Building Management System (BMS) Design & Drafting Professional

Professional Online Certificate Course by MEP Education

Building Management System (BMS) Design & Drafting Professional

Learn BMS Design. Master Controls Drafting. Build Smart Building Skills.

The Building Management System (BMS) Design & Drafting Professional Course by MEP Education is designed for engineers, draftsmen, technicians, students, and working professionals who want to develop practical skills in BMS design, controls drafting, system integration, coordination, and documentation.

This course provides a structured pathway to understand BMS architecture, field devices, DDC controllers, control panels, HVAC control sequences, wiring layouts, network diagrams, AutoCAD drafting, Revit MEP basics, shop drawings, and smart building documentation.

Course Category: BMS / HVAC Controls / Smart Building Design & Drafting
Learning Mode: Online
Certificate: Certificate of Completion
Suitable For: MEP Engineers, HVAC Engineers, BMS Engineers, Electrical Engineers, Draftsmen, Technicians, Facility Teams, Students, and Career Changers

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Course Overview

The Building Management System (BMS) Design & Drafting Professional Certificate Course focuses on the practical design and drafting skills required for modern building automation projects. Learners will understand how BMS systems are planned, designed, drafted, coordinated, integrated, tested, and documented for commercial buildings, hospitals, hotels, data centers, airports, high-rise buildings, industrial facilities, and smart campuses.

This course covers both the engineering design side and the drawing production side of BMS works. It helps learners build confidence in reading BMS drawings, preparing control schematics, point schedules, network layouts, controller panel layouts, field device layouts, cable routing layouts, riser diagrams, shop drawings, and as-built documentation.

Why Choose This Course?

Building Management Systems are essential for smart building operation, HVAC control, energy efficiency, fault monitoring, alarm management, and facility performance. Proper BMS design and drafting ensure accurate device placement, reliable control wiring, correct system integration, clear communication networks, and professional project documentation.

A skilled BMS design and drafting professional must understand both building automation principles and professional controls drawing standards. This course helps learners bridge that gap with structured, practical, and job-focused training.

Key Highlights

• Complete BMS design and drafting training

• HVAC controls and smart building system fundamentals

• BMS architecture, DDC controllers, sensors, actuators, and field devices

• Control schematics, wiring diagrams, and point schedules

• BMS riser diagrams, network layouts, and communication architecture

• Integration with HVAC, electrical, fire alarm, plumbing, and energy systems

• AutoCAD drafting workflow for BMS drawings

• Revit MEP and BIM coordination awareness

• BMS shop drawing and as-built documentation basics

• Suitable for beginners and working professionals

• Certificate of Completion from MEP Education

What You Will Learn

By completing this course, learners will be able to:

• Understand BMS and building automation system fundamentals

• Read architectural, HVAC, electrical, and BMS drawings

• Understand BMS system architecture and communication networks

• Prepare BMS field device layouts for HVAC equipment and building systems

• Understand DDC controllers, control panels, sensors, actuators, and valves

• Understand control schematics, wiring diagrams, and point schedules

• Prepare BMS riser diagrams and network architecture layouts

• Understand HVAC control sequences and BMS integration logic

• Apply BMS drawing symbols, tags, notes, legends, and drafting standards

• Use AutoCAD workflow for BMS drafting

• Understand Revit MEP and BIM coordination basics

• Prepare BMS shop drawing and coordination drawing basics

• Support site coordination, drawing review, testing, commissioning, and project documentation

Course Modules

Module 1 – Introduction to BMS Design & Drafting

This module introduces the BMS design and drafting profession, including the role of BMS in smart buildings and the workflow from concept design to construction documentation.

Topics Covered

• What is a Building Management System?

• Role of BMS in modern buildings

• Difference between BMS design and BMS drafting

• Smart building and automation overview

• Consultant, contractor, and site team responsibilities

• BMS drawing types: design, shop, coordination, as-built

• BMS project stages from concept to handover

• Career opportunities in BMS design and drafting

Module 2 – Building Services & BMS Integration Overview

This module helps learners understand how BMS connects with MEP systems and facility operations.

Topics Covered

• BMS integration with HVAC systems

• BMS integration with electrical systems

• BMS integration with fire alarm systems

• BMS integration with plumbing and pumping systems

• BMS integration with energy meters and utilities

• BMS coordination with facility management systems

• Basic drawing reading for HVAC, electrical, and controls

• System interface and communication requirements

Module 3 – BMS Architecture & System Components

This module covers the basic structure and components of a BMS system.

Topics Covered

• BMS system architecture

• Operator workstation and BMS server awareness

• DDC controllers and field controllers

• I/O modules and expansion modules

• Sensors, actuators, valves, dampers, relays, and switches

• Control panels and local panels

• Communication networks and protocols awareness

• BMS symbols, abbreviations, and terminology

Module 4 – Field Devices, Sensors & Actuators Layout Drafting

This module introduces BMS field device layouts and drafting principles used in building projects.

Topics Covered

• Temperature sensors

• Humidity sensors

• Pressure sensors and differential pressure switches

• Airflow switches and flow sensors

• CO₂ sensors and air quality sensors

• Damper actuators and valve actuators

• Control valves and motorized dampers

• Field device placement awareness

• Device symbols, tags, notes, and legends

• Common mistakes in field device layouts

Module 5 – HVAC Controls for BMS Design

This module focuses on HVAC equipment control and monitoring through BMS.

Topics Covered

• AHU and FAHU control points

• FCU control points

• VAV box control awareness

• Chiller plant monitoring awareness

• Pump monitoring and control awareness

• Cooling tower monitoring awareness

• Exhaust fan and pressurization fan monitoring

• Temperature, humidity, pressure, and flow monitoring

• Typical HVAC control sequence awareness

• BMS coordination with HVAC layouts

Module 6 – Control Schematics, Wiring Diagrams & Point Schedules

This module explains the core documentation used in BMS projects.

Topics Covered

• Control schematic fundamentals

• Wiring diagram basics

• BMS point schedule structure

• Analog input and analog output points

• Digital input and digital output points

• DDC controller I/O allocation

• Field wiring and termination awareness

• Cable type and signal type awareness

• Drawing coordination between layouts, schematics, and point schedules

• Common errors in BMS documentation

Module 7 – BMS Network Architecture & Riser Diagrams

This module covers network layouts, riser diagrams, and system communication structures.

Topics Covered

• BMS network architecture basics

• Floor-level controller arrangement

• Network switches and communication trunk awareness

• IP network and controller communication awareness

• Riser diagram preparation

• Controller hierarchy and zone coordination

• Communication cable routing awareness

• Integration points with third-party systems

• BMS network drawing standards

Module 8 – BMS Panels, Control Cabinets & Cable Routing

This module introduces BMS panel layouts and coordination of cable routing.

Topics Covered

• BMS control panel layout awareness

• DDC panel internal arrangement

• Power supply and transformer awareness

• Terminal blocks, relays, and isolators

• Panel location coordination

• Cable tray, conduit, and containment routing

• Cable schedule awareness

• Builders work and sleeve coordination

• Coordination with electrical rooms, plant rooms, shafts, and equipment areas

Module 9 – AutoCAD for BMS Drafting

This module focuses on professional AutoCAD drafting workflows for BMS drawings.

Topics Covered

• AutoCAD interface and drawing setup

• Units, layers, colors, line types, and line weights

• BMS blocks, symbols, and annotations

• External references and coordination drawings

• Layouts, viewports, plotting, and sheet setup

• Drafting BMS layouts, point schedules, control diagrams, and risers

• Preparing professional BMS drawing sheets

• Revision control and drawing issue practices

Module 10 – Revit MEP & BIM Coordination Basics

This module introduces Revit MEP and BIM coordination for BMS and controls systems.

Topics Covered

• Introduction to BIM for BMS and controls

• Revit MEP interface overview

• BMS device placement awareness

• Equipment coordination awareness

• Cable containment coordination awareness

• Views, sheets, tags, and schedules

• Clash detection awareness

• Coordination with architecture, structure, HVAC, electrical, plumbing, fire protection, and fire alarm systems

• BIM model review and issue coordination

Module 11 – BMS Shop Drawings & Integration Documentation

This module explains how BMS shop drawings and system integration documentation are prepared, reviewed, and submitted.

Topics Covered

• Design drawing vs shop drawing

• BMS shop drawing preparation workflow

• Coordination drawing basics

• Field device layout drawings

• Control schematic drawings

• Point schedules and cable schedules

• Network architecture and riser diagrams

• Third-party integration list

• Sequence of operation documentation

• Material submittal coordination

• RFI and technical query awareness

• Drawing review comments and revisions

Module 12 – Testing, Commissioning & As-Built Documentation

This module introduces BMS testing, commissioning, functional verification, and final documentation requirements.

Topics Covered

• BMS testing and commissioning overview

• Point-to-point testing awareness

• Loop checking awareness

• Sensor calibration awareness

• Functional performance testing awareness

• Alarm testing and trend logging awareness

• Graphics verification awareness

• Integration testing with HVAC and other systems

• Operation and maintenance manual awareness

• As-built drawing preparation

• Final project documentation and handover

Practical Skills Covered

Learners will gain practical exposure to:

• BMS drawing reading

• BMS architecture understanding

• Field device layout preparation

• HVAC control point identification

• Control schematic awareness

• BMS point schedule understanding

• DDC panel and controller coordination

• Network architecture and riser diagram awareness

• Cable routing and containment awareness

• AutoCAD drafting workflow

• Revit MEP and BIM coordination awareness

• BMS shop drawing preparation

• Drawing checking and coordination

• Testing, commissioning, and as-built documentation support

Course Benefits

For Students

• Build a strong foundation in BMS design and controls drafting

• Learn practical skills required by MEP and building automation companies

• Improve employability in BMS, HVAC controls, smart building, and facility operations roles

For Engineers

• Strengthen BMS design coordination skills

• Improve understanding of HVAC controls and system integration

• Support better drawing review, testing, commissioning, and project delivery

For Draftsmen

• Improve BMS drawing production quality

• Understand field device layouts, control schematics, riser diagrams, and point schedules

• Build confidence in AutoCAD, Revit MEP, and shop drawing workflows

For Technicians and Facility Teams

• Understand BMS drawings more clearly

• Improve coordination with engineers, controls contractors, and site teams

• Support installation, troubleshooting, testing, commissioning, and maintenance activities

Who Can Join This Course?

This course is suitable for:

• BMS engineers

• HVAC engineers

• MEP engineers

• Electrical engineers

• BMS draftsmen

• Electrical draftsmen

• MEP draftsmen

• AutoCAD operators

• Revit MEP modelers

• HVAC controls technicians

• BMS technicians

• Facility engineers

• Facility maintenance professionals

• Diploma and degree students

• Fresh graduates

• Professionals planning to enter BMS design and drafting

Career Opportunities

After completing this course, learners can prepare for roles such as:

• BMS Design Engineer

• BMS Draftsman

• BMS Controls Engineer

• HVAC Controls Engineer

• Building Automation Engineer

• BMS Site Coordinator

• BMS Shop Drawing Coordinator

• Revit MEP Modeler

• BIM Controls Modeler

• MEP BIM Coordinator

• BMS Technical Assistant

• BMS Documentation Coordinator

• Junior BMS Engineer

• BMS CAD Technician

Course Delivery Format

Mode: Online
Learning Type: Self-paced / Instructor-supported
Materials: Video lessons, PDF notes, sample drawings, assignments, quizzes
Assessment: Module quizzes and final assessment
Certificate: Certificate of Completion from MEP Education

Assessment & Certification

Learners will complete module-based assessments to evaluate their understanding of BMS system design, controls drafting, system integration, AutoCAD workflow, Revit MEP basics, shop drawings, and project documentation.

After successful completion, learners will receive a Building Management System (BMS) Design & Drafting Professional Certificate of Completion from MEP Education.

Course Outcomes

After completing the course, learners will be able to:

• Understand BMS design and drafting workflows

• Read and interpret BMS project drawings

• Prepare and review basic BMS layouts

• Understand field devices, controllers, panels, networks, and riser diagrams

• Understand HVAC controls and BMS integration requirements

• Prepare point schedules, control schematics, and network layouts

• Apply professional drafting standards

• Use AutoCAD workflows for BMS drafting

• Understand Revit MEP and BIM coordination basics

• Support shop drawing and as-built documentation

• Prepare for entry-level and professional BMS design and drafting roles

Why MEP Education?

MEP Education provides industry-focused online training for engineers, technicians, draftsmen, and professionals in HVAC, electrical, plumbing, fire protection, fire alarm, BMS, MEP design, technical systems, facilities management, energy management, and engineering management.

Our courses are designed to connect theoretical knowledge with real-world project requirements, helping learners build practical skills for career growth.

MEP Education Course Strengths

• Practical industry-focused curriculum

• Online learning flexibility

• Engineering and technical course categories

• Professional certificate programs

• Suitable for global students and working professionals

• Designed for real-world BMS, HVAC controls, smart building, and MEP applications

Building Management System BMS Design & Drafting Professional Course Online

The Building Management System (BMS) Design & Drafting Professional Course is ideal for learners who want to develop practical skills in BMS design, HVAC controls, building automation, DDC controllers, sensors, actuators, BMS panels, point schedules, control schematics, network architecture, riser diagrams, AutoCAD drafting, Revit MEP, BIM coordination, BMS shop drawings, and project documentation. This online course supports engineers, technicians, draftsmen, and students who want to build career-ready skills for MEP consulting, contracting, smart building, automation, and facility management projects.

Related Courses

• BMS Design Course

• BMS Drafting Course

• Building Management System Course

• Building Automation Course

• BMS Design and Drafting Course

• BMS Professional Certificate Course

• BMS Online Course

• BMS Training Online

• HVAC Controls Course

• DDC Controller Course

• BMS Point Schedule Course

• BMS Control Schematic Course

• BMS Riser Diagram Course

• AutoCAD BMS Drafting Course

• Revit MEP BMS Course

• BIM Controls Course

• Smart Building Systems Course

• Building Automation Design Course

• MEP Education BMS Course

FAQ

1. What is the Building Management System (BMS) Design & Drafting Professional Course?

It is an online professional certificate course that teaches BMS fundamentals, HVAC controls, field device layouts, DDC controllers, point schedules, control schematics, network architecture, riser diagrams, AutoCAD drafting, Revit MEP basics, shop drawings, and project documentation.

2. Who can join this course?

BMS engineers, HVAC engineers, MEP engineers, electrical engineers, BMS draftsmen, AutoCAD operators, Revit MEP modelers, technicians, students, fresh graduates, and working professionals can join.

3. Does this course include HVAC controls?

Yes. The course includes HVAC control points, AHU/FAHU/FCU monitoring, sensors, actuators, valves, fan control, temperature control, pressure control, and sequence of operation awareness.

4. Does this course include BMS point schedules?

Yes. The course includes point schedule structure, analog input/output, digital input/output, controller I/O allocation, and coordination between layouts, schematics, and point schedules.

5. Does this course include AutoCAD?

Yes. The course includes AutoCAD drafting workflow, layers, blocks, annotations, layouts, plotting, and BMS drawing sheet preparation.

6. Does this course include Revit MEP?

Yes. The course introduces Revit MEP and BIM coordination basics for BMS and controls systems.

7. Does this course include BMS network architecture?

Yes. The course includes BMS network architecture, controller hierarchy, communication trunks, riser diagrams, third-party integration awareness, and network layout coordination.

8. Will I receive a certificate?

Yes. Learners who complete the course requirements will receive a certificate of completion from MEP Education.

9. Is this course suitable for beginners?

Yes. The course starts from BMS fundamentals and gradually moves toward controls drafting, point schedules, network diagrams, shop drawings, and commissioning documentation.

10. What job roles can this course support?

This course can support roles such as BMS Draftsman, BMS Design Engineer, HVAC Controls Engineer, Building Automation Engineer, Revit MEP Modeler, BIM Controls Coordinator, and BMS Site Coordinator.

Call to Action

Start Your BMS Design & Drafting Career Today

Develop practical BMS design and drafting skills for real-world smart building projects. Learn building automation fundamentals, HVAC controls, DDC controllers, sensors, actuators, point schedules, control schematics, network architecture, AutoCAD, Revit MEP, BIM coordination, shop drawings, and professional documentation.

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