Commercial Electrical
A comprehensive curriculum covering 12 chapters and 169+ topics.
Schedule: Monday, Wednesday and Saturday
Timings: 9 a.m to 2 p.m & 5 p.m to 10 p.m
Start Date: April 13, 2026
Training Partner
Commercial Electrical
What You Will Learn
A comprehensive curriculum covering 12 chapters and 169+ topics from basic principles to advanced Commercial systems.
01 Multi-Zone Control in Heating Systems
> Introduction to multi-zone control
> Key components of a multi-zone system
> Design of a multi-zone system
> Step-by-step installation (hydronic system)
> Advanced configuration
> Hybrid systems (Hydronic + forced air)
> Home automation and remote control
> Maintenance and troubleshooting
> Case study: Two-story house with 4 zones
> Safety and regulations
02 High-Efficiency Hydronic Heating Systems
> Introduction to high efficiency in hydronic systems
> Key technologies for high efficiency
> Specialized components
> High-efficiency system design
> Installation and configuration
> Advanced maintenance
> Case studies
> Regulations and certifications
03 Parts and Components of a High-Efficiency Hydronic Heating System
> Advanced heat generators
> Optimized thermal distribution
> Control and regulation components
> Heat storage and recovery
> Innovative materials and technologies
> Case study: NZEB office building
> Critical component maintenance
> Comparison: Traditional vs. high-efficiency components
04 Operation Sequence of a High-Efficiency Hydronic Heating System
> Introduction to advanced operation sequence
> Key components in the sequence
> Detailed operation sequence
> Integration with renewable energies
> Case study: Residential building with aerothermal energy
> Fault diagnosis in the sequence
> Safety in the operation sequence
05 Installation of a High-Efficiency Hydronic Heating System
> Key installation steps
> Planning and design
> Component selection
> Commissioning and training
> Case study: Passive house in cold climate
> Safety and regulations
> Common problem resolution
> Renewable energy integration
> Optimized radiant floor installation
> Advanced control with IoT and Machine Learning
> Specialized post-installation testing
> Advanced case studies
> Considerations for old building rehabilitation
> Documentation and warranties
> Common errors and solutions
06 Maintenance and Troubleshooting of a High-Efficiency Hydronic Heating System
> Importance of maintenance in high-efficiency systems
> Types of maintenance
> Advanced diagnostic tools
> Common problems and advanced solutions
> Critical component maintenance
> Advanced case studies
> Safety in maintenance
> Innovations in maintenance 4.0
> Documentation and records
07 Calculation to Determine Hydronic Heating Capacity
> Basic principles of heat transfer
> Fundamental formula
> Steps for capacity calculation
> Adjustment factors and practical considerations
> Advanced calculation tools
> Case study: Single-family home
> Common errors and solutions
> Integration with control systems
08 The Sequencer in Heating Systems
> Introduction to the sequencer
> Components of a sequencer
> Types of sequencers
> Typical operation sequence
> Installation and configuration
> Case study: Sequencer in hybrid system
> Common fault diagnosis
> Integration with modern systems
> Safety and regulations
> Innovations in sequencing
09 Parts and Components of a Furnace
> Introduction to the furnace
> Main components and their functions
> Basic operation sequence
> Preventive maintenance
> Common fault diagnosis
> Innovations in modern furnaces
> Safety and regulations
10 Furnace Operation Sequence
> Introduction to the operation sequence
> Key components in the sequence
> Detailed sequence (gas furnace)
> Electric furnace sequence
> Diagnostics for sequence interruptions
> Safety in the operation sequence
> Case study: Furnace that doesn’t maintain temperature
> Preventive maintenance based on the sequence
> Innovations in sequence control
11 AFUE Efficiency in Heating Systems
> Introduction to AFUE efficiency
> AFUE calculation
> Equipment classification by AFUE
> Economic impact of AFUE
> Factors affecting AFUE
> Regulations and standards
> Case study: AFUE comparison in cold climates
> Common myths about AFUE
> Recommendations for maximizing efficiency
> Introduction to duct design
> Key components of a duct system
> Basic principles of airflow
> Key variables
> Fundamental equations
> Duct design methods
> Design tools
> Steps to design a duct system
> Practical example: Residential house
> Common errors and solutions
> Regulations and standards
> Innovations in duct design
12 Heat Pump System
> Introduction to heat pump systems
> Types of heat pumps
> Key components of a heat pump
> Heating cycle (heat mode)
> Efficiency and Coefficient of Performance (COP)
> Integration with auxiliary systems
> Installation and best practices
> Case studies
> Maintenance and troubleshooting
> Innovations and future
To Learn More about Other Courses at Ideal Institute of Technology
To Learn More about Other Courses at IDEAL:
Note: A $200 enrollment fee is required upfront and will be credited toward the course fee upon enrollment.
To Learn More about Other Courses at Ideal Institute of Technology
Note: A $200 enrollment fee is required upfront and will be credited toward the course fee upon enrollment.
Note: A $200 enrollment fee is required upfront and will be credited toward the course fee upon enrollment.
Contact Us
1000 W. washington ave Pleasentville NJ 08232
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