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School of Basic and Applied Sciences
Curriculum-Bachelors of Science (H)- FORENSIC SCIENCE
2017-78
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JAIIIDEAN
FIRST SEMESTER
TotalCredits(c)
Tutorial (T)
Hours PerWeek
Practical (P)
Hours Per
lVeek
Lecture (L)Hours Per
Week
Course TitleCourse
Code
33BSCF
l00ltoIntroduction
Criminology33Introduction to Forensic
Science and
Criminal Law
BSCF
1002
33Biology IBSCF
100333Chemistry IBSCF
1004
3PhysicsBSCF
10052')Clommunicative English - IBSCF
1006
I
21.tOTAL
sch@l ol 8dc eA,dld Sdu6Oargod.! Unlw(llty
.School of g.rsic & /,lplied Sciencer:r.-:,l a:. Llr,i.,, ti.
tsSCF
1008
Practicals
t
it
c('
I j
l
BSCF
1007
/Practicals - physics
BSCF
t 009
Practicals - Biology 2 I
Practicals
photography
forensic 2 I
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School of Basic and Applied Sciences
SI.]COND SEMESTER
Course
Code
Course Title Lecture (L)Hours Per
Week
Tutorial (T)Hours Per
Week
Practical (P)
Hours PerWeek
TotalCredits(c)
BSCF
l0l I
Crimeinvestigation
SCCNE 3 J
BSCF
t0l2Biology II 3 3
BSCF
1013
Chemistry II 3 3
UHVEl00l
Universal human values
& ethics
4 2
ENVS
l00 t
Energy &Environment
studies
3 3
BSCF
l0l4Communicative
EnglishJI
2
2
BSCF
t 0l5
-
I
J z I
2 I
TOTAL 19
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Galeotias Un iversitylJft;r Fr:rrnrl
JNIIOEAN
Sdtool d 8s3h e Apdbd SdstoaCatgod!! Unir9rtlv
Practicals Biology
I]SCF
l0l6Practicals - Chelnrstry
BSCI.
l0l7Practicals - crime scene
ln
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JAJT{
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THIRD SEMI.]S1'ER
Course
Code
Course Title Lecture (L)Hours Per
Week
Tutorial (T)Hours PerWeek
Practical (P)
Hours PerWeek
TotalCredits(c)
BSCF
2001
Fingerprints 3 3
BSCF
2002
Applied forensic biology 3 3
BSCF
2003
Forensic toxicology 3 3
BSCF
2004
Microscopy 3 3
BSCF
2005
2 I
E I
BSCF
2007
-
4 2
BSCF2
008
Basic Concepts inInstrumental Methods-
Physical
3 3
.I'O'IAL
Sdrool d 8ah f A,dld Sddlo.Gtshod!! Unt'rortlv
Practicals
toxicology
Forensic
2006
Practicals
biology I2
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School of Basic and Applied Sciences
FOURTH SEMESTER
Course
Code
Course Title Lecture (L)Hours Per
Week
Tutorial (T)Hours PerWeek
Practical (P)
Hours Per
Week
TotalCredits(c)
BSCF
2009
Appliedserology
forensic 3 3
BSCF
2010
Appliedchemistry
forensic 3 3
BSCF
zotlApplied forensic physics 3 3
BSCF
20r2 serology
1 2
) I
'l I
BSCF
2015
Instrumentation-
Biological
3 3
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School of Basi
Galgotc & Applied ScienceJias Un iversity
DEAN Utt.:r Pi::l:.lrSdrd oa Br.& [ A9ilsd Sdd6
Oarod!! unlw(tlty
Practicals
BSCF
20t3 physics
BSC}.
20t4Practicals forensic
chemistry
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School of Basic and Applied Sciences
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School o{ Basic & ApPlred Sciencet
G algotl as UniversitY
JNIIOEAN
I'IFTH SEMESTER
Course
Code
Course Title Lecture (L)Hours Per
Week
Tutorial (T)Hours PerWeek
Practical (P)
Hours Per
Week
TotalCredits(c)
BSCF
3001
Introduction to QuestionedDocuments
3 3
Science
3I 3
BSCF
3003
Research Methodology
and Statistics
3 3
BSCF
3004
Project
BSCF
3005
Practicals
DocumentsQuestioned ,+ 2
.tOTAL l7
!,
Sdrooad 86&eA,dldS*EOahrcd.! unlw(tlty
Uttar Pradesh
BSCF
.1002
Recent Advancements l11
6
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School of Basic and Applied Sciences
SIXTH SEMESTER
Course
Code
Course Title Lecture (L)Hours PerWeek
Tutorial (T)Hours PerWeek
Practical (P)
Hours PerWeek
TotalCredits(c)
BSCF
3006
Forensic ballistics 3 3
BSCF
3007
Forensic medicine 3 3
BSCF
3008
DNA profiling 3 3
BSCF
3009
Explosives 3 .)
BSCF
3010
1 1
I]SCF
l0l I2
TOTAL l6
)^
prade
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pplied Science I
JAIIISchool ol Bas
Galgo tias UniversitYDEAN Uttar Prad-'sh
Sdroold SElc 6 Applld Sdm.oOsh€d.! UnFrorlty
_______l
Practicals Forensic
Ballistics and Explosives
Practicals Forensic
Medicine and DNAProfiling
1
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School of B:tsic :rncl Applied Sciences
Course Ob.jectil.e:To give practicar exposure to the students in the different aspects of physics and ForensicCourses
co5 Analyze the elementary physical property ofmattcr and determine the density of liquid &solid.
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Practicals- physics
Cou rse Codc BSCF IOOT
Physics
Co rer; uisite Basic mathematics
A nti-rcq u isitc
L T P C
0 0 2
col
co2
ementary physical property ofmatter and determine the density of liquid &solid.
lnstnrments such as Abbe,s
Analyze the el
Operate optical
liquid & solid samplescol Calculate the angle ot: prism and realize the
accuracy ln measurementsCO,l Use spectrorneter to deternrine the u'avelength
ing the phenornenon ofdiffractionoflight apply
Uttar rta,-
Course Outcontc:
\
Name of Thc Course
Pre-requ isitt'
refractorneter to find the refractive index of
t:
Text Book (s)&Rel'erence Book (s)
Rl. Practical Physics, l"IEdition, C. L. Arora, S Chand publications.
R2. "LABORATORY MANUAL IN APPLIED pHySlCS"-secontr etrition H. Satr.ryaseelam -Ncrr agc lntcrnat iona L
Continuous .\ssessment Pattern:Internal Assessment(IA)
Mid Term(MTE)
Test End Term Test(ETE)
Total I\Iarks
50 50 100
Name of The Course Practicals-Chemistry
Course contents:
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Galgotias UniversityUttar Pradesh
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5
Determination of refractive index ofglass.Determination olrcfractive index of Iiquicl.Determination ol Angle of prism using spectronteterWave length olmonochromatic tight by using spectrometerTo determine the rvavelength ofspectral lines us ing diffraction grating
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School of Basic nnd Appliecl SciencesCourse Codc BSCF IOOS
Course Obiective:To give practical exposure to the students in the different aspects of chemistry and ForensicCourses
Course Outcome:
I
2
3
4
5
6
Cou rse c0ntrI ts:
Test tbr Proteins and Carbohydrates (sugars and Starches)Test tbr Fats and Lipids.Group analysis of cations
Group analysis of an ions
Standardiza
To analyze
indicator.
tion ofgiven liquid by primary standard using weak acid-strong base titration.the concentration of Fe2+ ions present in the given solution by using extemal
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School of Basic &
Galgotias U n,;er:
Uttar Pradesh
6c
Pre-req u isite Chemistrv
Co rrr; u isitr Basic rnathematics
Anti-requisite
L T P ('
0 0 2
crol
Enables snldents topresence ofanions/casalt
qualitatively analyse thetions in the given inorganic
co2
co3
c()4
nables students to employ
to employ the volumetrictltrations to analyze Fe 2+ ion in solution, usingintcrnal indicator
trtratlons techniqr,res used in chemistrylaboratory for standardization using weak acid-
trtrirtions to analyze Fe 2+ ion in solution, usingexternal indicator
L,
str( ) lt base titrations
the volumetric
Enables students to employ the volumetric
Enables students
tl
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School of Basic ancl Appliecl Sciences'l-o analyze lhe c.ncentration of Fe2r ions presentln-the grven sorution by using internalind icatt I r
Text Book (s)l. Tl. Laboratory Man*ar on Engg.Chemistry by S. K. Bhasin and Sudha Rani.2. T2.Practical Chemisrry by D N-Bajpai, S Ci.i, O p p"-".dly
Reference Book (s)3' Rl' Vogel's Texrbook of euantitative chemical Anarysis, Revised by G.H. Jeffery, J. Basse*,J. Mendham and R.C. Denney.4. R2. Applied Chemistry: Theory and practice by O.p. Vermani and A.K. Narula.
Continuous Assrssment p:rttern:lnternal Assessment(lA)
'l'estMid Term(MTE)
End Term Test(ETE)
Total l\Iarks
50 50 r00
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School of Basic and Applied Sciences
Course Objective:The objective of this course is to give practical exposure to the students iu the different aspectsof Biology-I and Forensic Courses
Course Outrorne:Discuss the importance of different stages of Cell Division i.e. mitosis andmciosis and ex lain the si nificance ofcell.
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co5 Predict the nature of given stain
C0rl rsr contents:
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3
4
Study of different stages of Cell Division i.e. mitosis and meiosrs
To stutly the structure of cheek cells
To study the structure ofplant cells
Study of morphology of red blood cells
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Uttar Prad esh
\ame ol The Course Practicals Biology
Coursr Codc BSCF IOO9
P re-req uisitr Biology
fio req u isite Chemistrv
Anti-rcquisite
L c
0 U 2 I
col
co2 Identify the structure ofcheek cells and observe it under microscope
CO3
Determine the rnorphology of Red Blood cells
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Diff'ercntiate thc dilfcrent organelles ofplant cells
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School of Basic nnd Applied Sciences
Text & Relerences:
o https://www.goodreads.com/book/show/l 45806.Biology
o Cell-Biology-P-S-Verma,/dp/9385676148
. Fundamentals ofBiochemistry by J L Jain Paperback
o Fundamentals of Biochemistry Paperback - lan 2016 by J L Jain (Author), Sunjay
Jain (Author), Nitin Jain (Author)
Continuous .\ssessnrent Pxttern:
EAN
t r. A" X. JAJN
t3r!r d a- r ^(on
:t:JEO.ri!,[ ' (h,*'n,
rrE cr{6e
Intcrnll A sscssmcnt
(r.\)Mid Term Test(MTE)
End Terrn Test(ETE)
Total NIarks
50 50 100
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GAUN(5 LCOIVER TIASSITY
School of Basic and Applied Sciences
Course Objective:The objective of this course is to give practical exposure to the students in the different aspects
of Photography and Forensic Courses
Course Outcome:
Course contents:
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Name ofThe Coune Practicals- Forensic Photography
Course Code
Pre.requisite Basic knowledge ofPhysics, Computer science
Co requisite Chemistry
Anti-requisite
L T P C
0 0 .l .,
col Demonstrate d ifferent methods oftaking photographs in different light conditionsc02 Employ the various methods of landscape and portrait photographyco3 Examine the methods indoor and outdoor photographyc04 Systematize a method for crime scene photography.
Plan and set-up the various crime scene for demonstration ofphotographic methods
$
e5
l. Photography ofobjects - Close-up, normal, telephoto and processing.
2. Document and Finger print Photo$aphy.
3. Photomicrography, Macro photography, Transmitted light Photography and UV fluorescence
Photography
4. Photography with different filters for developing contrasts
2.
-€
BSCF IO I O
c05
?
5. Black and white film developing
6. Black and white contact print and Enlargement.
7. Hands-on-Practice on digital Camera
8. Hands-on-Practice on Video Camera.
9. Photography of bite marks and skid marks
(5 LGOI\/ERGAUN TIASS I TY
School of Basic and Applied Sciences
Text Book (s)o DeForest, P., Gaensslen, R., and Lee, H., Forensic Science; an Introduction to Criminalitics,
McGraw Hill, New York, 1983.o Fisher, B., Techniques ofCrime Scene Investigation (6thEdn.; CRC press, Boca Raton, Florida,
2000.. James, S. H. And Nordby, J. J. (Eds), Forensic Science - An Introduction to Scientific and
Investigative Techniques, CRC Press, London, 2003.r Redsicker, D. R. (2000). The practical methodologt offorensic photography. CRC press.
o Davies, A. (2017). Digital Utraviolet and Infrared Photography. Focal Press.Reference Book (s)
o Robinson, E. M. (2016). Crime scene photography. Academic Press.o Marsh, N. (2014). Forensic Photography: A Practitioner's Guide. John Wiley & Sons.o Duncan, C. D. (2010). Advanced crime scene photography. CRC Press.
Peres, M. R. (201l). The Focal encyclopedia of photography (Vol. 102, No. 8). Boston, MA:Focal Press
JAII{DEAN -e5
I I
Internal
(IA)Assessment Mid Term
(IVIIE)Test End Term Test
(ETE)Total Marks
50 50 100
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Continuous Assessment Pattern:
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School of B:rsic and Appliecl Sciences
Course Outconrc:
co5 Able to understand extract and isolate DNA from Plant
C0u rsr conttnts:
Studying the morphology ofdifferent plant pa(s
Studying the modifications of different plant parts.I
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School of Basic & aPPirut
Galgotias Univer:
Uttar Pradesh
Nanrc ol 'l'hc Course Practicals- Biology
Course Code
Pre-rcquisilc Biology-II
Co rcquisite Chemistry
Anti-rer1u isite
L
0 i) 4 )
col To understand the morphology ofdifferent roots ,leaves ,stem and flowers ofplants
co2co3
To understand the modifications ofdifferent roots leaves ,stem and flowers of lants
To itlenti Iantsthe lnonocot antl dicotco.1 Assess tlifferent techni ues for stainin lant roteins.
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Course Objectivo:The objective ofthis course is to give practical exposure to the students in the different aspects
of Biology-ll and Forensic Science
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o
BSCF IOI5
T P C
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School of Basic nnd Appliecl SciencesText Book (s)Human Genetics: Concepts and Applications by Lewis R (2001) McGraw Hill; Boston
KLrby I rlmunology : liqlryJ-[ult. Ri hard A. Colds Barbara A. Osborne - 2007 - No
preview - More etlitions
Reference Book (s)r M. A. Miller, L.C. Leavell, &Kimber Grey's Stackpole's Anatomy & Physiology. l6'h Edition.o R.L. Dravce, K.I-. Vogl, & AWM Mitchell Grey's Anatomy for students 2005, Elsevier. Inc.
r l.E. Celis Cell biology Academic Press 2'd Edition.r Robertis&Robertis Cell & Microbiology 8'h Edition.o M.S. Lel1'el, A.D. Donnenberg& N.R. Rose Handbook of Human Immunology CRC press,
1997o Essentials of Human Genetics by S.M. Bhatnagaretal (1999) IV edition. Orient Longman.
r Basic Human Genetics by E.J. Manage and A.P. Manage (1997 India Reprint) Rastogi
Publications, Meerut.o Mendelian inheritance in Man: Catalogs of Autosomal recessive, and x-linked
phenotypes. I l2teditions - 1998 ] by McKusick, V.A. Johns Hopkins university press,
Baltimore.
Contin u ous Asst'ssnrent Pxttern:
lnternal(IA)
.\sscsslnent Mid Term(MTE)
'Icst
5t)
End Ternt Test(ETE)
Total i\Iarks
50 100
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School of Basic & APPltei
GalSotias Univer!
UBar Pradesh01 i t, l^)E \.Pg
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Course Objective:The objective ofthis course is to give practical exposure to the students in the different aspects
of Chemistry-ll and Forensic Science
Cott rse () tt l conrt:
Course Conlents:
I
2
3
To determine strength of the given acid
ldentifi cation of organic compounds
Separation of dycs by Papel Chromatographic technique
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Practicals- ChemistryName of fhe Course
BSCF IOI6Course Codc
Chemistry-[lI'rr-rtq tr isitr:
BiologyCo requ isite
Anti-requisitt
P CI, T
2t) 0
CO Enablcs sttttlcnts to conduct acid-base volumetric titrations
CO1
cto-1
Enables students to identify functional group in organic compoun
Enables students to separate dyes by underst
Chromato uefil hic techni
d
anding the concepts of Paper/Thin layer
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Text Book (s)
Tl. Laboratory Manr.ral on Engg. Chemistry by S. K. Bhasin and Sudha Rani'
T2.Practical Chemistry by D N Bajpai, S Giri, O P PandeY
Relerence Book (s)
Rl. Vogel's Textbook of Quantitative Chemical Analysis, Revised by G.H. Jeffery, J. Bassett, J.
Mendham and R.C. DenneY.
R2. Applied Chemistry: Theory and Practice by O.P. Vermani and A.K' Narula'
Continuous Assessnrent Pattern:
Internal Assessment
0A)
Mid Term Test
(MTE)End Term Test
(ETE)Total Nla rks
50 50 100
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(D GA LC;O-T I ASI.-'NIVI RSI'I'Y
School of B:rsic :rnd Applied Sciences
Course Objective:The objective ofthis course is to give practical exposure to the students in the different aspects
of Forensic Scicnce
Coursr Outconrt:
coIcol
CO.1
cos
Cou rsc Conte n ts:
Investigation and sketching ofindoor and outdoor scene of crime using triangulation method.
lnvestigation and sketching of indoor and outdoor scene of crime using baseline method.
Collection, packing and forwarding of different types ofevidences.
Crime scene management and reconstruction in Hit and ntn cases
Analysis of ditlerent types fibres.
Microscopic study of struchre ofhair. Identitication of human and animal h
I
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4
5
6
7
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\lnre ol l'ht Course Practicals- Crime Scene Investigation
BSCF IOIT
Pre-rtt1u isitr Biology- II, Chemistry-II, Forensic Science
Co rerluisitr Physics. Computer Science
Anti-requisitc
L T P C
0 0 ) I
Reconstruct the indoor and outdoor scene of crime using triangulation methodFormulate the sketch ofindoor and outdoor crime scene by base line method
co3Apply the gained knowledge in collection, packing and tbrwarding of varioustvpes of physical evidences to fbrensic laboratories tbr their anal yslsAnalysis dilTerent types of fibers on the basis of their physiochemical propertiesPeriorm microscopic examination to study morphology of hair and to comparethc structure of human and animal hair
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Course Codc
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School of B:rsic and Appliecl Sciences
Text Book (s)r Crime Scene Investigation- Dr. M.S. Rao
lnternrl Assessment
(IA)Mid Term Test(MTE)
End Term Test(ETE)
Total NIlrks
50 50 100
ry
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C0ntinuous Asscssment Pattern:
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School of Basic and Applied Sciences
Course Objective:The objective of this course is to give practical exposure to the students in the different aspectsof Forensic Biology, Serology, Photography etc.
Course Outcome:
Dctccl mctilllic olson rn iven biolo icaI matrix
Course c0ntents:
I . Analysis of mctallic poisons.
2. Analysis ofvolatile and non-volatile poisons
3. TLC ofinsecticides and pesticides.
4. TLC of Barbiturates and other drugs
5. Analysis of vegetable poisons
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Name of 'l'he Course Practicals- Forensic Toxicology
Coursc Codr: BSCF 2OO5
Pre-requisitr: Forensic Toxicology
Co requisite Chemistry, Biology
Anti-requisite
L 'I- C
0 2 I
col(()2 Identity Volatile and non- volatile poison in given sampleco.1 Develop 'l'LC tbr the identitlcation of lnsecticides and pesticidesCO{ Perlblm TLC for the identification of Barbihrrates and other dmgsco5 Analyse various poisons by various tests
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School of Basic and Appliecl Scierrces
Tr:xt Ilook (s)&llel'ercnce Book (s)
Rl. Forensic Laboratory Handbook procedure and practice, Ashraf Mozayani,20l I
R2.DFS Manual. 2005
R3.Practical Aspccts of Forensic Chemistry, Dr. Anil Kr. Teotia,20l3
Continuous Asse ssmcnt Pattern:
4School of Sasic & APPhed Sctence I
GalBotias U nivertrlY
U$ar Pradesh
Internal Assrssment(IA)
Mid Term Test(MTE)
End Term Test(ETE)
Total l\'Iarks
50 50 100
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School of Basic and Appliecl Sciences
Course Objectivc:The objective of this course is to give practical exposure to the students in the different aspects
of Forensic Biology, Serology, Photography etc.
Course Outcomc:To untlcrstand thc estirnation of stature usin lon boncs
Corr rst con I cnts:
Estirnation of stature using long bones
Determination ofage from skull sutures.
Determination of age from mandible.
Determination of sex from skull.
Determination of sex from Pelvis.
Study of pollen grains of forensic significance'
Identification of diatoms
Study of lite cYcle of blowflies
Demonstration of different parts of microscopes
Preparation of Dental Chart
Recording of bitc marks by Photography and casting
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Practicals- Forensic Biology\arne of 'l lte Course
BSCF 2006Course Coclc
[]olensic Biologv
Biology, ChemistryCo rrrluisitt
Anti-req u isitc
CL t' P
0 0 ).
cor'I o idrn I i and exantine bitt marks and their im r(anccco2
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CO,l
fibfro t n se(li ren l)oil re os II nlfc 0t h iledII t'c ts IIil dllToll (, cn scllc eY d er ne bt o lotue olrc rtn:l t(l tIr 1S urt' tl(l (ln rC ts
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School of B:rsic and Appliecl Sciences
Textbooks
o James, S. H. And Nordby, J. J. (Eds), Forensic Science; An Introduction to Scientific andInvestigative Techniques, CRC Press, London, 2003.
o Saferstein, Richard, Criminalistics - An Introduction to Forensic Science,6'h Ed. Prentice-Hatl,New Jersey, 1998.
o Sharma, B. R., Forensic Science in Criminal Investigation and Trials (3'd Ed) Universal LawPublishing Co. I-td. New Delhi, 2001.
. Bryant, V.M. Jr, Mildenhall, D.C. and Jones, J.G., Forensic Polynology in the United States ofAmerica Polynology. 1990, l4.PP. 193-208
o Faegri, K. Iverson, J. and Krzyrvinski, K. Textbook of Pollen Analysis 4th Edition. John Wiley& Sons. New York 1989.
o Microbial tbrensics By Roger Breeze, Bruce Budowle, Steven E. Schutzer. Elsevier AcademicPressReference Books
. The Forensic Laboratory Handbook Procedures and Practice By AshrafMozayani, Carlao Noziglia. 2nd edition. 201 1. Human Press.. Forensic Entomology: The Utility of Artfuopods in Legal Investigations Jason H. Byrd, James
L. Castner Taylor and Francis, 2009. Forensic entomology: an introduction By Dorothy E. Gennard Wiley.o Forensic palynology Dallas Mildenhall, Patricia Wiltshire, Vaughn Bryant Elsevier, 2006o Forensic palynology: An in-depth look at its indispensable value National University, San
Diego. 2002. Krogman, W. M. and M. Y.Iscan: Human Skeleton in Forensic Medicine.o Modi: A Text Book of Medical Jurispmdence & Toxicology.o Nath, S.: Forensic Anthropology
' Stewart. l'. D.: Essentials of Forensic Anthropologyo I .P. Singh, A Laboratory Manual on Biological Anthropology
C0ntinuoLrs .\s\cssnlrllt Pttttrn:
Nlid Term(N{TE)
Tcst End Term Test
(ETE)Total NIarks
50 50
Internal Asscssmcnt
(IA)
ry\(
L:r /a r' l/' rNSchool of Basic & APPlieJ
Galgotias Universii t
Uttar PradeshvU
100
(5 CALGO_TIAS(.rNtvl Rst t-Y
School of B:rsic and Appliecl Sciences
Course Objective:The objective of this course is to give practical exposure to the shrdents in the different aspects
of Forensic Fingerprint Examination
(lorrrsr Oul cottte :
L \i School of Basic & A.PPlled Science
GalSotias U niversitY
Uttar Pradeshl- i '
./,
Name of The Coursc Pr acticals- Fingerprints
Cort rsc ( odc BSCF 2OO7
Prc-rctluisitc Forensic Fingerprints
Co retluisitc Biology. Chemistry
Anti-l'rquisitc
l_ T ('
0 (.) 1,)
col To provide the inlbrmation about the plain and rolled fingerprints,identifi cation olpanerns.To perlbrm the ridge counting and tracing, for individualcharacterization.To develop and lift the latent fingerprints using powder andchemieill rnethods present at crime scene.
c02
( ()3
co4 To implcmcnt and update the ability of skill and knowledge infbrensic science analysis /examination among student so that thefirture rvithin forensic science discipline will continue to Uourish.
Y9 tv
c'-
ry
(5 CAL(]()-TIASL'NIVI-RSI'TY
School of Basic and Appliecl SciencesCourse conten ts:
Ilelerrnce llooks:
o Saf-erstein, Richard, Criminalistics. An Introduction to Forensic Science,6rh Ed. Prentice-Hall,New Jersey, 1998,
o Sharma, B. R., Forensic Science in Criminal Investigation and Trials (3"lEdn) Universal LawPublishing Co. Ltd. New Delhi, 2001 .
o Spesulation in Fingerprint Identification By Chatterjee S. K.
(l0ntinrrous .\ssessrnrnt Pirttern:
xDLIII
School of Basic 8
GalgotrasUttaror ,i\ r' llrN
a<id.e-.- ri ,.r ,!t4()rv... . r ." !' ,
Pradesh
itVto
I
2
3
4
5
6
'1
Making of fingcrprints on fingerprint cards and identifuing the pattem
Perform a ridge tracing and ridge counting
Identiry the individr.ral characters tiorn the fingerprint sample
Development of fingerprints using physical methods
Development of tingerprints using chemical methods
Classifi cation of fi ngerprints
Lifting and identification of latent fingerprints
I ntrrnal(IA)
,\ssessnren t Mid Term Test(MTE)
End Term Test(ETE)
Total Nl arks
50 50 r00
o.(
L
(5 CA LC;()-TIASt,NlVt:RSl l'Y
School of B:rsic and Appliecl Sciences
Cou rsc conten ts:
Blood Group analysis fron fresh blood
Blood group analysis tiom old blood stains
Catalytic tests for BIood
Crystal tests tbr Blood
Blood stain pattem analysis
Analysis of Biolog ical Fluids (Se men, Saliva, Sweat, Urine)
I
2
3
4
5
6
t^ L /- 11.11't
,<6y
\/t
School ofGalgotias U;,i':r':
Uttar Pradesha\
Name of 'f hc Course Placticals- Forensic Serology
('ourse ('ode BSCF 20I2
Pre-req uisite Forensic Science, Biology
f o requ isite Chcmistry
Anti-requisite
L J) C
0 + )
col To anal ze the recovered blood sam le from crime scene
To identi evaluate and individualizc the dried blood stains('olco3 To Analyze, identifo, evaluate & individualize the biological Fluids (Urine,
sernen. saliva, sweat('o1 To acqrrire, understand, & analyze the basic knowledge of Blood Pattem
sis as well as reconstruct the crime sceneAnal
Prz
Course Objective:The objective of this course is to give practical exposure to the students in the different aspects
of Forensic Serology.
Course Oulcome:
ryt,
)- :^\
T
0
(5 (]AL(jO-TIASuNtvElr.sl"I-Y
School of B:rsic and Appliecl Sciences'I'extbooks:
. Eckcrt, W.G., & James S.H., Interpretation of bloodstain evidence at crime scene,
CRC Press, Florida, 1989.r James. S.H. andNordby, J.J. (Eds.), Forensic Science - An introduction to Scientific
and investigative Techniques, CRC Press, London, 2003.
. KiIk. P.L., Introduction in crime investigation (2n'1), John Willey and, New York'197 4.
. Sat'ersrein, R. (1998). Criminalistics, An Introduction to Forensic Science, 6th Ed.
6'h Ed. Prentice -Hall. New Jersey.
Rel'erence Books:. M-K. Bhasin, A Laboratory Manual for Human Blood Analysis. Richard I-i, Forensic Biology: Identification and DNA Analysiso Tom Bevel, Bloodstain Pattern Analysis with and Introduction to Crime Scene
ReconstructionContinuous Assessment Pattern:
Ur f! r' rA rrl
s/s
.)
(9
4
DEAN
School of Basic & Applied Scienee:
Galgotias University
Uttar Pradeshr.-) P
Internal(lA)
.\sstrrrtr en t Mid Term Test
(MTE)End Term Tesl
(ETE)Total Marks
50 50 100
l" ,j\
L5 CAL(]()TIASUNIVERSI'1'Y
School of B:rsic rrnd Appliecl Sciences
Course Objective:
The objective ofthis course is to give practical exposure to the students in the different aspects
of forensic physics.
Course Outcome:
col To provide the inlbrmatron about the glass evidence, horv to analyze the glass
fracture and identitication of t'ractures and sequence.
AND E
"n ",, : jfr ;:l,ll.o"';1,,',''
"'. *
UBar Pradesh
,r-ame of The Course Practicals- Forensic Physics
Coursc Cotlc BSCF 20I3
Pre-requisite Forensic Science, Physics
Co req uisite Basic mathematics
Anti-rcq u isit e
L T P C
0 4 1
To analyze the paint sample under microscope and by chemical methods
To analyze the tool rnarks present at crime scene using different techniques
c'o2
('o3
c(]4
co5
To analyze thc soil samples present at crime scene using different techniqtres
To implement and update the ability of skill and knowledge in forensic science
analysis /examination among student so that the future within forensic science
discipline will continue to flourish.
4
0
(5s$l-,"EaTIf9
School of B:rsic :rnd Appliecl Sciences
(lou rse conlc n ts:
I
2.
Examination of glass fractures
Examination of tool marks
Rel'erence Book (s)r DFS Lab Manual Forensic Physics
Continuous r\ssrssment Pattern:
Intt'rnal(r,\)
.\ s\es\nlcnt N{id Ternr(M't'E)
l rst End Ternt 'I'est
(ETE)
'f otal ]{arks
50 50 r00
ilfinr
a N / .!i)Ns.r,oor d B,
1lll,,1,1ll,ll,
tta(
\)
IU
\,
IP
(
t)
\
I
{5 CALCOTIASL.,NlVl:RSI-fY
School of B:rsic and Appliecl Sciences
Course Objective:
The objective ofthis course is to give practical exposure to the students in the different aspectsof forensic chemistry.
Course Outcome:
l'he stutlents will be able to perform Calibration of UV-Vis Spectrophotometer
4r/j
ISchoo\
c
o''i"aau' Ptuo"tt''
,\0 /n\
\amc ol 'l'hc Course Practicals- Forensic Chemistrv
( oursr,('otlr: BSCF 20I4
Pre-requisite Forensic Science, Chemistry
( o rerl uisitc Basic mathematics
.\nti-rcquisitc
t. t' P C
0 1 2
('OIC
o2
The students will gain hands-on experience in the different aspects analysis of various
l'he stutlents will gain hands-on experience in the diff'erent aspects analysis of petroleumroducls b chenr ical and instmrnental techni ues
dlu
C'
o3Thc stutlcnts will be learn about the examination of food adulterations
('o,l
The students will be able to perform trap cases
C'
o5
i/tt3(
t1Y
nre )+
/,<.
0
(e g$,.F,.RTI+;
School of B:rsic and Appliecl SciencesCoursc con tents:
I . Physicat examination of petroleum products: Kerosene, Diesel and Petrol.
2. Examination of food adulterants.
3. Preparation ofTLC plates
4. Separation ofdrugs/ink by TLC and measurement ofRfvalue.
5. Calibration of UV-Vis Spectrophotometer.
6. Analysis of Alcohol
7. Breath alcohol ana lysis
8. Chemical and lnstrumental Analysis (W-Vis) of cannabis
9. Analysis of phenolphthalein in hand wash.
Textbook & ref'erence:
. DFS Plivs ics Manual
C-'ontinuous Assessment Pattern:
cn F, t/ tr)N
x
Internal Asscssment(IA)
Mid Term Test(MTE)
End Term Test(ErE)
Total \Iarks
50 50 100
'i
\\1-\
:))a
'Urr
.t,
.\,3rl,,
Dr_tN
s,h,"' 8.il;,i,1 .1:'xJ::l,i'**'
Utar PradesnR
(5 CALCO'I-IASUNIVEIISI'I"Y
School of Basic and Applied Sciences
Course Objective:
To impart students the knowledge about recent advancements in the methods and techniques
used in modem crimes.
Course Outcomes:
JNHOEAN
Sdod oa 88Jc a Apdld SdrBOdgdtr Unlw(.lv DFANS. .rl -f3 :-&,rn ul'l tvi
Name ofThe Course Recent Advancements in Forensic Science
Coune Code BSCF 3OO2
Pre,requisite Physics, Chemistry, Biology, Forensic Science
Co requisite Basic Computer Science
Anti-requisite
L P C
3 0 3
CoI
Understand concept of principle of various types biometric techniques, their acceptance,advan and disadvantages in tl e freld of forensic investigation
Co2
Acquire knowledge about various types of cybercrimes and forensic investigative tools fortheir detection
Co3
To make students understand the application of nanotechnology in indevelopment, Military investigation, DNA, Narcotics and Drugs testing
fingerprint
Co4
Understand hazards and risks of exposure of various environmental contamination to ourecology and how to evaluate such toxicant in environment by various detection techniquessuch as atmos heric tracer alon u ith ille I considerations of re ulatorr bodies
Co5
Understand various environmental haz-ards components and degradation ol' naturalresources along rvith legal considerations of cnvironmental regulaton statutcs
Utr , t,a-crit
* l 'eS c.
T
0
<5 GALCO-TIASI.JNIVERSITY
School of Basic and Applied Sciences
Course contents:
Unit tr: Cyber Forensics
JA'I{OEAN
Gdloold Balb e ApCled SdrGOdgdar- Unhrertlv
S, .l.ro DFANs '&np. .
Unit I: Biometrics
Pattem Recognition & Biometrics - Face, Iris & retinal imaging, Speech recognition, finger forpalm print, gait pattem, signatures, Pattem comparison, Computer simulation, Image processing
- Image capturing, Image restoration & enhancement. Image editing, Compression Technique -
Proactive Forensic science.
Fundamentals of computers, hardware and accessories, operating system. software,Cyber
Crimes- definition. IT laws- Introduction. intemet, hacking. virus. obscenity.
pomography,programme manipulation, software piracy. intellectual property and computer
security etc, Encryption and Decryption methods Search and seizures ofevidence Investigation
ofcybercrimes and tools for analysis
Unit ltr: Forensic Engineering
Definition of Forensic Engineering - Investigation Pyramid - Ceneralised Concepts of Failures:
Sources and Mechanisms - Types of Failures, Ductile and Brittle Fracture, Fatigue Fracture,
Distortion Failures, Wear Failures, Fretting Failures, Liquid Erosion Failures, Stress Corrosion
Cracking, Liquid Metal Embrittlement, Hydrogen Embrittlement, Elevated Temperature
Failures, Failures Related to Corrosion, Failures of Metallic Orthopaedic lmplant, Nuclear
Failures - Reporting the results of Forensic Engineering Investigation - Role of the Legal
System
Unit IV: Forensic Nanotechnology
Introduction and application of nanotechnology forensic science such as in fingerprintingdevelopmen! explosives, GSR,DNA, narcotics and drugs.
Unit V: Environmental Forensics
Environmental Toxicology: Introduction, Hazards And Risks, Routes & Duration Of Exposure,
Preservation ofFood, Food Additives (Regulation For Preservatives, Antioxidant, Sweeteners,
Colouring Agents, Flavoring Agents), Adulterants, Adulteration in vegetable Oil, Milk, SoftDrinks, Fruit Juices, Red Chilli Powder, Coffee, Tea. Determination of Toxicants and
Adulterants in Food: Prevention ofFood Adulteration Act. Environment Protection Act.
(urt_.; lta-es;l
t l?5 i:
C
t ?
(5 GALCO-TIASUNIVERSI'I-Y
School of Basic and Apptied Sciences
Textbooks:
o Massimo Tistarelli and Christophe Champod, Handbook of Biometrics for Forensic Science,
Springer, Cham
o Akam Alfawakheeri, Monique J. Morrow, The Humanized lnternet: Dignity, Digital ldentity
and Democracy
o Phil Scott, Digital Forensic Analysis of Smart Watches
o Joakim Kiivrestad, Fundamentals of Digital Forensics: Theory, Methods, and Real-Life
Applications
o Jocelyn O. Padallan, Cyber Security
. Lei Chen, Hassan Takabi, Nhien-An Le-Khac, Security, Privacy, and Digital Forensics in the
Cloud
o Ioana Gloria Petrisor, Environmental Forensics Fundamentals: A Practical Cuide
Reference books:
. Danen Hayes, Practical Guide to Digital Forensics lnvestigations
o O'Hara & Osterburg: Introduction to Criminalistics, 1949, The MacMillan Co., 1964
Continuous Assessment Pattern:
JA'NOEAN
f.iool d 86L l Apdld SdrGO€Jgdu Unlwelry
lntemal Assessment(tA)
CAT.I(ContinuousAssessmentTest)
CAT.2(ContinuousAssessment Test)
End Term Test(ETE)
Total Marks
20 50(ls)
50(ls)
100(s0)
r00
aDFAN . . r'es
r !l5 &.f!, i '..,...r'
.--;l;e'il"ii'
(_, CN L(:O-TIASUNIVEIISI'I'Y
School of Basic and Applied Sciences
Coursc C)bjective:
The objective of this course is to give practical exposure to th€ students in the different aspects
of Ballistics like exanrination of cartridge cases, comparison of bullets, various parts of
lirearms, Electrophoresis ofblood and blood enzymes, identification ofbite marks, the students
will also be taken for visit to the mortuary to witness autopsy.
('ou rse Outtornt:
co6 Assemble and co rrelate the various Instrumental techni lles rvith forensic ballistic cases.
Cou rst contclrts:
Study olammunitions (Bullet and cartridge)I
z
3
Chemical analYsis of ex
Study of various Parts o
plosive materials
f the firearms: - barrel, action, stock. caliber, choke etc
lo
Namt' of 'f he Course Practicals- Forcnsic Ballistics and Explosives
(lourse Code Irs('F i0l0
Pre-requisite Forensic ballistics
Co retluisite Chcmistry, Physics
.\nti-rcquisite
I, 'I' C
0 0 I 2
Discrirninate between dif'terent es of tirearmsCOI
co2Denionstrate and Practice the various methods of identification of tlrearms. fired
bullets/cartrid e cases
CO3
c()4 tlcnlraisc tlie techni ue of GSR examination.
of firearms with in ufo nkr !-rhsonn tthtil dotlil oC ntC t-cit It onL) s nl(ltbc rC 5c d eu St)5thI c xcII hodsS Stli] lli.ln1 C hslrco5
Sshoo 6u\$*, rr.o"th
and evidences.
t,
(5 gSl-F,,qTl+S
School of B:rsic and Applied Sciences
Text Book (s):
o Forensic Laboratory Hantibook procedrre and practice, Ashraf Mozayani' 201I
r Ballistics DFS Manual, 2005
r Forensic Science Experiments, Manteshu'er, Z0l I
r Brain J. Hear-tlt Hand book of Firearms anrl Ballistics; John willey, England; (1997)
Lab Manual criDrinalistics An introduction to Forensic Science, Richard Saferstein (2007) Ninth
Reli,rencr B0ok ( s):
Ed it ion
Continuous Asstssmcnt Pattcrn :
I ntr:rnal Asse ssment
0A)
Mid Term Test
(MTE)End Term Test
(ETE)Total Marks
50 50 100
\/LfI
tri? A / lrrN
tIo'lf
,6'/
Name of 'l'he Course Practicals- Forensic Medicine and DNA Profiling
Course Codc BSCF JOI I
Pre-req u isite Forensic Biology, Serology
Co requ isit r: Chemistry
Anti-requisitr
I- T P (l
0 0 1 1
(5 At_c; ()-rC;Ntr N SIVI ti.5 .I'YI
I
School of B:rsic and Appliecl Sciences
Course Objective:
The objective of this course is to give practical exposure to the students in the different aspects
of Ballistics like examination of cartridge cases, comparison of bullets, various parts oltirearms, Elcctrophoresis ofblood and blood enzymes, identification ofbite marks, the students
will also be taken for visit to the mortuary to witness autopsy.
Course Outcome:
cor To lovidc the hund on ex erience of examination of hairs and fibre sam les
C0u rse contcnts:
I
2
Isolation of DNAMortuary visit for observrng autopsy
Continuous Asscssmcnt I'attern:
50
EAN
*'""'"Jjiti':,',I'"7' .:.,.ccg )
Sr
---1 'uj>
li)l:l-,\/
colTo itlentify and examine various body fluid using biochemical and microscopicmethods and determine the blood ical lluidsLI from ditierent biolo
co3 rovide a hand on ex erience of DNA extractionTo understand and identifu the various parts of a firearms and able to examine fired
cartritl es.co4c()5 'fo understand thc roccdurc ofauto b live demonstration of aut tn moS
'Iotal NIarksEnd Term Test
(ETE)
'festtlid 'l'erm
(t\,t'IE).\\\tssnl cn tlntcrnal
(l^)50
'l'o
100 v