HVAC for District Cooling Buildings Design & Drafting Professional

Professional Online Certificate Course by MEP Education

HVAC for District Cooling Buildings Design & Drafting Professional

Learn District Cooling HVAC Design. Master ETS Drafting. Build High-Value Project Skills.

The HVAC for District Cooling Buildings Design & Drafting Professional Course by MEP Education is designed for engineers, draftsmen, BIM modelers, technicians, students, and working professionals who want to develop practical skills in district cooling building HVAC design, ETS room drafting, chilled water piping, coordination, and documentation.

This course provides a structured pathway to understand district cooling connections, energy transfer stations, chilled water distribution, plate heat exchangers, BTU meters, control valves, differential pressure control, AutoCAD drafting, Revit MEP basics, BIM coordination, shop drawings, and project documentation.

Course Category: HVAC Design & Drafting / District Cooling Buildings
Learning Mode: Online
Certificate: Certificate of Completion
Suitable For: HVAC Engineers, MEP Engineers, Draftsmen, BIM Modelers, District Cooling Technicians, Facility Teams, Students, and Career Changers

Enroll Now | Download Course Brochure | Speak to Admissions

Course Overview

The HVAC for District Cooling Buildings Design & Drafting Professional Certificate Course focuses on the practical design and drafting skills required for buildings connected to district cooling networks. These projects require proper chilled water interface design, ETS room planning, secondary chilled water distribution, metering, controls, balancing, and coordination with utility provider requirements.

Learners will understand how district cooling HVAC systems are planned, designed, drafted, coordinated, reviewed, installed, tested, commissioned, and documented for high-rise towers, shopping malls, hotels, hospitals, mixed-use buildings, commercial buildings, residential developments, campuses, and large infrastructure projects.

This course covers both the engineering design side and the drawing production side of district cooling building HVAC work. It helps learners build confidence in reading district cooling drawings, preparing ETS room layouts, chilled water piping layouts, schematic diagrams, riser diagrams, pump room layouts, control valve arrangements, shop drawings, and as-built documentation.

Why Choose This Course?

District cooling is widely used in large developments because it supports centralized cooling generation, reduced building plant space, improved energy management, and scalable cooling distribution. Buildings connected to district cooling networks still require proper internal HVAC design, ETS coordination, chilled water distribution, metering, control, and balancing.

A skilled district cooling HVAC design and drafting professional must understand both building HVAC design principles and district cooling interface requirements. This course helps learners bridge that gap with structured, practical, and job-focused training.

Key Highlights

• Complete district cooling building HVAC design and drafting training

• District cooling network and building interface awareness

• ETS room layout, plate heat exchanger, and metering arrangement

• Primary and secondary chilled water piping coordination

• BTU meter, control valve, strainer, pressure sensor, and bypass arrangement awareness

• Differential pressure control and flow regulation awareness

• AHU, FAHU, FCU, VAV, and chilled water system layout coordination

• AutoCAD drafting workflow for district cooling HVAC drawings

• Revit MEP and BIM coordination awareness

• District cooling HVAC 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 district cooling building HVAC system fundamentals

• Read architectural, utility, mechanical, and HVAC drawings

• Understand district cooling supply and return connections

• Understand ETS room planning and equipment coordination

• Prepare basic ETS room layouts and chilled water piping layouts

• Understand plate heat exchangers, BTU meters, control valves, and strainers

• Understand primary side and secondary side chilled water system concepts

• Understand pumps, risers, AHUs, FAHUs, FCUs, VAV boxes, and terminal units

• Understand pipe routing, shafts, risers, sleeves, and plant room coordination

• Understand utility provider interface requirements and submission awareness

• Use AutoCAD workflow for district cooling HVAC drafting

• Understand Revit MEP and BIM coordination basics

• Prepare district cooling HVAC shop drawings and coordination drawings

• Support site coordination, testing, commissioning, balancing, and project documentation

Course Modules

Module 1 – Introduction to District Cooling HVAC Systems

This module introduces district cooling systems, their applications, and their role in large building developments.

Topics Covered

• What is district cooling?

• District cooling vs standalone chiller plant systems

• Central cooling plant concept

• Building connection to district cooling network

• Primary and secondary chilled water system overview

• Role of ETS in building HVAC systems

• HVAC drawing types: design, shop, coordination, and as-built drawings

• Career opportunities in district cooling HVAC design and drafting

Module 2 – District Cooling Building Types & Space Planning

This module helps learners understand building types connected to district cooling and the space planning required for HVAC systems.

Topics Covered

• District cooling applications in towers, malls, hotels, hospitals, campuses, and mixed-use buildings

• Building HVAC space planning for district cooling projects

• ETS room location and access planning

• AHU rooms, FAHU rooms, FCU zones, shafts, risers, and service corridors

• Plant room and pump room coordination awareness

• Equipment access and maintenance clearance

• Coordination with architecture, structure, electrical, plumbing, fire protection, fire alarm, BMS, and utility provider requirements

• Common space planning challenges in district cooling buildings

Module 3 – District Cooling Network Interface & Utility Requirements

This module introduces the interface between the utility provider network and the building HVAC system.

Topics Covered

• District cooling supply and return connection awareness

• Utility provider connection points

• Building entry point and valve chamber awareness

• Primary side pressure and temperature awareness

• Interface boundaries between utility provider and building owner

• Metering and billing awareness

• Utility submission and approval documentation awareness

• Common coordination issues at building interface points

Module 4 – Energy Transfer Station (ETS) Fundamentals

This module explains the purpose, components, and operating concept of an ETS room.

Topics Covered

• What is an Energy Transfer Station?

• ETS function in district cooling buildings

• Primary chilled water side

• Secondary chilled water side

• Plate heat exchanger awareness

• BTU meter awareness

• Control valves and balancing valves

• Strainers, gauges, sensors, air vents, and drains

• ETS room symbols, abbreviations, and terminology

Module 5 – ETS Room Layout Design & Drafting

This module focuses on ETS room layout planning, equipment arrangement, and drafting standards.

Topics Covered

• ETS room layout preparation

• Plate heat exchanger placement

• Primary and secondary pipe routing

• Valve package arrangement

• BTU meter location awareness

• Control valve and bypass arrangement awareness

• Access and maintenance clearance

• Floor drain, ventilation, and service access awareness

• Electrical panel and controls coordination

• Common ETS room layout mistakes

Module 6 – Primary & Secondary Chilled Water Piping

This module introduces chilled water piping design and drafting for district cooling buildings.

Topics Covered

• Primary chilled water piping awareness

• Secondary chilled water piping awareness

• Supply and return piping layouts

• Piping from utility connection to ETS

• Piping from ETS to building distribution

• Pipe risers and horizontal distribution

• Pipe sleeves, wall penetrations, and builders work coordination

• Flow direction, line types, tags, and pipe labels

• Common chilled water piping drafting errors

Module 7 – Heat Exchangers, Valves, Meters & Accessories

This module covers key ETS components and their drafting coordination.

Topics Covered

• Plate heat exchanger arrangement

• Isolation valves and balancing valves

• Motorized control valves

• Differential pressure control valves awareness

• BTU meter flow meter and temperature sensors

• Strainers, test points, pressure gauges, and temperature gauges

• Air vents, drains, and flushing connections

• Bypass line awareness

• Equipment schedule and valve schedule awareness

• Typical detail drafting requirements

Module 8 – Secondary Side Pumps & Building Distribution

This module explains secondary chilled water circulation inside the building.

Topics Covered

• Secondary pump arrangement awareness

• Duty, standby, and variable speed pump concepts

• Pump flow and head awareness

• Building chilled water risers

• AHU, FAHU, FCU, and VAV chilled water distribution

• Differential pressure control awareness

• Pressure independent control valve awareness

• Hydronic balancing awareness

• Pump room and riser coordination

• Common secondary distribution issues

Module 9 – HVAC System Design for District Cooling Buildings

This module explains how building HVAC systems are selected and coordinated when district cooling is used.

Topics Covered

• AHU and FAHU systems

• FCU systems

• VAV and terminal unit awareness

• Chilled water coil connection details

• Fresh air and exhaust system coordination

• Ventilation and indoor air quality awareness

• Zoning and tenant distribution awareness

• Condensate drain coordination awareness

• Equipment schedules and design documentation awareness

• Common HVAC design mistakes in district cooling buildings

Module 10 – Schematics, Riser Diagrams & Detail Drawings

This module covers schematic drawings, riser diagrams, and typical details used in district cooling HVAC projects.

Topics Covered

• District cooling schematic diagram basics

• ETS schematic preparation

• Primary-secondary chilled water schematic awareness

• Chilled water riser diagram preparation

• Pump and heat exchanger details

• Control valve and BTU meter detail awareness

• AHU and FCU connection detail drafting

• Flow direction and system hierarchy

• Coordination between layouts, schematics, details, and schedules

Module 11 – AutoCAD for District Cooling HVAC Drafting

This module focuses on professional AutoCAD drafting workflows for district cooling HVAC drawings.

Topics Covered

• AutoCAD interface and drawing setup

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

• District cooling HVAC blocks, symbols, and annotations

• External references and coordination drawings

• Layouts, viewports, plotting, and sheet setup

• Drafting ETS layouts, chilled water piping layouts, risers, schematics, and details

• Preparing professional district cooling HVAC drawing sheets

• Revision control and drawing issue practices

Module 12 – Revit MEP & BIM Coordination for District Cooling HVAC

This module introduces Revit MEP and BIM coordination for district cooling building projects.

Topics Covered

• Introduction to BIM for district cooling systems

• Revit MEP interface overview

• ETS room modeling awareness

• Chilled water pipe modeling awareness

• Heat exchanger, pump, valve, meter, and accessory coordination

• Views, sheets, tags, and schedules

• Clash detection awareness

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

• BIM model review and issue coordination

Module 13 – Shop Drawings, Utility Coordination & Approval Documentation

This module explains how district cooling HVAC shop drawings are prepared, reviewed, submitted, and coordinated.

Topics Covered

• Design drawing vs shop drawing

• District cooling HVAC shop drawing workflow

• ETS shop drawing preparation

• Coordination drawing basics

• Builders work drawings and sleeve/opening coordination

• Utility provider submission awareness

• Equipment schedules and valve schedules

• Material submittal coordination

• RFI and technical query awareness

• Drawing review comments and revisions

• Approval documentation and record drawings awareness

Module 14 – Testing, Commissioning, Balancing & As-Built Documentation

This module introduces testing, commissioning, balancing, and final documentation requirements for district cooling buildings.

Topics Covered

• District cooling HVAC testing and commissioning overview

• Pipe pressure testing awareness

• Flushing and chemical cleaning awareness

• Water balancing awareness

• BTU meter testing and verification awareness

• Heat exchanger performance verification awareness

• Control valve and sensor testing awareness

• Pump start-up and performance testing awareness

• Integrated BMS testing awareness

• As-built drawing preparation

• Operation and maintenance manual awareness

• Final project documentation and handover

Practical Skills Covered

Learners will gain practical exposure to:

• District cooling drawing reading

• ETS room layout preparation

• Primary and secondary chilled water piping layout awareness

• Heat exchanger and BTU meter coordination

• Control valve, strainer, gauge, and sensor arrangement

• Pump room and riser coordination

• AHU, FAHU, FCU, and VAV chilled water connection awareness

• Schematics and riser diagram understanding

• Utility provider interface coordination awareness

• AutoCAD drafting workflow

• Revit MEP and BIM coordination awareness

• District cooling HVAC shop drawing preparation

• Drawing checking and coordination

• Testing, commissioning, balancing, and as-built documentation support

Course Benefits

For Students

• Build a strong foundation in district cooling HVAC design and drafting

• Learn specialized skills for high-rise and large development projects

• Improve employability in HVAC, MEP, drafting, and BIM roles

For Engineers

• Strengthen district cooling design coordination skills

• Improve understanding of ETS rooms, chilled water distribution, utility interface, and hydronic systems

• Support better drawing review, site coordination, commissioning, and project delivery

For Draftsmen and BIM Modelers

• Improve district cooling HVAC drawing and model production quality

• Understand ETS layouts, chilled water piping, risers, schematics, heat exchanger details, and coordination drawings

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

For Technicians and Facility Teams

• Understand district cooling HVAC drawings more clearly

• Improve coordination with engineers, utility providers, and site teams

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

Who Can Join This Course?

This course is suitable for:

• HVAC engineers

• Mechanical engineers

• MEP engineers

• District cooling engineers

• HVAC draftsmen

• Mechanical draftsmen

• MEP draftsmen

• AutoCAD operators

• Revit MEP modelers

• BIM coordinators

• HVAC technicians

• District cooling technicians

• Facility engineers

• Site engineers

• Facility maintenance professionals

• Diploma and degree students

• Fresh graduates

• Professionals planning to enter district cooling HVAC design and drafting

Career Opportunities

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

• District Cooling HVAC Design Engineer

• HVAC Design Engineer

• District Cooling HVAC Draftsman

• HVAC Draftsman

• Mechanical Draftsman

• MEP Draftsman

• ETS Design Assistant

• ETS Drafting Specialist

• Revit MEP Modeler

• BIM Mechanical Modeler

• MEP BIM Coordinator

• HVAC Testing & Commissioning Assistant

• District Cooling Facility Coordinator

• Junior Mechanical Engineer

• HVAC 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 district cooling HVAC design, ETS layouts, chilled water piping, utility interface, hydronic coordination, AutoCAD workflow, Revit MEP basics, shop drawings, testing, balancing, commissioning, and project documentation.

After successful completion, learners will receive a HVAC for District Cooling Buildings Design & Drafting Professional Certificate of Completion from MEP Education.

Course Outcomes

After completing the course, learners will be able to:

• Understand district cooling building HVAC design and drafting workflows

• Read and interpret district cooling HVAC project drawings

• Prepare and review basic ETS room and chilled water piping layouts

• Understand primary and secondary chilled water systems

• Understand heat exchangers, BTU meters, control valves, pumps, risers, and building distribution

• Understand utility provider interface and approval documentation awareness

• Apply professional drafting standards

• Use AutoCAD workflows for district cooling HVAC drafting

• Understand Revit MEP and BIM coordination basics

• Support shop drawing, testing, commissioning, balancing, and as-built documentation

• Prepare for entry-level and professional district cooling HVAC 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, security systems, healthcare HVAC, data center HVAC, shopping mall HVAC, district cooling HVAC, 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 district cooling HVAC and MEP applications

HVAC for District Cooling Buildings Design & Drafting Professional Course Online

The HVAC for District Cooling Buildings Design & Drafting Professional Course is ideal for learners who want to develop practical skills in district cooling HVAC design, ETS room layouts, energy transfer station drafting, chilled water piping, plate heat exchanger coordination, BTU meter arrangement, secondary chilled water distribution, AutoCAD drafting, Revit MEP, BIM coordination, district cooling HVAC shop drawings, testing, balancing, commissioning, and project documentation. This online course supports engineers, technicians, draftsmen, BIM modelers, and students who want to build career-ready skills for high-rise, commercial, hotel, mall, hospital, and large development projects.

Related Courses

• District Cooling HVAC Design Course

• District Cooling HVAC Drafting Course

• HVAC for District Cooling Buildings Course

• ETS Room Design Course

• Energy Transfer Station Course

• District Cooling Chilled Water Course

• District Cooling Piping Drafting Course

• BTU Metering HVAC Course

• Plate Heat Exchanger HVAC Course

• District Cooling Shop Drawing Course

• AutoCAD District Cooling HVAC Course

• Revit MEP District Cooling Course

• BIM District Cooling HVAC Course

• Chilled Water Distribution Course

• HVAC Utility Interface Course

• MEP Education District Cooling Course

FAQ

1. What is the HVAC for District Cooling Buildings Design & Drafting Professional Course?

It is an online professional certificate course that teaches district cooling HVAC fundamentals, ETS room layouts, chilled water piping, utility interface awareness, heat exchanger coordination, BTU metering, AutoCAD drafting, Revit MEP basics, BIM coordination, shop drawings, testing, balancing, and project documentation.

2. Who can join this course?

HVAC engineers, mechanical engineers, MEP engineers, HVAC draftsmen, BIM modelers, district cooling technicians, facility engineers, students, fresh graduates, and working professionals can join.

3. Does this course include ETS room design?

Yes. The course includes ETS room fundamentals, plate heat exchanger placement, primary and secondary pipe routing, valve package arrangement, BTU meter location awareness, control valve arrangement, and maintenance clearance.

4. Does this course include chilled water piping?

Yes. The course includes primary and secondary chilled water piping, supply and return layouts, risers, shafts, building distribution, flow direction, pipe tags, and drafting standards.

5. Does this course include utility provider coordination?

Yes. The course includes utility provider connection point awareness, interface boundaries, metering and billing awareness, approval documentation, and coordination issues at building interface points.

6. Does this course include AutoCAD?

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

7. Does this course include Revit MEP?

Yes. The course introduces Revit MEP and BIM coordination basics for ETS rooms and chilled water piping systems.

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 district cooling fundamentals and gradually moves toward ETS drafting, chilled water coordination, shop drawings, testing, balancing, commissioning, and documentation.

10. What job roles can this course support?

This course can support roles such as District Cooling HVAC Draftsman, HVAC Design Engineer, ETS Drafting Specialist, Revit MEP Modeler, BIM Mechanical Coordinator, District Cooling MEP Coordinator, HVAC Site Coordinator, and MEP Draftsman.

Call to Action

Start Your District Cooling HVAC Design & Drafting Career Today

Develop practical HVAC design and drafting skills for real-world district cooling buildings. Learn ETS room layouts, chilled water piping, plate heat exchangers, BTU meters, control valves, secondary distribution, AutoCAD, Revit MEP, BIM coordination, shop drawings, testing, balancing, and professional documentation.

Enroll Now
Download Brochure
Contact Admissions

Get in Touch

Contact us for inquiries about our BEMP course.