Start with the building loads.
Review weather, envelope and occupancy inputs alongside sensible and latent cooling-load concepts.
Mechanical engineering. From calculations to drawings.
HVAC Designing
Course in Sharjah.
Understand the loads.
Develop the air distribution.
Learn HVAC design principles and AutoCAD drafting with CADD International. Connect cooling-load calculations, ventilation, duct sizing and equipment selection to practical mechanical layouts.
- Learning format
- Classroom / Online live
- Practical focus
- Calculations & CAD layouts
- Starting level
- Discuss your background
Al Majaz 1, Sharjah · Dubai & Abu Dhabi enquiries · GCC online live.
HVAC DESIGN WORKFLOW
Learning preview
01 / COOLING LOADS
Understand the inputs first.
Review weather, building construction, occupancy and internal gains for the sample design study.
AutoCAD drafting
HVAC layouts & drawings
Carrier HAP & sizing tools
Cooling-load & sizing studies
CADD International
Autodesk Academic Partner
Designing & drafting for mechanical engineers
Understand the calculations.
Make the layout useful.
HVAC design connects indoor conditions, building loads, equipment and air distribution. Learn to explain the assumptions behind a design study and carry the resulting information into readable drawings.
Our HVAC Designing & Drafting course in Sharjah is suited to mechanical engineers, MEP professionals, CAD draftspersons and graduates. Explore sample calculations, Carrier HAP exercises and AutoCAD layouts in a practical learning sequence.
Connect equipment and airflow.
Relate selected system capacities, ventilation requirements and duct routes to the sample project.
Communicate the design intent.
Prepare AutoCAD layouts, schedules and selected calculation outputs with clear units and annotations.
Your HVAC learning path
From cooling-load inputs
to a clear drawing set.
Explore the proposed modules below. Admissions will confirm the training hours, calculation tools, software access and practical project scope for your batch.
01 · HVAC fundamentals & psychrometrics
- Understand comfort conditions, heat transfer and refrigeration basics.
- Distinguish sensible and latent heat and review engineering units.
- Read a psychrometric chart and interpret selected air-conditioning processes.
- Relate indoor and outdoor conditions to a sample design brief.
02 · Cooling-load inputs & Carrier HAP
- Organise space geometry, occupancy, lighting and equipment inputs.
- Review weather, construction, glazing and shading assumptions.
- Set up a sample load-calculation exercise in Carrier HAP.
- Interpret space and system sizing reports and review input consistency.
03 · System concepts & equipment selection
- Compare split, packaged, VRF and chilled-water system concepts.
- Understand AHU, FAHU and FCU functions within a building system.
- Read selected equipment data for capacity, airflow and operating conditions.
- Prepare a sample equipment-selection and schedule study.
04 · Duct sizing & air distribution
- Relate airflow, velocity and pressure loss to duct selection.
- Explore equal-friction and velocity-based sizing approaches.
- Use available sizing tools to review sample duct sections.
- Plan supply and return routes with suitable terminals and fittings.
05 · Ventilation & exhaust layouts
- Understand outdoor-air, extract-air and air-balance concepts.
- Develop sample fresh-air and toilet-exhaust layouts.
- Review fan duty, duct routes and selected pressure-loss assumptions.
- Introduce applicable reference criteria for the agreed project exercise.
06 · Chilled-water piping & hydronic concepts
- Understand supply and return arrangements in chilled-water systems.
- Relate flow, temperature difference and cooling duty in sample calculations.
- Introduce pipe sizing, friction losses and pump-duty concepts.
- Prepare selected piping schematic and component-layout studies.
07 · HVAC AutoCAD drafting & coordination
- Organise architectural references, layers, symbols and drawing scales.
- Draft duct and equipment layouts with sizes, tags and annotations.
- Prepare selected sections, schematics and equipment schedules.
- Review service space, access requirements and drawing consistency.
08 · Applied HVAC design project
- Establish the sample brief and record design assumptions.
- Connect selected load results, equipment duties and distribution layouts.
- Review the consistency of calculations, schedules and drawing outputs.
- Present the project pack and explain its scope and outstanding checks.
Put the learning to work
A practical HVAC study
you can explain.
Develop a sample building exercise that connects load inputs, selected equipment and air-distribution layouts. Present the reasoning alongside the calculations and drawings.
Discuss a project brief suited to your level and intended role. Your trainer will confirm the sample data, assessment requirements and reference criteria used in the exercise.
Discuss your project goals ↗A cooling-load review
Present the sample inputs, design conditions and selected calculation reports.
An equipment and airflow study
Explain selected capacities, airflow duties and the equipment schedule.
An AutoCAD layout set
Prepare selected duct, ventilation or piping drawings with readable sizes and annotations.
A design-check presentation
Explain assumptions, coordination considerations and any checks still required before project use.
Choose how you learn
Sharjah classroom.
Online live flexibility.
Discuss your work schedule, commute and preferred language. Our team will confirm current batches and trainer availability.
HVAC Designing training in Sharjah
Learn at 208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, near Al Majaz Waterfront, Sharjah.
Contact details & directions ↗Learn from the UAE or GCC
Enquire about instructor-led online classes, guided exercises, project reviews and included recording access.
Explore online learning ↗Dubai & Abu Dhabi options
Share your preferred branch and schedule. Ask about Business Bay, BurJuman branch availability and Abu Dhabi batches.
Check available batches ↗
Ask about training in
English
العربية
हिन्दी
മലയാളം
தமிழ்
Language, delivery mode and batch availability are confirmed before enrolment.
Your learning, documented
Completion credentials.
Practical project evidence.
Connect your HVAC learning with the applicable course certificate and a project pack that demonstrates your understanding.
Course-completion certificate
Receive the applicable CADD certificate after meeting programme requirements. Ask about eligible paid KHDA attestation options.
Applicable Autodesk credentials
Ask whether your enrolment includes Autodesk course-completion credentials for the AutoCAD training component and confirm the requirements.
An HVAC learning portfolio
Present selected calculation reports, equipment schedules and AutoCAD drawings with the assumptions behind them.
Discuss software setup, HAP and sizing-tool access, included resources, recordings and refresher-class terms. Ask about current fees and available Tabby or Tamara payment options.
Corporate training
Develop your team's
HVAC design and drafting skills.
Discuss HVAC training for mechanical engineering, drafting or project teams. Share the number of learners, current experience and the calculation or drawing workflows you want the programme to address.
Before you join
HVAC training questions,
answered.
Who is this HVAC Designing & Drafting course suitable for?
Mechanical engineers, HVAC and MEP professionals, CAD draftspersons and engineering graduates can enquire. Site, estimation, sales and facilities professionals can discuss a suitable learning scope.
Do I need prior HVAC or AutoCAD experience?
Basic engineering mathematics and drawing knowledge are helpful. Share your current HVAC and AutoCAD experience so admissions can advise on foundation training and a suitable starting level.
Will I learn cooling-load calculations using Carrier HAP?
The proposed course includes cooling-load inputs, a sample Carrier HAP exercise and interpretation of selected reports. Admissions will confirm the version, software access and calculation depth for your batch.
Does the course cover duct sizing and ventilation?
The proposed pathway covers duct sizing concepts, supply and return routes, air terminals, fresh-air and selected exhaust layouts. Discuss the final exercises and available sizing tools with admissions.
Will I learn equipment selection and chilled-water concepts?
Explore system types, AHUs, FAHUs, FCUs and selected equipment data. The proposed course also introduces chilled-water piping, flow, friction losses and pump-duty concepts within the agreed scope.
Is AutoCAD drafting included?
The proposed drafting component covers layers, references, symbols, duct layouts, annotations and selected schedules or schematics. Confirm the AutoCAD starting level and drawing deliverables for your batch.
Is this different from Revit MEP training?
This course focuses on HVAC design concepts, calculations and AutoCAD drafting. Revit MEP training focuses on BIM-based building-services modelling, system information and documentation. Admissions can explain how the two learning paths connect.
Does the course include ASHRAE or UAE project requirements?
Discuss the reference methods and project criteria covered in your batch. Training can introduce relevant HVAC references; the applicable standards, editions and authority requirements must be identified for each real project.
How long is the course and what are the fees?
Request the current training-hour plan, project requirements, total fees and payment terms. Your engineering background and design or drafting goals help admissions recommend a suitable plan.
Can I attend online from Dubai, Abu Dhabi or the GCC?
Enquire about instructor-led online training from the UAE or GCC. Share your time zone, computer setup and preferred schedule. This page also accepts classroom enquiries for Sharjah, Dubai and Abu Dhabi.
Will I complete a practical HVAC project?
Discuss the sample brief with admissions. Proposed outputs include a cooling-load review, an equipment and airflow study, selected AutoCAD layouts and a design-check presentation.
What certificates and payment options are available?
Ask about CADD completion credentials, applicable Autodesk credentials for any included AutoCAD training, assessment requirements and eligible paid KHDA attestation. Admissions can explain available Tabby or Tamara options and their terms.
Plan your next mechanical engineering step
Bring your goals.
Find your course plan.
Request the HVAC Designing & Drafting syllabus, fees and available batches. Share your engineering background, HVAC or AutoCAD experience, project goals and preferred training format.
208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, Sharjah.
Enquire about HVAC Designing & Drafting
Share your contact details and learning goals with our admissions team.
Prefer to speak with us? Call admissions or visit our contact page .
Continue your learning
Connect HVAC design
with the wider MEP workflow.
BIM MODELLING
Revit MEP
Develop building-services models, system information and coordinated documentation.
Explore course ↗ WIDER BIM PROGRAMMEBIM for MEP Engineers
Connect building-services modelling with coordination and collaborative project delivery.
Explore programme ↗ BUILDING SERVICESMEP Engineering
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