MAHARASHTRA STATE BOARD OF TECHNICAL EDUCATION , MUMBAI
TEACHING AND EXAMINATION SCHEME
COURSE NAME : ADVANCE DIPLOMA COURSE IN FIRE SAFETY AND ENVIRONMENTAL TECHNOLOGY
COURSE CODE : FL
DURATION OF COURSE : TWO SEMESTERS/ ONE YEAR WITH EFFECT FROM 2007 -08
SEMESTER : SECOND DURATION : 16 WEEKS
FULL TIME/ PART TIME : FULL TIME SCHEME - C
TEACHING
EXAMINATION SCHEME
SCHEME
SR. SUBJECT SUBJECT
NO TITLE CODE TH TOTAL PR OR TW
PAPER
TH TU PR TEST
HRS. MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN
Fire Prevention and
1 9995 04 -- -- 03 80 36 20 100 50 -- -- -- -- -- --
Protection Systems
Occupational Safety
2 9996 04 -- -- 03 80 36 20 100 50 -- -- -- -- -- --
and Health
3 Disaster Management 9997 04 -- -- 03 80 36 20 100 40 -- -- -- -- -- --
Ecology And
4 9998 04 -- -- 03 80 36 20 100 50 -- -- -- -- -- ---
Environment
Environmental
5 9999 04 -- -- 03 80 36 20 100 50 -- -- -- -- -- --
Pollution And Control
6 Rescue Techniques -- -- -- 05 -- -- -- -- -- -- 50# 25 -- -- 50@ 25
7 Project and Seminar-- -- -- 05 -- -- -- -- -- -- -- -- 50# 25 50@ 25
Total 20 -- 10 -- 400 -- 100 500 -- 50 -- 50 -- 100 --
STUDENT CONTACT HOURS PER WEEK (FORMAL TEACHING): 30 HRS.
THEORY AND PRACTICAL PERIODS OF 60 MINUTES EACH.
@ - INTERNAL ASSESSMENT, # - EXTERNAL ASSESSMENT
TOTAL MARKS: 700
ABBREVIATIONS: TH-THEORY, PR-PRACTICAL, OR-ORAL, TW-TERM WORK, AND TU-TUTORIAL.
All practical, oral & term work assessment are to be done as per the prevailing norms for implementation & assessment.
1
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : FIRE PREVENTION AND PROTECTION SYSTEM
SUBJECT CODE : 9995
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
04 -- -- 3 80 20 -- -- -- 100
RATIONALE:
It is always said that prevention is better than cure and as such the students of this course
must also know how to prevent fire to avoid losses of property and human beings. Thus must also
know how to provide protection in the event of a fire.
OBJECTIVES:
The student will be able to:
1. Identify the causes of fire
2. Select proper protection facilities.
3. List prevention activities.
4. Label instructions & safety signs.
5. Diagnoise the faults in the system.
6. Read rules & regulation.
2
LEARNING STRUCTURE:
FIRE PREVENTION AND PROTECTION
Applications
THEORY
Procedures
Principles PRINCIPLES OF FIRE FIGHTING
PREVENT/ EXTINGUISH FIRE AT THE EARLIEST
Concepts
LOSS OF LIFE AND PROPERTY
Facts
3
Contents: Theory
Chapter Name of the Topic Hours Marks
Fire Prevention and Protection: Organization for fire prevention,
inspection enforcement of codes, public education and
community relation, Fire loading, Access for fire fighting,
Causes of fire & their preventive methods General fire
1 14 14
prevention measures, and house keeping, Standing fire orders,
fire practice and mutual aid scheme, Fire Prevention and
Protection for flammable Gas & Liquid plants.
Detection System: Need of detection system in fire service,
Automatic fire detectors, General Principle of working of
common detectors, Various types of detectors viz. heat detectors,
2 14 16
Smoke detector, photo-electric relay, ionization chamber, their
operational principle, Infra-red heat detectors, General test for
heat detecto.
Fire Fighting Installations and maintenance: Various
components of a smoke detection system, Study of Code of
Practice for Selection, Installation and maintenance of
3 12 16
Automatic Fire Detection and Alarm System I.S. 2189 / 1988,
Deluge system, Drenchers, sprinkler system IS 9972-2002
Water Supply: Water supply from designing point of view,
Types of Water supplies, IS 9668-1990 provision &
4 6 10
Maintenance of water supply for fire fighting.
Fire Hydrant System: Hydrants, IS 908-1975 Fire hydrant stand
post type, IS 909-1992 sluice valve type, IS 5714-1981 Hydrant
5 12 14
stand pipe , Screw down type as per IS, I.S. 13039-1991
External Hydrant system provision & Maintenance
First Aid Fire Fighting System [ Hose Reel ]: Details of F.A.
6
Fire Fighting System & its use, Rising Mains : Down Comer, 06 10
Wet Riser, Dry Riser
Total 64 80
Learning Recourses:
Books:
Sr. No. Author Title Publisher
BIS NBC-Part IV
1
JJ Williams General Fire Hazards and Fire Protection
2
Kesteren Fire Fire Prevention Notes for Industrial Premises NFPA
3
Brigade
NFPA Fire Prevention Hand Book NFPA
4
Enrnest Beam Fire Prevention Standard Recommendations
5
Ltd.
Nilesh B. Early Warning Smoke Detection cum Fire Alarm
6
Ukunde System
Hand book of Fire Protection NFPA
4
Warre J Baker Automation - A Challenge to Fire Protection
8
Engineers
Mather & Platt. Fire Protection- Technical Information and
9
Useful General Knowledge
HMSO Fire protection in Factory Buildings HMSO
10
Crosby-Fiske Forster Hand Book of Fire Protection.
11
Danna & Milne Industrial Fire Hazzards
12
Rof Jensen Fire protection for the design professional
13
Willium K. Bare Introduction to Fire science and Fire protection
14
Bryan Fire Suppression & Detection System
15
Dennis P. Nelan Encyclopedia of Fire Protection
16
Devid Fire Prevention: Inspection and Code
17
Diamentas Enforcement
Dubay Autoatic Sprinkler Syste, Handbook 2002m
18
1. IS/ INTERNATIONAL CODES/ WEBSITES:
IS 6382:1984 Code of practice for design and installation of fixed carbon
dioxide fire extinguishing system. (1st Revision)
IS 15105-2002 Design and installation of fixed automatic sprinkler fire
extinguishing system
IS 2175:1988 Specification for heat sensitive fire detectors for use in
automatic detectors for use in automatic alarm system
(2nd Revision)
IS 2189:1999 Code of practice for selection installation and maintenance of
automatic fire detection and alarm system (2nd Revision)
IS 9457:1980 Safety colours and safety signs.
5
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : OCCUPATIONAL SAFETY AND HEALTH
SUBJECT CODE : 9996
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
04 -- -- 3 80 20 -- -- -- 100
RATIONALE:
This subject provides inputs about various aspects of occupational safety and health in industries.
They are mainly related to safety precautions in storage and transportation of hazardous materials.
Safety in Steel industries etc.
OBJECTIVES:
The student will be able to:
1. Identify various hazards.
2. Select safety procedures.
3. List various equipments & methods.
4. Label priorities.
5. Diagnoise effects.
6. Read about corrective measures.
6
LEARNING STRUCTURE:
OCCUPATIONAL SAFETY
Applications
THEORY AND EXAMPLES
Procedures
PRINCIPLES SAFE OPERATIONS
Principles
SAFETY OF AN INDIVIDUAL AND INDUSTRY
Concepts
LOSS/ INJURY OF LIFE AND PROPERTY
Facts
7
Contents: Theory
Chapter Name of the Topic Hours Marks
Code Of Practice For Safety In Industries: Basics of hazard
identification techniques such as safety audit, Hazop,. Elements of
risk analysis, Dow fire & toxicity index, Work permit system for
1 12 14
hot work, Cold work, Vessel entry, working at height, excavations,
working on electrical system,1.5 IS-13694-1993.
Safety in Iron & Steel Industries: IS-1145(part-I)1985 Safety in
chemical Industries(part-I) Rubber & Plastics, IS-3097-1990(1st
revision) Fire safety in cotton textiles mills, IS-2459-1988 fire
2 10 14
safety in cable runs, Evacuation practices in plant, Accident
Analysis. OHSA: OHSA standards, Work related health risks,
Protection of health, Industrial noise & hearing loss
HAZCHEM CODE: Importance of Hazchem, Objectives of
Hazchem, United Nations Hazchem Code, Different symbols and
3 measurements of hazchem code, Decoding & identification of 10 14
hazchem code, Main & subrisk included, MSDS (Material Safety
Data Sheet).
Transportation Of Hazardous Materials: Tramp card, Guidelines of
4 10 8
United Nations in Transportation of Hazardous Material.
Paramedics And First Aid: Study of paramedics and approach to
casualty, structure and function of human body, Respiration,
Circulatory system and Asphyxia, Dressings & Bandages, Wounds,
5 14 20
bleeding and shock, Injuries of bones(fractures), Injuries to
muscles and joints, Nervous system and unconsciousness, Burns &
Scalds, Poisoning,
Miscellaneous conditions, Approach to casualty, Psychological
aspects and first aid , Labeling of casualties, Handling &
6 08 10
transportation of injured persons, Ambulances and Types.
Total 64 80
8
Learning Recourses:
Books:
SR.
AUTHOR TITLE
NO.
National Guidelines For Safe Transportation Of Hazardous
--
1
Material On Road.
Hmso Fire Protection Handbook
2
3 James Fire Prevention Handbook
Hmso Fire Protection & Suppression
4
Crosby, Fiske, Forster Handbook Of Fire Protection
5
St.John Ambulance
First Aid To Injured
6
Association
Adams, C. Black Fire Safety In Buildings
7
Nfpa Fire Prevention Notes For Industrial Premises
8
Mather & Platt Fire Protection
9
Angle Occupational Safety And Healh In Emergency Services
10
Safety And Loss P In The Chemical And Oil Processing
Icheme
11
Industries No. 120
Megill Introduction To Risk Analysis
12
2. VIDEO CASSETTES/ CDS:
i) Risk Management in Fire Service, by Wilder.
9
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : DISASTER MANAGEMENT
SUBJECT CODE : 9997
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
04 -- -- 3 80 20 -- -- -- 100
RATIONALE:
Disasters occur unexpectedly and there is large scale loss of nature and human habitats.
Disasters are natural or manmade. In both cases to avoid losses it is necessary to act quickly to
provide support and avoid damage. Fire fighting stations/departments have a big role to play in this
activity. It is therefore essential that student are aware about methodology and practices about
Disaster Management.
OBJECTIVES:
The student will be able to:
1. Identify various tyes of disasters.
2. Select particular technique for disaster.
3. List personnel & equipment for disaster.
4. Label tasks for a particular disaster.
5. Diagnoise the events in a disaster.
6. Read instructions & rules for a disaster.
10
LEARNING STRUCTURE:
MASS TRAINING IN DISASTER PREPAREDNESS
Applications
THEORY AND EXAMPLES
Procedures
PRINCIPLES OF DISASTER PREPAREDNESS AND RESCUE
Principles
LOSS OF LIFE AND PROPERTY
Concepts
DISASTER DO TAKE PLACE
Facts
11
Contents: Theory
Chapter Name of the Topic Hours Marks
Disaster: General features of Disasters, Types and Impact of
disasters-
Man made Disasters: Chemical Disaster: Example of Bhopal
Gas tragedy, Accidents : Railway, roadway & airway, Nuclear
radiation, Diseases
1 12 16
Natural Disasters- Earthquakes in Maharashtra and Gujrat,
Tsunami on 26th Dec. 2004, Cyclones of Andhra Pradesh and
Orrisa, Flood disasters in India. Problems in Disasters and
disaster preparedness.
Organisation and Functions of Disaster Management in India.
2 4 6
Disaster Planning and Cycle- Administration for Disaster
Management, Planning for preparedness, (Emergency,
Response, Rehabilitation, Mitigation, Development,
3 10 12
Preparedness- Education and Training, Social Awareness,
Communication and Warning systems. Amalgamation of HAM
System.
Introduction to Vulnerability atlas pertaining to Various types of
disasters in India, Introduction to Management information
4 6 10
system, Use of information technology in disaster management.
Response Techniques and Training: Rescue, First Aid and
Miscellaneous Training
Rescue: Introduction to Knots and Lashings. Utility of ladders in
5 10 12
Rescue, Means of Rescue: Forced entries in fire and smoke filled
areas, Rescue by shafts & chutes, rope, vehicle platform,
ladders, arial rope ways.
Breathing Apparatus Set: Types of B.A. sets, Atmospheric and
self contained as per IS/ELSA, Theory of respiration, Essential
feature of B. A. sets, Various parts of B. A. set and their
function, advantages and disadvantages of different sets, Distress
6 12 14
signal unit, Working duration and principle of calculating
working duration, Pre-Entry Test, Duties & responsibilities of
BACO and BA set Operatives.
Small Gears : Introduction to small gears, lighting equipments
and other tools used in fire service, its use, care and
maintenance, Special gears ?Study of hydraulic rescue
equipments, cutting gears and other rescue apparatus, Lifting
7 10 10
equipments ?Manual, Mechanical, hydraulic, pneumatic jacks,
pulley and blocks, air bags, Electric power tools and oxy-
propane cutting set, Blower and exhauster.
Total 64 80
12
Learning Recourses:
1. Books:
Sr. No. Author Title
S.L.Goel Encyclopedia of Disaster Management
1
National Disaster National Disaster Management Guidelines
Management
2
Authority,Govt. of
India
2. VIDEO CASSETTES/ CDS:
i) Cemical Hazards Identification and Training Series. VC13, Akademia Books International
Pvt. Ltd.
ii) Emergency Preparedness and Crisis Management. VC14, Akademia Books International Pvt.
Ltd.
iii) Fire Countdown to Disasters, VC25, NFPA.
iv) High Risa Evacuation. VC26, NFPA.
13
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : ECOLOGY AND ENVIRONMENT
SUBJECT CODE : 9998
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
04 -- -- 3 80 20 -- -- -- 100
RATIONALE:
Maintenance of ecological and environmental balance has become very important. It is
necessary to know the eco system and how to maintain it. Therefore it is necessary to know the
hazardous substances and their effect on environment. The student must also be able to analyse the
risks likely to be developed due to hazardous substances and its effect on environment and ecology.
OBJECTIVES:
1. Identify various types of environments & ecology.
2. Select system of balance.
3. List corrective measures..
4. Label hazardous substances.
5. Diagnoise the causes of pollutants.
6. Read more about sustainable green chemistry.
14
LEARNING STRUCTURE:
ENVIRONMENTAL PROTECTION
Applications
THEORY AND PRACTICALS
Procedures
PRINCIPLES OF ENVIRONMENTAL ECOLOGY
Principles
SUSTAINABLE LIFE
Concepts
POLLUTION
Facts
15
Contents: Theory
Chapter Name of the Topic Hours Marks
INTRODUCTION TO ECOLOGY & ENVIRONMENT
1.1 Concept of Ecology
1.2 Environmental Ecology
1 10 12
1.3 Ecological Concept
1.4 General ecological Cooperation
ECO SYSTEM ECOLOGY
2.1 Eco system Components
2.2 Ecological Pyramids
2.3 Productivity Concept
2 10 12
2.4 Ecological Energies.
2.5 Geographical Ecology-Dispersal Dynamics.
2.6 Marine ecology - Habitat ,tides, Substratum pressure,
Temperature & current Light, salinity . oxygen.
MATHEMATICS OF GROWTH
3.1 Introduction,
3.2 Exponential Growth, Continuous Compounding, Doubling Time,
Half-Life, Disaggregated Growth Rates.
3.3 Resource Consumption, Exponential Resource Production Rates,
3 10 14
A Symmetrical Production Cycle.
3.4 Population Growth, Logistic Growth, Human Population Growth,
Fertility and Mortality, Age Structure, Human Population
Projections, Population Momentum.
HAZARDOUS SUBSTANCES AND RISK ANALYSIS
4.1 Introduction
4.2 Hazardous Substances Defined
4.3 Hazardous Substance Legislation, Resource Conservation and
Recovery Act, Superfund.
4.4 Risk Assessment
4.5 Hazard Identification, Mutagenesis, Carcinogenesis, Toxicity
Testing in Animals, Human Studies, Weight-of-Evidence
4 14 20
Categories for Potential Carcinogens,
4.6 Dose-Response Assessment, Dose- Response Curves for
Carcinogens, Dose-Response Curves for Non carcinogens,
4.7 Human Exposure Assessment, Bio concentration, Contaminant
Degradation
4.8 Risk Characterization
4.9 An Application of Risk Assessment.
Sustainable Development & Green Chemistry5.1New approaches
5 08 10
Research methodology & System Analysis Environment Impact
Assessment & Industrial Pollution Control - Method of impact
6 12 12
Analysis Air Environment / Water Environment / Noise environment
Biological Environment - basic Information on Ecology
Total 64 80
16
Learning Recourses:
Books:
Sr. No. Author Title
Harrison Environment Health & safety Hand book
1
S.E Jorgenson Industrial Waste Water management
2
Indian Labour year Book occupational health.
3
P.K.Lagoy. Risk Assessment an environmental perspective
4
Gilbert M.Masters Introduction to Environmental Engg. & Science
5
6 James A.Lee. The environment, public health & human ecology
Glyn Henry Heinke Environmental Science & Engg
7
S.S.Dara. Environmental Chemistry & pollution control
8
Odum Introduction to Ecology
9
17
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : ECOLOGY AND ENVIRONMENT
SUBJECT CODE : 9999
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
04 -- -- 3 80 20 -- -- -- 100
RATIONALE:
Environmental pollution is affecting the lives of all living creatures and also nature. Global
warming is one such phenomenon which is affecting earths atmosphere and changing the seasons.
It is necessary that student know these phenomenon and also some orientation towards controlling
the damage caused by this.
OBJECTIVES:
The student will be able to:
1. Identify various types of environmental pollutants.
2. Select means of control
3. List methods of control.
4. Label causes of pollution.
5. Diagnoise total effect of pollution.
6. Read about global effects of environment.
18
LEARNING STRUCTURE:
ENVIRONMENTAL PROTECTION
Applications
THEORY AND PRACTICALS
Procedures
PRINCIPLES OF ENVIRONMENTAL CHEMISTRY
Principles
SUSTAINABLE LIFE
Concepts
POLLUTION
Facts
19
Contents: Theory
Chapter Name of the Topic Hours Marks
AIR POLLUTION AND CONTROL
1.1 Introduction
1.2 Summary of the Clean Air Act., Air Quality Standards,
Emission Standards, The Clean Air Act Amendments of 1977,
1.3 Criteria pollutants, Carbon Monoxide, Oxides of Nitrogen,
Photochemical Smog and Ozone, Particulate Matter, Oxides
of Sulfur, Lead
1.4 Air Pollution and Meteorology, Adiabatic Lapse Rate,
Atmospheric Stability Temperature Inversions
1.5 Atmospheric Dispersion, Maximum Mixing Depth,
1 16 20
Smokestack Plumes and Atmospheric Lapse Rates, The Point-
Source Gaussian Plume Model, A Line- Source Dispersion
Model, Area-Source Models
1.6 Indoor Air Quality, Infiltration and Ventilation, An Indoor
Air Quality Model, Radon
1.7 Emission Controls, Emission Controls for Coal-Fired Power
Plants, Emission Controls for Highway Vehicles. Air pollution
control for thermal power satation Environmental Software
Effect of Air Pollution on man property Gaseous Pollution
control.
WATER POLLUTION AND CONTROL
2.1 Drinking Water Quality, The Safe Drinking Water,
2.2 Water Treatment Systems, Coagulation and Flocculation,
2 10 12
Sedimentation and Filtration, Disinfection, Hardness and
Alkalinity, Softening.
2.3. Algae in water supply system & control.
WASTE WATER TREATMENT:
3.1Wastewater Treatment, Primary Treatment, Secondary
3 06 08
(Biological) Treatment
3.2 Advanced Wastewater Treatment
HAZARDOUS WASTE TREATMENT:
4.1 Hazardous Waste Treatment Technologies, Physical Treatment,
4 06 08
Chemical Treatment, Biological Treatment, Waste Incineration,
Land Disposal
NOISE POLLUTION AND CONTROL
5 06 08
SOIL POLLUTION & CONTROL
6 06 08
GLOBAL ATMOSPHERIC CHANGE : THE GREENHOUSE
EFFECT AND STRATOSPHERIC OZONE DEPLETION
7.1 Introduction,
7.2 Global Temperature, Simple Global Temperature Models,
7.3 The Greenhouse Effect, Greenhouse Effect Enhancement,
7 14 16
7.4 Carbon Dioxide, The Carbon Cycle, Historical Emissions of
Carbon Dioxide, Carbon Emissions from Fossil- Fuel
Emissions, Equilibrium Temperature Increase Caused by CO2.
7.5 Chlorofluoraocarbons, Major Uses for CFCs, Global Warming
and Ozone-Depletion Impacts of CFCs, Estimating Future
20
Atmospheric Concentrations of CFCs
7.6 Other Greenhouse Gases, Combined Effect of Greenhouse
Gases
7.7 Regional Effects of Temperature Increases.
7.8 Changes in Stratospheric Ozone, The Ozone Layer as a
protective Shield, Destruction of Stratospheric Ozone, Impacts
of Other Greenhouse Gases, Effects of Ozone Modification
7.9 Perspectives on Global Atmospheric Change.
Total 64 80
Learning Recourses:
Books:
Sr. No. author Title
Soli J Arceivala. Waste. water treatment for pollution control
1
Jerry A. nathanson. .Basic Environmental Technology
2
Sawyer,Mccarty, Perkin Chemistry for environmental Engg
3
Gilbert M. Masters Introduction to Environmental Engg. & Science
4
E.W.Steel & Terence J.
5 Water supply & Sewerage
Mc.Ghee
Mark J. Hammer Water & Wastewater Technology
6
S.K.Garg Water treatment plant design
7
J.S.Birdi Water treatment Plant Design
8
A.D.Bhide Solid Waste Management
9
21
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : RESCUE TECHNIQUES
SUBJECT CODE : --
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
-- -- 05 -- -- -- 50# -- 50@ 100
RATIONALE:
As fire safety personnel it is the duty of the person not only to extinguish fire but also to
rescue the people in danger due to fire. Also rescue work is to be done during natural and manmade
disasters such as Floods, tornedos, building collapses etc. It is therefore necessary that student are
properly trained in rescue operations.
OBJECTIVES:
The student will be able to:
1. Identify various rescue techniques.
2. Select rescue techniques for proper event.
3. List rescue techniques for a particular event.
4. Label importance of rescue techniques.
5. Diagnoise errors in various rescue techniques.
6. Read various applications of rescue techniques.
22
LEARNING STRUCTURE:
WHEREEVER LIFE IS IN DANGER
Applications
PRACTICALS
Procedures
PRINCIPLES OF RESCUE AND PARAMEDICS
Principles
SAVING LIFE
Concepts
LOSS OF LIFE AND PROPERTY
Facts
23
Practical:
Sr. No. Activity Hours
USE OF BREATHING APPARATUS SET: Working, Identification of
different parts of BA, Donning Procedure, Pre-Entry Test, BACO, Tally,
1 14
Searching operation procedure with Guide Line and Personnel Line,
Entrapped Procedure, Use of Y manifold. Distress Signal Unit.
USE OF SMALL GEARS IN FIRE SERVICE Grouping of Small Gears
with examples -Fireman Axe, Ceiling Hook, Drag Hook, Fire Beater,
Door Breaker, Steel Shod Lever, Pad Lock Remover, Persuader,
2 16
Spreader, Cutter, Bending Bar, Quick Release Knife, Shears, Bolt Cutter,
Search Light, Focusing Light.
USE OF HYDRAULICALLY OPERATED SMALL GEARS IN
3 10
RESCUE OPERATION. Care and Maintenance of Small Gears.
BANDAGES AND THEIR RESPECTIVE USES
Rolling Bandages: width of roller bandage, Application: Simple spiral,
Reverse spiral Figure of Eight, Triangular Bandages: For the Scalp, for
the forehead, Eye, cheek or any part which is round in shape, Front or
4 14
back of the chest, For the shoulder, for the elbow, for the hand, for the
hip and groin, For the knee, for the foot, Stump, Types of Slings and its
application: Arm Sling, Collar and Cuff Sling, Triangular Sling.
Improvised Sling.
RESUSCITATION PROCEDURES
Methods of artificial Respiration like: Holger Nielson Method, Schaefer's
5 16
Method, Sylvester's Method, Mouth to Mouth, Eve's Rocking stretcher
Method, Emerson Method
TO PERFORM DRILL FOR TRANSPORTATION OF CASUALTIES
4 -man stretcher drill: Aim, Objectives, Equipment, Drill procedure by
6 10
individual No.1 to No.4 Rescuer, Loading Casualties to the Ambulance
Total 80
Learning Recourses:
Books:
Sr.
Author Title Publisher
No.
HMSO Fire fighting Drill Manual --
1
Practical Fire Safety And Ground
-- --
2
Command Tips
24
COURSE NAME : ADVANCE DIPLOMA IN FIRE SAFETY AND ENVIRONMENTAL
TECHNOLOGY
COURSE CODE : FL
SEMESTER : SECOND
SUBJECT TITLE : PROJECT AND SEMINAR
SUBJECT CODE : --
Teaching and Examination Scheme:
Teaching Scheme Examination Scheme
PAPER
TH TU PR TH TEST PR OR TW TOTAL
HRS.
-- -- 05 -- -- -- -- 50# 50@ 100
RATIONALE:
Project work gives an opportunity to the students to apply the knowledge gained during the
course for live situations. Through project work students ability to identify a problem, search
requisite information prepare a report improves. It also improves writing skills and presentation
skills.
OBJECTIVES:
The student will be able to:
1. Identify project.
2. Select project as per utility.
3. List uses in practical life.
4. Label importance of project.
5. Diagnoise shortcomings in project.
6. Read relevent literature about project.
25
LEARNING STRUCTURE:
ENHANSEMENT OF INTELLECTUAL SKILLS
Applications
VISITING, COLLECTING DATA AND IT's APPLLICATION
Procedures
SELF STUDY AND APPLICATION
Principles
LEARN
Concepts
APPLICATION OF KNOWLEDGE
Facts
26
Project Work:
ANY ONE
1. Project work on any one type of fixed fire fighting installation used in any Industry (LPG
Bottling plant / Steel plant / Explosive plant / Chemical or petro-chemical plant /
Engineering plant / Refinery / Textile Industry etc.)
2. Project work on installation, servicing and maintenance of portable fire extinguisher
installed in industry/buildings/malls.
3. Project work on any city fire brigade service.
4. Project work on Fire Safety for storage of Hazardous goods in Industry.
5. Project work on fire prevention and protection procedures adopted in an industry for
handling, storage and processing of hazardous chemicals.
6. Project work on "On Site Emergency Plan of a Chemical / Explosive / Steel Industry".
7. Project work on study of fire hazards associated in industrial process / activities and safety
precautions taken for these hazards.
8. Project work on "On Site Emergency Plan of a Chemical / Explosive / Steel Industry".
9. Project work on "Disaster Management Plan of an Industry".
10. Designing Waste Water Treatment, Plants pre or primary treatment, Biological Treatment
11. Project work to be based on practically & associated by any pollution generating Industry &
their remedies authorize & sign / Attested by factory Manager.
27
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