Curso de Mechanical Engineering Mastery Series : HVAC Engineering 101

Este curso de Mechanical Engineering Mastery Series: HVAC Engineering 101 es fundamental para aquellos que deseen trabajar como instaladores en el sector de la climatización. Con este curso, los estudiantes adquieren los conocimientos técnicos necesarios para diseñar, instalar y mantener sistemas de calefacción, ventilación y aire acondicionado en edificios comerciales y residenciales. Además, este curso ofrece una formación práctica que permite a los alumnos estar preparados para trabajar en diversos entornos profesionales relacionados con el diseño y la instalación de sistemas HVAC.

La duración total del curso es de 60 horas.

Índice de subtemas para cada una de las secciones de tu curso Mechanical Engineering Mastery Series : HVAC Engineering 101:

1. Mechanical Engineering Mastery Series Briefing:
   • Fundamentals of HVAC Systems
   • Thermodynamics and Heat Transfer in HVAC
   • Air Distribution Systems
   • Refrigeration Cycle and Components
   • Energy Efficiency in HVAC Systems
2. Introduction to HVAC for Mechanical Engineers:
   • Unit 1: Fundamentals of HVAC Systems
   • Unit 2: HVAC System Components
   • Unit 3: HVAC System Design Principles
   • Unit 4: HVAC Load Calculations
   • Unit 5: Introduction to HVAC Controls
3. Mechanical Engineering and HVAC Course Objectives:
   • Introduction to Mechanical Engineering
   • Basics of HVAC Systems
   • Principles of Heat Transfer
   • Airflow Fundamentals
   • Design and Installation of HVAC Systems
4. Defining HVAC Engineering:
   • Introduction to HVAC Engineering
   • Basic Principles of HVAC Systems
   • Types of HVAC Systems
   • Heat Transfer in HVAC Engineering
   • Energy Efficiency in HVAC Systems
5. Area of Application for HVAC Systems:
   • Introduction to HVAC Systems
   • Heating Systems
   • Ventilation Systems
   • Air Conditioning Systems
   • Refrigeration Systems
6. HVAC Design Goals:
   • Introduction to HVAC Design Goals
   • Comfort and Indoor Air Quality Requirements
   • Energy Efficiency and Sustainability Objectives
   • Occupant Safety and Health Regulations
   • System Reliability and Maintenance Considerations
7. Mechanical Engineering and HVAC Engineering Common Grounds:
   • Introduction to Mechanical Engineering
   • Fundamentals of HVAC Engineering
   • Heat Transfer and Thermodynamics
   • Fluid Mechanics in HVAC Systems
   • Energy Efficiency and Sustainability in HVAC Engineering
8. HVAC Engineering Fundamentals as Part of Mechanical Engineering:
   • Introduction to HVAC Engineering
   • Fundamentals of Thermodynamics
   • Understanding HVAC Systems
   • Air Distribution and Ventilation
   • Energy Efficiency in HVAC Engineering
9. Psychrometrics for HVAC Engineers and Mechanical Engineers:
   • Psychrometric Properties of Air
   • Sensible Heating and Cooling Processes
   • Latent Heating and Cooling Processes
   • Air Mixing and Humidification Processes
   • Psychrometric Charts and Calculations
10. HVAC Engineering and Mechanical Engineering Essential & Fundamental Concepts:
    • Unit 1: Introduction to HVAC Engineering
    • Unit 2: Basic Principles of Mechanical Engineering
    • Unit 3: Thermodynamics Concepts in HVAC Systems
    • Unit 4: Fundamentals of Heat Transfer in HVAC Engineering
    • Unit 5: Principles of Fluid Mechanics in Mechanical Engineering
11. Wrapping up!:
    • Review of HVAC Principles
    • Practical Applications of HVAC Systems
    • Case Studies in HVAC Engineering
    • Emerging Trends in HVAC Technology
    • Conclusion and Next Steps
12. Bonus Lecture:
    • Introduction to HVAC Systems
    • Principles of Heat Transfer
    • Air Distribution Systems
    • Thermal Comfort and Indoor Air Quality
    • Energy Efficiency in HVAC Systems

• Conocimientos básicos de ingeniería mecánica
• Conocimientos básicos de sistemas de calefacción, ventilación y aire acondicionado
• Capacidad para interpretar planos de HVAC
• Habilidades en el uso de software de diseño y cálculo de HVAC
• Conocimientos básicos de termodinámica y transferencia de calor

• Ingenieros mecánicos
• Estudiantes de ingeniería
• Profesionales de la industria del HVAC

La realización del curso será completamente on-line y evaluado a través de un examen. Una vez superado el mismo, podrás recibir tu título, válido para toda España.

Una vez hayas completado el curso, puede realizar el test relacionado y obtener tu título.