Build practical HVAC&R knowledge and professional competency through structured diploma, certificate, specialist, engineering, maintenance, facilities-management, and career-development programs.
Choose a structured program designed for progressive technical learning, practical application, assessment, and competency development.
Comprehensive multi-level professional pathway covering HVAC&R fundamentals, applications, diagnostics, engineering, maintenance, facilities management, assessment, and professional competency.
View ProgramStructured technician-development program covering HVAC&R systems, installation, service, maintenance, refrigeration, electrical fundamentals, controls, and field practice.
View ProgramFocused foundation and technician pathway for essential HVAC&R principles, equipment, safety, service awareness, maintenance, and competency development.
View ProgramFilter the portfolio by learning area or search for a specific technical subject.
Comprehensive multi-level professional pathway covering HVAC&R fundamentals, applications, diagnostics, engineering, maintenance, facilities management, assessment, and professional competency.
View ProgramStructured technician-development program covering HVAC&R systems, installation, service, maintenance, refrigeration, electrical fundamentals, controls, and field practice.
View ProgramFocused foundation and technician pathway for essential HVAC&R principles, equipment, safety, service awareness, maintenance, and competency development.
View ProgramApplied HVAC design and drafting workflow with system layouts, technical documentation, coordination awareness, and drawing practice.
View ProgramHVAC&R-focused AutoCAD skills for technical drawings, plans, schematics, annotations, layers, and professional drafting workflows.
View ProgramCooling and heating load fundamentals, design inputs, calculation workflow, interpretation, and practical application.
View ProgramAirflow, duct sizing, pressure considerations, distribution layouts, terminals, balancing awareness, and design coordination.
View ProgramChilled-water system architecture, hydronic fundamentals, piping concepts, equipment interfaces, flow, and design considerations.
View ProgramPerformance criteria, schedules, manufacturer data, selection logic, application limits, and equipment coordination.
View ProgramQuantity take-off, scope reading, material identification, estimating workflow, pricing structure awareness, and documentation.
View ProgramElectrical safety, circuits, motors, protection, control components, measurements, wiring awareness, and structured troubleshooting.
View ProgramControl logic, sequence interpretation, wiring diagrams, sensors, relays, actuators, interlocks, and HVAC control troubleshooting.
View ProgramBuilding automation and management system concepts, points, alarms, trends, graphics, control sequences, and operator awareness.
View ProgramPLC fundamentals for HVAC&R applications including logic concepts, inputs/outputs, control sequences, and troubleshooting awareness.
View ProgramRefrigeration cycle service, components, measurements, fault symptoms, diagnostics, recovery awareness, and troubleshooting process.
View ProgramPre-commissioning checks, functional verification, measurements, documentation, testing, balancing awareness, and handover practice.
View ProgramMaintenance planning, inspections, condition indicators, reliability concepts, predictive methods, records, and performance follow-up.
View ProgramHVAC operations within facilities management, service delivery, maintenance governance, KPIs, contractors, risk, and lifecycle awareness.
View ProgramEnergy performance, operational optimization, trends, controls, setpoints, efficiency opportunities, measurement, and improvement planning.
View ProgramProject planning, technical submittals, coordination, procurement, site execution, quality, testing, handover, and management controls.
View ProgramNo programs match your current search or filter.
The six-level architecture provides a controlled progression from core technical knowledge to advanced diagnostics, engineering, reliability, and facilities-management strategy.
Core concepts, terminology, equipment awareness, safety, and technician foundations.
Applied operation, system understanding, field information, and professional practice.
Troubleshooting, root-cause thinking, performance analysis, diagnostics, and optimization.
Engineering calculations, system design, equipment selection, documentation, and coordination.
Preventive and predictive maintenance, reliability, asset performance, and service strategy.
Facilities leadership, lifecycle planning, energy, risk, performance, and asset strategy.
Clock hours represent the complete guided learning program—not video time alone. Learning can combine instruction, technical study, workbook activities, practical application, assignments, assessment, and examinations.
Video classes and guided technical instruction establish concepts and professional context.
Textbook references, lesson notes, key terms, examples, and structured review deepen understanding.
Workbook tasks, field scenarios, practical activities, design exercises, and troubleshooting practice build application skills.
Quizzes, assignments, competency checks, level assessments, and final examination controls verify progress.
Required learning and assessment completion supports documented course completion and credential eligibility.
Programs are designed to connect learning completion with assessment requirements and credential eligibility. The exact assessment mix can vary by program and may include quizzes, assignments, practical activities, competency checks, level assessments, and final examinations.
Explore CoursesMEP EDUCATION is developing its online learning platform for international HVAC&R learners, including India, Gulf countries, and markets across Asia. Program content is delivered online while local licensing, employment, tax, and regulatory requirements remain country-specific.