ELECTRICAL SWITCHBOARD DESIGN & DRAFTING TRAINING

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About Course

Master Electrical Switchboard Design & Drafting Training

Kick Off: August 10, 2026

Learn how to design, draft, document, and deliver professional electrical switchboard projects for PCC, MCC, PQC, and ACC applications using real industrial workflows.

This course is a practical, project-based program designed to help electrical engineers, technicians, graduates, automation professionals, panel builders, and MEP practitioners move from theory and scattered tutorials to real project competence.

The training covers the complete workflow from engineering design concepts, calculations, equipment selection, and standards compliance to the preparation of professional engineering drawings and manufacturing documentation.

The course adopts a practical engineering approach that aligns with IEC standards, utility requirements, and modern industrial design practices.

Course Modules

Module 1: Electrical Switchboard Design

This module introduces learners to the core engineering principles and professional workflows required to design safe, reliable, and standards-aware electrical switchboards.

It focuses on engineering calculations, equipment selection, system architecture, and design development.

Module 2: Electrical Switchboard Drafting

This module focuses on transforming switchboard design concepts into complete professional engineering documentation.

It covers the creation of engineering documentation and manufacturing deliverables.

Module 3: Complete Switchboard Project

This module brings the entire course together by guiding learners through the development of a complete switchboard documentation package from start to finish.

It focuses on how a real electrical switchboard project is planned, structured, drafted, reviewed, and submitted using a professional drafting workflow.

By the end of the training, participants will be able to independently design and
produce professional electrical switchboard documentation suitable for
manufacturing, installation, testing, and commissioning.

Why This Is Not an Ordinary Course

Most software courses teach commands. This course teaches project delivery.

It is designed to help you understand the engineering logic behind electrical switchboard documentation and then apply that in drafting softwares

What Makes the Course Different

  • It combines switchboard engineering design and documentation.
  • It focuses on real project delivery, not just software commands.
  • It covers PCC, MCC, PQC, and ACC applications.
  • It helps you understand why drawings are created, not just how to draw them.
  • It includes professional documentation outputs.
  • It supports employability, freelancing, and workplace readiness.
  • It gives learners a portfolio-ready project.
  • It uses practical templates, project files, and industry workflows.
  • It is delivered by experienced practicing professionals.
  • It prepares learners to create documentation suitable for manufacturing, installation, testing, and commissioning.

Course Details

  • Start Date: 10th August 2026
  • Duration: 4 Weeks
  • Sessions: 3 sessions per week
  • Days: Tuesday, Thursday, and Saturday
  • Time: 8:00 PM – 10:00 PM EAT
  • Mode: Live Online Training + Recordings
  • Certification: RoadsHub Certificate of Completion

This Course Helps You Move From Software Exposure to Project Competence

Electrical Switchboard Design & Drafting training is a practical professional training program designed to help learners understand the full switchboard documentation workflow.

You will not only learn commands. You will learn how real electrical switchboard projects are developed, structured, drafted, reviewed, and submitted.

The course combines:

  • Electrical switchboard design principles
  • Engineering calculations
  • Equipment selection
  • System architecture
  • Drafting workflows
  • Professional manufacturing documentation
  • Real project deliverables
  • Capstone-based learning

By the end of the course, you should be able to independently design and produce professional electrical switchboard documentation suitable for manufacturing, installation, testing, and commissioning.

What This Course Can Do for Your Career

This course is designed to help you become more confident, more practical, and more useful in real electrical design and documentation workflows.

It does not guarantee employment. However, it gives you the practical competence, project exposure, and portfolio evidence that can support your professional growth.

Career Benefits

This course can help you:

  1. Build confidence in electrical switchboard design documentation
  2. Improve your readiness for electrical design, MEP, automation, switchgear, and panel-building roles
  3. Build a stronger technical portfolio
  4. Prepare for interviews and project discussions
  5. Offer freelance drafting and documentation services
  6. Understand professional project workflows
  7. Improve your ability to interpret project requirements
  8. Create documentation for manufacturing, installation, testing, and commissioning

Ready to Build Real Switchboard Design Competence?

Stop depending on scattered tutorials and incomplete knowledge.

Join the training and learn how to design, draft, document, and deliver professional electrical switchboard projects with confidence.

This is your opportunity to build practical competence, strengthen your technical portfolio, and become more useful in real electrical design, MEP, automation, switchgear, and panel documentation workflows.

Enroll Now

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Frequently Asked Questions

When will the course start?

The course will commence on 10 August 2026.

Is this course suitable for beginners?

Yes. The course is suitable for committed beginners who have a basic understanding of electrical engineering principles. It is also suitable for intermediate learners and professionals who want practical project-based competence.

Do I need prior EPLAN Electric P8 experience?

No. Prior EPLAN experience is helpful but not mandatory. The course will guide you from project setup to documentation outputs.

Do I need electrical engineering knowledge?

Yes. A basic understanding of electrical circuits, power distribution, switchgear, and control circuits is desirable.

Will recordings be available?

Yes. Recordings will be provided for revision and for learners who may miss a live session.

Will I receive a certificate?

Yes. Participants who meet the training requirements will receive a RoadsHub Certificate of Completion.

What project will I work on?

You will work toward a complete electrical switchboard documentation package covering SLDs, MLDs, schematics, terminal plans, cable schedules, BOMs, panel layouts, and EPLAN project files.

Is the course online?

Yes. The course is delivered live online with recordings provided.

Can I join from outside Kenya?

Yes. Engineers and professionals from outside Kenya can join the training online.

Is the course useful for freelancers?

Yes. The course is useful for freelancers and side-hustle professionals who want to offer electrical drafting, panel documentation, schematic development, and EPLAN documentation services.

What if I miss a live session?

You will be able to access the recording and continue learning. However, live attendance is strongly recommended for guidance, interaction, and project support.

How much is the course?

The fee is KES 12,000, USD 100, or UGX 350,000.

How many learners will be admitted?

The course has limited slots. RoadsHub can only accommodate 50 engineers for this cohort.

PAY FOR YOUR SLOT TODAY

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What Will You Learn?

  • Understand switchboard classifications, functions, and applications.
  • Interpret project specifications, client requirements, and engineering
  • datasheets.
  • Perform electrical load calculations and design assessments.
  • Select appropriate switchboard components and protection devices.
  • Design power distribution, motor control, and automation systems.
  • Develop compliant Single Line Diagrams (SLDs).
  • Create complete EPLAN project structures and engineering databases.
  • Produce professional electrical schematics using EPLAN Electric P8.
  • Generate terminal plans, cable schedules, and device reports.
  • Develop panel layouts and equipment arrangements.
  • Prepare manufacturing and construction documentation.
  • Apply industry standards and engineering best practices throughout the
  • design process.

Course Content

MODULE O: INTRODUCTION TO THE COURSE

  • The Ultimate Engineer Philosphy
  • The Promise
  • Course objectives and expected Outcome
  • What you need to succeed in this course
  • Top skills you need as an electrical engineer
  • The Onboarding process
  • Program delivery structure
  • Accessing the learning platform
  • Accessing course learning resources
  • Recommended reference materials
  • Certification

MODULE I:ELECTRICAL SWITCHBOARD DESIGN
This module introduces learners to the core engineering principles and professional workflows required to design safe, reliable, and standards-compliant electrical switchboards. It focuses on how real switchboard projects are developed from client requirements and load data into complete engineering design solutions. Learners will cover key areas such as electrical load assessment, demand calculations, short-circuit considerations, voltage drop checks, protection coordination, cable and busbar sizing, and selection of switchgear components such as ACBs, MCCBs, MCBs, contactors, relays, and protection devices. The module also explores switchboard system architecture for different applications, including Power Control Centers, Motor Control Centers, Power Quality Centers, and Automation Control Centers. By the end of the module, learners will understand how to develop practical design concepts, prepare Single Line Diagrams, define control philosophies, select equipment, and produce design inputs that can be converted into professional EPLAN documentation.

MODULE II: Electrical Switchboard Drafting Using EPLAN Electric P8
This module focuses on transforming electrical switchboard design concepts into complete professional engineering documentation using EPLAN Electric P8. It introduces learners to the practical drafting workflow used in real electrical design, panel manufacturing, installation, testing, and commissioning environments. Learners will be guided through the EPLAN project environment, including project creation, page management, symbol libraries, device tagging, parts management, connection design, terminal engineering, cable management, cross-referencing, and report generation. The module emphasizes how to create accurate Single Line Diagrams, Multi-Line Diagrams, power schematics, control circuits, terminal plans, cable schedules, Bill of Materials, and 2D panel layouts. By the end of this module, learners will be able to develop a complete EPLAN project file and produce professional manufacturing deliverables that can be reviewed by engineers, used by panel builders, and submitted as part of a real switchboard documentation package.

MODULE III: Complete Switchboard Project
This section brings the entire course together by guiding learners through the development of a complete switchboard documentation package from start to finish. It focuses on how a real electrical switchboard project is planned, structured, drafted, reviewed, and submitted using a professional EPLAN Electric P8 workflow. Learners will apply the skills gained throughout the course to create a full project, including the Single Line Diagram, Multi-Line Diagrams, power and control schematics, 2D panel layout, device structure, terminal plans, cable schedules, and Bill of Materials. The emphasis is not only on drawing, but on producing accurate, coordinated, and usable documentation for engineering review, panel manufacturing, installation, testing, and commissioning. By the end of this section, learners will understand how to organize an EPLAN project professionally, check for documentation consistency, generate reports, prepare final submissions, and present a complete switchboard design package that reflects real industry standards and project delivery expectations.

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