B.TECH FIRE TECHNOLOGY AND SAFETY
Course Outcomes
SEMESTER -3
| Mathematics-III (BSC-FT-201G) | |
| BSC-FT-201G.1 | Recall the basics of differential and integral calculus. |
| BSC-FT-201G.2 | Understand various methods of partial differential equations, numerical methods, Laplace transforms and Linear Programming Problems. |
| BSC-FT-201G.3 | Apply the knowledge of mathematics to deal with the engineering problems. |
| BSC-FT-201G.4 | Solve the numerical problems related to linear, non linear differential equations, transcendental equations, Laplace transforms of derivatives integrals and LPP. |
| Basics of Fire Science (PCC-FT-203G) | |
| PCC-FT-203G.1 | Describe the basic concepts and terminologies related to Fire science. |
| PCC-FT-203G.2 | Apply the knowledge of Fire Science to deal with problems due to Fire. |
| PCC-FT-203G.3 | Differentiate the fire, extinguishing media, equipments, constructions, buildings as per NBC. |
| PCC-FT-203G.4 | Analyse the effects and risk of fire and its effluents. |
| Fire Service Hydraulics-I (PCC-FT-205G) | |
| PCC-FT-205G.1 | Define fundamental concepts of Fire Service Hydraulics. |
| PCC-FT-205G.2 | Describe the fluids, flow and its properties. |
| PCC-FT-205G.3 | Apply the principles and theorems related to hydraulics to solve the complex engineering problems. |
| PCC-FT-205G.4 | Analyze the different fluid properties, losses, discharge etc. |
| COs | Basics of Thermal Engineering (ESC-FT-207G) |
| ESC-FT-207G.1 | Define different terms and laws of thermal engineering. |
| ESC-FT-207G.2 | Understand the basic concepts related to thermal engineering. |
| ESC-FT-207G.3 | Apply the concept of thermal engineering to deal with the engineering problems. |
| ESC-FT-207G.4 | Analyze the thermal cycles and performance parameters. |
| COs | Automobile Safety (PCC-FT-209G) |
| PCC-FT-209G.1 | Understand the constructional features, parts and failure of fire fighting and other vehicles. |
| PCC-FT-209G.2 | Describe environmental impact of emissions from vehicles and methods for controlling it. |
| PCC-FT-209G.3 | Apply the knowledge of automobile engineering and CMV rules to deal with the vehicle safety related problems. |
| PCC-FT-209G.4 | Classify various engines and automotive systems. |
| COs | Fire Protection Workshop (PCC-FT-211G) |
| PCC-FT-211G.1 | Recall the basics of science. |
| PCC-FT-211G.2 | Describe the cause, types of fire and different types of extinguishing media. |
| PCC-FT-211G.3 | Describe the fire detection system, different types of occupancy as per NBC. |
| PCC-FT-211G.4 | Determine the flash point and fire point of different fuels using Pensky Marten apparatus. |
| COs | Automobile Safety Lab (PCC-FT-213G) |
| PCC-FT-213G.1 | Understand the constructional features and parts of automobiles. |
| PCC-FT-213G.2 | Describe the working principles and operations of different automotive systems. |
| PCC-FT-213G.3 | Describe environmental impact of emissions from vehicles and methods for controlling it. |
| PCC-FT-213G.4 | Classify the engines and automotive systems. |
| COs | Basics Thermal Engineering Lab (ESC-FT-215G) |
| ESC-FT-215G.1 | Describe the basic concepts of thermal engineering. |
| ESC-FT-215G.2 | Understand the working of different equipments used in the thermal plants. |
| ESC-FT-215G.3 | Apply the knowledge of thermal engineering to deal with the engineering problems. |
| ESC-FT-215G.4 | Determine the values of different parameters applicable in thermal engineering. |
| COs | Fire Ground Operation-I (PT-FT-217G) |
| PT-FT-217G.1 | Understand the importance and history of drills. |
| PT-FT-217G.2 | Explain the instructions methods of drill. |
| PT-FT-217G.3 | Demonstrate the knowledge of drills in real life situations. |
| PT-FT-217G.4 | Assess the performance of individual for the safe operations. |
