & Selection
MCB, MCCB, ACB, contactors, relays, timers
Power supplies, terminal blocks, fuses, indicators
PLC modules, I/O cards, VFDs, soft starters
Component sizing and selection criteria
Panel Layout & Arrangement
Internal layout planning
Component spacing, heat dissipation, and ventilation
Front view, side view, and mounting plate layout
Door layout and labeling
Wiring & Termination
Power wiring vs. control wiring
Cable sizing basics
Terminal plan preparation
Ferruling, numbering, and wire routing practices
Schematic & Wiring Diagrams
Control circuit diagrams
Power circuit diagrams
Interlocking diagrams
PLC wiring diagrams
Marshalling cabinet wiring
PLC / DCS Panel Design Basics
Understanding I/O list
Mapping field instruments to PLC
Panel to field wiring
Communication modules and networking basics
Protection & Safety Concepts
Overload, short circuit, earth fault protection
Earthing and grounding requirements
Interlocks and safety circuits
AutoCAD for Panel Design
Creating panel layouts
Preparing wiring diagrams
Editing and updating drawings
Layer management and symbols
Documentation & Deliverables
Bill of Materials (BOM)
Cable schedule
Panel GA drawings
Wiring diagrams and terminal plans
Testing & inspection checklists
Practical Case Studies
Real project panel drawings
Common mistakes and troubleshooting
Panel installation and commissioning basics
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
₹25,000.00
Get unlimited access to all learning content and premium assets Membership Pro
Featured Review
Control Panel Design involves creating the electrical panels that operate, monitor, and protect industrial machines, process equipment, and plant systems.
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