5th Sem Fire Technology & Safety Engineering Syllabus RGPV | RGPV CBGS 5th Sem FT Syllabus
Now RGPV introduced new schemes for those students who are studying in the 3rd year 5th sem of RGPV and their affiliated institutes. In this post we are going to share RGPV CBGS 5th sem syllabus for Fire Technology & Safety Engineering branch students. Please read it very carefully and also share RGPV CBGS 5th sem FTE subject list . It contain 7-8 subjects with 1 elective subjects in FT branch i.e. Salvage Evaluation of Fire Situation; Paramedics; Fire Prevention & Protection Measures; Computer Aided Risk Analysis; Elective-I (Safety in Petrochemical Plants and Gas Terminals ; Work Study and Ergonomics ; Operation Research and Supply chain); Fire Fighting and Field Training II; Management Skill Development **(Internal Assessment); Innovative Thinking**(Internal Assessment) .If you want to download 5th sem Fire Tech syllabus please go below the post.
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RGPV CBGS 5th Sem Fire Technology & Safety Engineering Subjects
List of Subjects RGPV CBGS 5th Sem Fire Technology &
Safety Engineering
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S. No.
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Subject Code
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Subject Name
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1
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FT-5001
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Salvage Evaluation of Fire Situation
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2
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FT-5002
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Paramedics
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3
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FT -5003
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Fire Prevention & Protection Measures
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4
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FT -5004
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Computer Aided Risk Analysis
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5
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FT -5005
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Elective-I (Safety in Petrochemical Plants and Gas Terminals ; Work
Study and Ergonomics ; Operation Research and Supply chain)
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6
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FT -5006
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Fire Fighting and Field Training II
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7
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FT -5007
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Management Skill Development **(Internal Assessment)
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8
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FT -5008
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Innovative Thinking**(Internal Assessment)
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Download RGPV CBGS 5th Sem FT Syllabus
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
FT-5001
SALVAGE & EVALUATION OF FIRE SITUATION
COURSE
OBJECTIVE:
1. To teach the significance of salvage
and smoke movement in fire investigation process.
2. To learn the fundamental of compartment
fire and its application in fire investigation process.
3. To calculate the fire loss by different
methodology and application of data in identification of fire trends.
4. To understand the evacuation process
with different models of evacuation.
5. To learn the role of insurance agency
in legal and claim aspect.
COURSE
CONTENT:
SALVAGE
AND SMOK CONTROL
Concept
of salvage, salvage operation, equipments, apparatus and methodology used in
salvage operations, case studies in different types of occupancies. Mass flow
rate, temperature, soot protection. Smoke generation, smoke flow &
dispersion, prediction of smoke flow patterns, scaling of smoke proportion,
smoke impact in visibility, smoke control system, pressure differences in
ventilation system, calculation of discharge rate of air blowers, smoke extraction.
COMPARTMENT
FIRE
Stage
of fire development, fire induced flows, compartment flow dynamics, single room
fire analysis, Model of enclosures fires, theory & concepts of zone models,
Dynamics of enclosure fire: Heat release, fire generated flows, heat transfer
& flow trough openings. Zone modeling of pre flashover enclosures fire:
Flame & burning object, sources terms, fire plume source terms. Hot layer
source terms, product of combustion source terms one zone modeling of pool
flash fire.
FIRE
LOSS INVESTIGATION
Fire
Risk analysis methods, Quantitative Deterministic methods, Quantitative
probabilistic methods, Monte Carlo Technique, Safety Index Method, Ranking
method, Fire Risk Index Method, Initial observation and Examination of the
Scene, Use of Fire Incident data, Approaches to fire data analysis, top down
& topic driven analysis, analysis by fire causes and property type,
Analysis of small data sets, application of data trends identification.
PYROLYSIS
Importance
of Pyrolysis in Fires, Pyrolysis process, Physico Chemical Description of
Pyrolysis Process, Pyrolysis of Cellulose, Pyrolysis of Hemicellulose,
Pyrolysis of Lignins, Pyrolysis of Wood, Characteristics & location of fire
causalities, nature of Injuries, causality rate per fire, Process of emergency
evacuation, Evacuation modeling, model-1 EXIT, model-2 EGRESS, model-3 SIMULEX.
ECONOMICS
AND INSURANCE
Computation
of Loss, Fire Insurance Claims, Legal provisions for Fire Loss, Economics of
Loss Prevention, Cost of Losses, Cost of Prevention, Level of Loss Prevention
Expenditure, Insurance of Process Plant, Damage Insurance, Business
Interruption Insurance, Other Insurance Aspects.
COURSE
OUTCOME
1. Graduate will able to demonstrate
salvage equipments and apparatus with evaluation of smoke control parameter in
an occupancy.
2. Graduate will able to design
compartment fire zone and formulate the fire dynamics of given problem.
3. Graduate will able to explain fire loss
investigation process and prepare fire investigation report.
4. Graduate will able to prepare
evacuation plan of a given occupancy.
5. Graduate will able to explain the role
of insurance agency in fire loss.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
V.K.
Jain. Fire Safety in Buildings.Taylor & Francis D.J. Rasbash. Evaluation of
Fire Safety, Willey.
Fire
protection handbook volume-I section-III, NFPA. Fire protection handbook
volume-II section-IX, NPFA Fundamental of fire fighting skills, NFPA
Scand
Power. Handbook for Fire calculation and fire risk assessment in the process
industry, AS Sintef-NBL.
RAJIV GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
FT-5002
PARAMEDICS
COURSE
OBJECTIVE:
1. To learn about the human body & its
various system.
2. To learn about the handling of human
casualty, its diagnosis & treatment.
3. To learn about the burn, shock and
their types with paramedic care.
COURSE
CONTENT:
INTRODUCTION
Definition;
qualities of duties, tasks, Study of the human body and its various systems:
Skeleton system, Digestive system, Respiratory system, Circulatory system,
Central Nervous system & their functions, Practical study of this part to
include demonstrations of the human body with structural details of its various
parts as seen externally and examination of its install functions such as
pulse, breathing, movements of the chest and abdomen, movements of various
joints of the body with structural changes in the body parts while making three
movements.
CASUALITY
HANDLING-I
Including
history taking, making of a diagnosis based on symptoms as Narrated by the
casualty and signs as observed by the paramedic. Checking temperature pulse,
respiration, blood pressure, swellings, discoloration of the skin, wounds,
deformities etc/to confirm the diagnosis. Study of various types of burns and
their complications in the indoor cases in burn word in the local government
hospitals. Study of maintenance of various charts related to such casualties
and their importance.
CASUALITY
HANDLING-II
Study
of specific injuries to body parts controlling there functions with external
and internal injuries of head chest and abdomen including causes and
consequences of external and internal bleeding. Paramedical care of various
types of Casualties and their injuries such as wounds, burns, injuries of bones
and joints, disturbances in vital function including cardiopulmonary
resuscitation, artificial respiration by manual and instrumental methods,
bandages, splints, correction of shock, arrest of bleeding, treatment of
hyperpyrexia, use of anti/shock fluids and their administration, Observation
and maintenance of such causalities.
CASUALITY
HANDLING-III
Casualty
handling including observation, maintenance of observation charts, treatment
administered, temperature-pulse-respiration records, application of suction,
appropriate positioning of casualties affected by head injuries, chest
injuries, abdominal injuries, bleeding, shock, asphyxia etc. Transportation of
causalities on stretches, across plain ground, through obstacles, stretcher
drill, loading and unloading of causalities in stretches and ambulances,
Ambulance installations and their use in causalities during transportation etc.
CAUSALITY
HANDLING-IV
Casualties
affected by heat and cold, drowning, poisoning, pressure, altitude,
inebriations, sound, explosions, nuclear radiations etc. Prevention, protection
of effects on human bodies and their paramedical care. Bites of animals such as
snakes, dogs and various insects and their paramedical care.
COURSE
OUTCOME
1. Graduate will able to explain the
various systems of human body.
2. Graduate will able to evaluate various
parameter concerning to human causality during emergency.
3. Graduate will able to demonstrate
respiratory and non respiratory first aid to human causality.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
Edward
T Dickinson , Fire Service emergency care, , Braddy.
L.G
Gupta & Abhitabh Gupta , First Aid, Jaypee Brothers.
Watson
Jones Fractures and Joint Injuries :
Cantlie,
James, First Aid to injured, St John Ambulance Association
First
Aid Manual by Indian Red Cross Society.
LABORATORY
1. To measure the bleeding time and clotting time of healthy
adult person using vrigid splints.
2. To calculate the victim dressing time using various type of
bandage by first aid responder.
3. To calculate the body mass index of an adult person by using
surgical height measuring scale with digital weighting machine.
4. To calculate the blood pressure of an adults person using
mercury sphygmomanometer and stethoscope apparatus.
5. To calculate the scale of burn.
6. To perform and practice the different methods of handling
and transportation of Victim.
7. To perform and practice the first aid treatment of Fractures
in different part of human body.
8. To measure the working efficiency of human lungs with lung
testing apparatus.
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
FT-5003
FIRE PREVENTION & PROTECTION MEASURES
COURSE
OBJECTIVE:
1. To learn about the fundamentals of
buildings and their classifications.
2. To teach about the evacuation procedure
and means of escape during emergency in tall structures.
3. To learn about automatic fire and gas
detection in different types of occupancy.
4. To teach about first aid fire fighting
equipments, their working principles and periodic maintenance.
5. To learn about ideal fire and life
safety requirement based on different types of buildings.
COURSE
CONTENT:
BUILDING
STUDIES
Basic
Terminology, Elements of Structure, Fire Test, Standard time, Temperature
relationship, Non combustibility test, Ignitibility test, Fire Propagation
test, Performance criteria for fire resistance, Fire resistance rating of
structural elements, Type of Building construction, Classification of building
based on occupancy, Fire zones.
MEANS
OF ESCAPE
General
requirements for evaluation facilities, Principle factors for design
consideration, evacuation time, Occupancy load, Occupancy, Travel distance, Design
for evacuation routes, evacuation route quantification, requirement of stairs
ways, phased evacuation in tall buildings, Life Safety Consideration refuse
area, Exit Route, Assibilate of fire fighting approach evacuation facility or
disable people, use of lifts & air lifting, safe evacuation time.
FIRE
AND GAS DETECTION
Fire
Alarm system basic, classification of fire alarm system, Basic consideration
for instation, Automatic fire detectors, heat detector, Smoke detector, Gas
sensing fire detector, Radiant energy sensing fire, detectors, detector
installation, maintenance & testing, Inspection, Testing & maintance
shuetuting for Fire alarm system & its component gas & vapour fixed
detection system, Sensers portable gas mainting instrument.
FIRE
EXTINGUISHMENT
Basic
concept of fire fighting with water, carbon dioxide, dry chemical powder, foam
and inert gases, Extinguishing Properties of Water, Droplet size, Smoothening,
Heat absorbing capacity, Surface tension and waiting agent additives and its
limitations, Properties of inert gases as extinguishing agent, properties of
foam, Expansion, Concentration, bubbles size, Extinguishing properties of Dry
chemical powder, Composition, Particle size, Radiation shielding, Chain
breaking mechanism, Description, working principle and Operation methods of
portable Fire Extinguishers, Care inspection and maintenance of portable Fire
Extinguisher, Performance criteria of different types of Fire Extinguisher as
per relevant Indian Standard.
MODEL
FIRE AND LIFE SAFETY REQUIREMENT:
Residential
buildings, Educational buildings, Institutional buildings, Assembly buildings,
Business buildings, Industrial buildings, Storage buildings and Hazardous
buildings, Life Safety requirement in Underground structure, Basement protection,
Fire Protection is Building under construction, Fire Control Room.
COURSE
OUTCOME
1. Graduate will able to explain fire
resistance rating of different structural elements and fire resistance test on
building material.
2. Graduate will able to design evacuation
routes and performed evacuation in tall buildings.
3. Graduate will able to design fire alarm
system with fire and gas detection apparatus in different types of occupancy.
4. Graduate will able to demonstrate first
aid fire fighting appliances and performed periodic care and maintenance for
the same.
5. Graduate will able to present model
fire and life safety requirement in different type of buildings.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
Barendra
Mohan Sen, Fire protection and prevention the essential handbook, UBS
publishers. Dr. Than Singh Sharma, Fundamentals in building design.
Lon
H. Ferguson, Fundamentals of Fire Protection for the safety professional, the
scarecrow Press, Inc.
National
Building code of India part-IV.
Fire
protection hand book volume-II section-IX.
LABORATORY
1. To measure the operating performance requirement for
effective discharge time, fire rating suitability of water type fire
Extinguisher on Class A Fire.
2. To measure the operating performance requirement for
effective discharge time, fire rating suitability of Foam type Gas Cartridge
fire Extinguisher on Class B Fire
3. To measure the burn back resistance time for different foam
concentrates using film formation test apparatus.
4. To assess the effective time of film formation at fire
surface for different foam concentrates using film formation test apparatus.
5. To Perform the Caking test on given sample of Dry Chemical
Powder using procedures given in IS 4308.
6. To determine the moisture content for regular dry chemical
powder using procedures given in IS 4308.
7. Determination of calorific value of diesel, petrol and
LPG/Kerosene.
8. To determine the water repellency for regular dry chemical
powder using water repellency test apparatus.
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
FT-5004
COMPUTER AIDED RISK ANALYSIS
COURSE
OBJECTIVE:
1. To learn about the basic concept of
risk and its management in an organization.
2. To teach about popular risk assessment
method used in different types of industry.
3. To learn about application and
limitation of hazard and operability study and failure mode effect analysis.
4. To learn about the collection
application and types of accident data in different types of industries.
5. To learn about fire growth model and
their application in calculating reliability index.
COURSE
CONTENT:
INTRODUCTION
Concept
of Risk, Definition, Accepted & impressed risk, Perception & Quantification
Risk, Acceptance Criteria, ALARP, Cost benefit analysis, Component of risk,
Strategies of risk control, Principles of risk management, Loss control, Degree
of hazards, Elementary reliability Theory, Systems & accidents.
RISK
ASSESSMENT
Introduction,
Basic quantitative risk assessment (QRA), Principles of QRA, Probability
theory, Set theory and boolean algebra, Use of boolean algebra and cut sets,
Combination of frequencies, Logic tree approach, Fault Tree Analysis (FTA),
Principles and Symbol and Procedure of FTA, Event Tree Analysis (ETA),
Quantification of event tree, Quantitative risk assessment, Criteria of risk
acceptance, Types of consequences.
TECHNIQUES
AND APPROACHES
Introduction
to HAZOP, Conducting a HAZOP study, Computerized reporting system, HAZOP of
batch process, Extension of HAZOP, Application of HAZOP to human reliability,
Failure mode and effect analysis (FMEA), Methodology of FMEA, Critically
analysis, Corrective action and follow up.
ACCIDENT
DATA ANALYSIS
Introduction,
Type of accident & incident data, Collection of accident & incident
data, Legal requirement to notify accident & incident, Use of accident
& incident data, Accident, Incident, Risk assessment data, Use of Computer,
Job safety analysis (JSA), Principle and procedure, Summary of risk assessment
methods and comparison.
STOCHASTIC
MODEL
Fire
growth model, description assumption, Scenario, Output variables, Stochastic
input variables, Response surface for maximum temperature, Calculation of time
to untenable conditions, Calculation of COHb value, Fatality caused by heat,
logarithm of time untenable condition, Calculation of reliability index.
COURSE
OUTCOME
1. Graduate will able to explain basic concept
of risk and its management.
2. Graduate will able to apply Boolean
algebra and cut sets in different risk assessment methods.
3. Graduate will able to demonstrate HAZOP
study for a process industry or its distinguish part.
4. Graduate will able to analyze accident
and incident data for risk assessment procedure in an organization.
5. Graduate will able to explain fire
growth models and scenario for probable fire scenes.
REFERENCES
Process
Safety Analysis- An introduction, Bob Skelton, Gulf Publishing Company Houston,
Texas. Safety Analysis- Principles and Practices in Occupational Safety, Second
Edition, Lar Harms-
Ringadahl,
CRC Press
Safety
at work, John Channing , 8th Edition, Routledge Taylor & Fracis Group
Landon & New York. Risk Analysis in Building Fire Safety Enginneering, A M
Hasofer, V R Beck, ID Bennetts, Elsevier. Practical Hazops, Trips and Alarms,
David Macdonald, Elsevier
LABORATORY
1. Calculation of individual risk and fatal accident rate as theoretical
risk factor
2. Preparing the risk matrix for an organization.
3. Application of Hazard study methods to a raw gas holder.
4. Application of Hazop study on an oil vaporizer.
5. Application of Hazop study on ethylene oxide sterilizer.
6. Application of Fault tree analysis to a chemical reactor.
7. Determination of Safety Integrity level by using risk
parameter chart for a given sample.
8. Determination of safety integrity level by using SIL class
software with risk parameter chart.
9. Evaluation of preliminary safety instrumented system (SIS)
design using SILclass software tool.
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
Elective-I
FT-5005 (1) SAFETY IN PETROCHEMICAL INDUSTRY
COURSE
OBJECTIVE:
1. To learn the characteristics of crude
oil and classification of petroleum products.
2. To learn about the refining process and
its significance in safety.
3. To learn about petrochemical fire and
emergency planning in potential fire hazard areas.
4. To teach the statutory provisions
pertaining to refineries petrochemical pants and gas terminals.
COURSE
CONTENT:
INTRODUCTION
Crude
oil, its properties & Characteristics, Classification of petroleum &
its products, MSDS of crude oil, diesel , gasoline, kerosene, LPG, Natural Gas,
nylon, Naptha, Ammonia, Benzene, toluene, Acelytene.
REFINING
PROCESSES
Primary
Distillation, catalytic cracker, polymerization, reforming, steam cracking,
sulphur recovery, Lubricating oil treating. Process units such as desalter,
ADU, VDU, FCC, hydrocracker, catalytic reformer etc. Storage tanks & its
types. Layout of Refineries - simplified flow diagram of a typical refinery.
FIRE
PROTECTION & EMERGENCY PLANNING
Major
fire risks, design criteria for selection of fire water network, fire fighting
installations such as hydrant, mobile water monitors, foam pourer, DCP fixed,
subsurface injection & steam snuffing systems. Storage tanks protection.
Use of various media in petroleum & gas fires such as water, foam, DCP.
FIGHTING
REFINERY & PETROCHEMICAL FIRES
Potential
fire hazards, precautionary measures in case of non-ignited releases, oil &
gas leaks. Fire fighting facilities for depots, terminals, onshore, off-shore
drilling platforms, and pipelines for transportation of petroleum products
& Gas. Fighting Gas terminal fires: - Fire fighting & procedures in
case of BLEVE, LPG hazards, spillage, vehicles using LPG & CNG as a fuel.
Fire fighting facilities at LPG bottling plants. Water Injection into LPG
vessel (water bottoming)
STATUTORY
PROVISIONS
Pertaining
to refineries, petrochemical plants & gas terminals, Oil Industry Safety
Directorate (OISD), Petroleum Act 1934, Petroleum Rules 2002, Petroleum &
Natural Gas Regulatory Board (PNGRB) drafts, Explosive Act 1884, Explosive
Rules 1983 and Gas cylinders Rules 2004. Application of advance technologies
used in refineries & petrochemical plants such as SCADA, SAP and various
simulation molding.
COURSE
OUTCOME
1. Graduate will able to explain hazardous
Characteristics of petroleum product and refining process.
2. Graduate will able to apply fire
protection systems in potential fire hazards area in oil and gas industry.
3. Graduate will able to present statutory
provisions pertaining to refineries, petrochemicals plants and gas terminals.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
Fire
Service Manual (Volume 2) Fire Service Operations - Petrochemical Incidents
Manual of Firemanship, Part 6-A by H.M.S.O.
Oil
Industry Safety Directorate (OISD) Norms & Rules Petroleum & Natural
Gas Regulatory Board (PNGRB) drafts
Loss
prevention in Process of Industries, Vol 1,2, & 3, Frank P. Lees. Relevant
NFPA Codes and Indian Acts.
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
Elective-I
FT-5005 (2) WORK STUDY AND ERGONOMICS
COURSE
OBJECTIVE:
1. To learn the fundamental of work study
and safety.
2. To learn about principles of
ergonomics.
3. To learn about personal protective
equipments and their contribution in accident prevention.
4. To teach main machine systems and
in-build safety within the devices.
COURSE
CONTENT:
WORK
STUDY
Study
of operations, work content, work procedure, breakdown, human factors, safety
and method study, methods and movements at the workplace, substitution with
latest devices, robotic concepts, applications in hazardous workplaces,
productivity,.
ERGONOMICS
Definition,
applications of ergonomic principles in the shop floor, work benches, seating
arrangements, layout of electrical panels, with gear, principles of motion
economy, location of controls, display location, machine foundations, work
platforms, fatigue, physical and mental strain, incidents of accident,
physiology of workers.
PERSONAL
PROTECTION
Concepts
of personal protective equipment, types, selection of PPE, invisible protective
barriers, procurement, storage, inspection and testing, quality, standards,
ergonomic considerations in personal protective equipment design.
PROCESS
AND EQUIPMENT DESIGN
Process
design, equipment, instrument, selection, concept modules, various machine
tools, in-built safety, machine layout-machine guarding-safety devices and
methods, selection, inspection, maintenance and safe usage, statutory
provisions, operator training and supervision, hazards and prevention.
MAN
MACHINE SYSTEMS
Job
and personal risk factors, standards, selection and training, body size and
posture body dimension (static/dynamic), adjustment range, penalties, guide
lines for safe design and postures, evaluation and methods of reducing posture
strain. Man-machine interface, controls, types of control, identification and
selection, types of displays, compatibility and stereotypes of important
operations, fatigue and vigilance measurement characteristics and strategies
for enhanced performance.
COURSE
OUTCOME
1. Graduate will able to explain the work
procedure and movements at work places.
2. Graduate will able to apply principles
of ergonomics to release physical and mental strain at work places.
3. Graduate will able to demonstrate
personal protective equipment and their contribution in accidents prevention.
4. Graduate will able to design equipment
safety devices and explain their statutory provisions.
5. Graduate will able to present main machine
interface control.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
Introduction
to work study, ILO, 3rd edition, Oxford & IBH publication.
Martin
Helander, A Guide to hyuman factors and Ergonomicsw, Taylor and Franceis,
Barnes, R.M. Motion and Time study, John Wiley.
E.J.Mc
Cromick and M.S. Sanders “Human Factors in Engineering and Design” TMH, New
Delhi.
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
Elective-I
FT-5005 (3) OPERATION RESEARCH AND SUPPLY CHAIN
COURSE
OBJECTIVE:
1. To learn about the applications of
operations research.
2. To Understand the OR specialist and
manager relationship.
3. To understand the role of Supply Chain
Management in Manufacturing and Service Organisations
COURSE
CONTENT:
LINEAR
SYSTEM AND DISTRIBUTION MODELS
Mathematical
formulation of linear systems by LP, solution of LP for two variables only,
special cases of transportation and assignment and its solution, Vogel s
forward looking penalty method, cell evaluation degeneracy, use of SW Lindo,
Tora, Excell.
SUPPLY
CHAIN (SCM)
Definition,
importance, expenditure and opportunities in SCM; integration of inbound,
outbound logistics and manufacturing to SCM, flow of material money and
information, difficulties in SCM due to local v/s system wide (global)
optimization and uncertainties in demand and transportation; Bull-whip effect;
customer value; IT, info-sharing and strategic partnerships; plant and
warehouse-network configuration; supply contracts and revenue sharing;
outsourcing; transportation, cross docking and distribution, forecasting models
in
SCM; coordination and leadership issues; change of purchasing role and vendor
rating, variability from multiple suppliers.
INVENTORY
MODELS
Necessity
of inventory in process and safety stock, problem of excess inventory and cycle
time (=WIP/ Throughput), JIT/ lean mfg; basic EOQ/ EPQ models for constant
review Q-system(S,s); periodic review, base stock P-system; service level, lead
time variance and safety stock;; ABC, VED and other analysis based on shelf
life, movement, size, MRP technique and calculations, lot sizing in MRP,
linking MRP with JIT; evolution of MRP to ERP to SCM and e-business.
WAITING
LINE MODELS
Introduction,
Input process, service mechanism, Queue discipline, single server (M/M/1)
average length and times by Little s formula, optimum service rate; basic
multiple server models (M/M/s),Competitive strategy, concept and terminology,
assumptions, pure and mixed strategies, zero sum games, saddle point,
dominance, graphical, algebraic and LP methods for solving game theory
problems.
DECISION
ANALYSIS
Decision
under certainty, risk probability and uncertainty; Hurwicz criteria; AHP-
assigning weight and consistency test of AHP, Meta-heuristics Definition of
heuristic and meta-heuristic algorithms; introduction to Tabu search, Simulated
Annealing and Genetic algorithms and solution of traveling salesman and non
linear optimization problems.
COURSE
OUTCOME
1. Graduate will able to apply tools of
operations research in the project.
2. Graduate will able to explain operation
research and manager relationship.
3. Graduate will able to develop decision
making ability at work places.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
Hillier
FS and Liberman GJ; Introduction to Operations Research concept and cases; TMH
Simchi-Levi, Keminsky; Designing and managing the supply chain; TMH.
Srinivasan
G; Quantitative Models In Operations and SCM; PHI Learning Mohanty RP and
Deshmukh SG; Supply Chain Management; Wiley India Taha H; Operations research;
PHI
Sen
RP; Operations Research-Algorithms and Applications; PHI Learning Ravindran ,
Philips and Solberg; Operations research; Wiley India Vollman, Berry et al;
Manufacturing planning and control for SCM; TMH. Bowersox DJ, Closs DJ, Cooper
MB; Supply Chain Logisti Mgt; TMH Burt DN, Dobler DW, StarlingSL; World Class
SCM; TMH
Bronson
R ;Theory and problems of OR; Schaum Series; TMH
RAJIV
GANDHI PROUDYOGIKI VISHWAVIDYALAYA BHOPAL
Credit
Based Grading System
Fire
Technology & Safety Engineering, V-Semester
FT-5006
FIRE FIGHTING & FIELD TRAINING-II
COURSE
OBJECTIVE:
1. To learn about the different
instruction of fire fighting appliance drill.
2. To learn about lifting, carrying,
rolling and unrolling of fire fighting hose.
3. To learn about three men and four men
hydrant drill.
4. To learn about four men and six men
trailer pump drill.
5. To learn about the application and
different ladder drill.
COURSE
CONTENT:
APPLIANCE DRILLS
Instructions
for officer incharge, Duty of drill incharge, Command and action meaning - crew
number, Fall in, Fall out, Mount, Dismount, Get to work, Water ON, Knock-off,
Make up, Carry ON, Stand from under, still, slip, Counter Balance, Step In,
Step out, Extend, Lower, Pitch.
HOUSE DRILLS
Lifting
a roll of delivery hose, Carrying of a roll delivery hose, Connecting a
delivery hose, Unrolling a delivery hose, disconnecting a delivery hose, under-
running delivery hose, Rolling up a delivery hose.
HYDRANT
DRILL (THREE MEN)
Requirement,
Position of three crew members, Add one length of hose, Remove one length of
hose, Replacing burst length of hose, Getting a branch to work, Dividing a line
in to two line of hose, Collecting two hose line to make one line, Knock off
and make off.
HYDRANT
DRILL (FOUR MEN)
Requirement,
Position of four crew member, Function of individual crew member, Add one
length of hose, Removing one length of hose, Replacing a burst length of hose
use of dividing breeching, Use of collecting Breeching, Getting a branch to
work, knock off and make up.
TRAILER
PUMP DRILL (FOUR MEN AND SIX MEN)
Requirement,
Single delivery, Single suction, Double suction, Double delivery, Position of
six crew members in trailer pump, Change round, Mount, Dismount, Close up
position, Fall in position, Towing Tender, Ladder drill, Extension ladder,
Position of four crew members, Position at Pitching, Fire Escape ladder drill
requirement, close up position, Pitching.
COURSE
OUTCOME
1. Graduate will able to demonstrate
different world of command used in appliance drill.
2. Graduate will able to apply hose drill
performance and practice in fire fighting operation.
3. Graduate will able to apply hydrant
drill performance and practice in fire fighting operation.
4. Graduate will able to apply trailer
pump drill performance and practice in fire fighting operation.
5. Graduate will able to apply ladder
drill performance and practice in fire fighting operation.
EVALUATION
Evaluation
will be continuous an integral part of the class as well through external
assessment.
REFERENCES
Drill
manual for Fire Services of India by Govt. of India.
Fire
Fighters Skill drill manual by NFPA.
LABORATORY
1. To performed and practice different world of command used in
appliance drill.
2. To performed and practice hose drill in a crew.
3. To performed and practice three men hydrant drill with
hydrant post and hose pipe.
4. To performed and practice four men hydrant drill with
hydrant post and hose pipe.
5. To performed and practice four men trailer pump drill with
trailer pump, Suction pipe, hose pipe and hose fittings.
6. To performed and practice six men trailer pump drill with
trailer pump, Suction pipe, hose pipe and hose fittings.
7. To performed and practice ladder drill and its application.
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