The course will present concepts and practical aspects of design, installation and maintenance of active and passive fire protection systems.
The course will present concepts and practical aspects of design, installation and maintenance of active and passive fire protection systems.
This course provides key design techniques and practical application aspects related to fire and life safety engineering. It takes the learner through the design, installation and maintenance of active and passive fire protection systems which are typically installed in infrastructures. This advanced course provides the learner the experience of designing fire protection systems in line with design standards and statutory requirements. It is developed in a manner to provide information via real time case studies and design examples which will support the learner’s understanding about the design of active fire protection systems. The course also includes description about the various passive fire protection systems that can be implemented into fire safety design to ensure a fire safe infrastructure or premise.
Enables learner to:
- To provide students with an understanding of the principles of fire science, building codes, and standards related to fire and life safety in buildings.
- Associate the Basics of Fire, Active and Passive Fire protection Systems
- Classify the Need, Role and Aspect of Compartmentation in a Building
- Compare the Fire Alarm Integration with Building Systems
- List the Codes and Standards related to Aspiration Detection System
- Illustrate the Design of Water Spray systems
- Fire Protection Systems
- Fire Rating Requirments
- Design of Compartmentation
- Design of Fire Water Sump
- Fire Hydrant System
- Design of Sprinkler System
Upon Successful completion of this course, learners will be able to:
- Recall the various Codes & Standards related to fire protection and life safety
- List the Codes & Standards for Fire Brigade Apparatus – NBC, NFPA & IBC
- Define the concepts of Fire Protection in Buildings, Resistance Rating, and Restrictions
- Analyse and evaluate the effectiveness of fire and life safety systems in different building scenarios and identify areas for improvement.
- Evaluate the compliance of fire and life safety systems with relevant codes, standards, and regulations.
- Develop and present a comprehensive fire and life safety plan for a hypothetical building, including fire detection and suppression systems, emergency response planning, and building design considerations.
- Industrial piping engineering
- Utility systems in chemical process plants
- Ventilation and air conditioning system design for buildings
- Design of fire and life safety system for buildings
- 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
- Power plant engineering - an industrial context
- Power plant boiler and auxiliary systems
- Power plant steam turbine and auxiliary systems
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