E L I N A U T
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Target Audience

Intermediate learners or those who completed the 3-month course.

Objective

Master advanced BMS programming, HVAC system design, and emerging technologies like IoT and smart buildings.

What You'll Learn

480 hours of comprehensive training
20 hours per week
Hands-on practical experience
Industry-relevant curriculum
Expert instructors
  • Advanced BMS Programming and Analytics (18 hours)
    • Complex control algorithms (e.g., model predictive control).
    • Data analytics for system performance and fault detection.
  • Distributed Control and Redundancy (12 hours)
    • Designing fault-tolerant BMS architectures.
    • Redundant systems for critical applications (e.g., hospitals).
  • Lab: Programming a high-availability BMS system (20 hours).
  • Cybersecurity in BMS (10 hours)
    • Securing BMS networks and devices.
    • Risk assessment and mitigation strategies.
  • Advanced HVAC Design (15 hours)
    • Psychrometrics and advanced load calculations.
    • Designing for high-performance buildings (net-zero, green buildings).
  • Specialized HVAC Systems (15 hours)
    • Cleanroom HVAC, data center cooling, and industrial HVAC.
    • Integration of renewable energy sources (e.g., solar, geothermal).
  • Lab: Designing a specialized HVAC system (e.g., for a data center) (20 hours).
  • Energy Modeling (10 hours)
    • Using tools like EnergyPlus or eQuest for energy modeling.
    • Optimizing HVAC systems for energy efficiency.
  • Smart Building Technologies (15 hours)
    • Introduction to IoT and smart building ecosystems.
    • Integrating IoT sensors with BMS for real-time control.
  • Advanced Integration with Building Systems (12 hours)
    • BMS integration with lighting, security, and renewable energy systems.
    • Cloud-based BMS and remote monitoring.
  • Lab: Implementing an IoT-enabled BMS-HVAC system (23 hours).
  • BMS and HVAC System Design for Large-Scale Projects (15 hours)
    • Designing systems for complex buildings (e.g., airports, skyscrapers).
    • Sustainability and compliance with international standards.
  • Advanced Project Management (10 hours)
    • Lifecycle management, budgeting, and stakeholder coordination.
    • Compliance with standards (e.g., ISO 50001, BACnet standards).
  • Lab: Design and simulate a large-scale BMS-HVAC system (25 hours).
  • Capstone Project: End-to-end smart building system with BMS, HVAC, and IoT integration (20 hours).
  • Industry Case Studies and Certification Prep (10 hours)
    • Analysis of real-world BMS/HVAC projects (e.g., smart campuses, green hospitals).
    • Preparation for certifications (e.g., CBCP, LEED AP, ASHRAE BEMP).

Prerequisites

Basic electrical or mechanical knowledge for the 1-month course; completion of prior modules or equivalent for 3-month and 6-month courses.

Tools & Software

Tridium Niagara
Johnson Controls Metasys
Schneider Electric EcoStruxure
EnergyPlus
AutoCAD
Revit (for HVAC design).

Delivery Mode

Combination of lectures, hands-on labs, and project work.

Assessment

Weekly quizzes, lab assignments, and capstone projects.

Certification

Certificate of completion for each module; preparation for industry-recognized certifications in the 6-month course.

  • Duration 480 hours
  • Weekly 20 hours
  • Level All Levels

Available Curricula

Introduction to BMS and HVAC - 1-month

Duration: 1-month

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Intermediate BMS and HVAC - 3 Month

Duration: 3-month

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Advanced BMS and HVAC - 6 month

Duration: 6-month

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Course Highlights

  • Expert instructors with industry experience
  • Hands-on projects and real-world applications
  • Flexible learning schedule
  • Placement assistance