The course will present concepts and practical aspects of design of various HVAC systems for building applications
The course provides key design techniques and practical application aspects in designing HVAC systems. The course takes the learner through the typical process of designing HVAC systems, particularly for buildings, with various applications. This course will help learners to design HVAC systems for buildings with a practical approach and real-time methods used in the industry. The course covers the fundamental concepts of air conditioning and refrigeration systems along with the important calculations used to design efficient air conditioning and ventilation systems. Learner will also gain knowledge on various life safety systems used in buildings during fire / emergency conditions. Real-time examples of heat load calculations, duct static pressure drop calculations, pump head calculations are taught to students in this course by L&T’s subject matter experts who themselves have worked on designing many iconic buildings in India and abroad. Learners are also taught about various types of HVAC equipment’s and building side components. This information with real-time site installation photographs will help learners understand the systems and components with better clarity.
Learners will get thorough knowledge on fundamental concepts and will be able to design HVAC systems for various building applications.
- Fundamentals
- Heat load calculations
- HVAC equipment’s – chillers, cooling towers, pumps, air handling units, and building side components
- Demand control ventilation systems
- Variable refrigerant flow systems
- External duct static pressure calculations
- Pump head calculations
- Life safety system design
Piping engineering
Utility systems in chemical process plants
HVAC system design for buildings
Fire and life safety in infrastructure
Industrial applications of heat exchangers and thermal design
Thermodynamics and heat and mass transfer – an industrial context
Industrial practices in manufacturing with ferrous materials and alloys
Thermal power plant engineering
Boiler and auxiliaries for fossil fuel power plants
Steam turbine and auxiliaries for fossil fuel power plants
Area of Expertise
Heat Transfer, Fluid Mechanics, Particle-laden Flow, Energy Conversion
Area of Expertise
Design and Engineering of Mechanical & process plants
Area of Expertise
Thermal Power Plants, Heat Transfer, Nanofluids, Fluid Modelling, Piping Design and Analysis
Area of Expertise
Chemical Engineering, Technical Safety Engineering
Area of Expertise
Thermal Equipment Design, Process Safety Management, Energy Optimization in Chemical Process Industry, Dynamic Simulation of Power Plants
Area of Expertise
Detailed Engineering, Operation & Maintenance, Consultancy Services, Training of Thermal Power Plants