Dept. of M.Sc. Biotechnology
|
Department Profile Department Profile: Dept. of
M.Sc. Biotechnology
Thrust area of dept. is research.
Students compulsorily participate in the research
festival ‘Aavishkar’ conducted by P.A.H. Solapur
University, Solapur, Students have brought laurels
by winning prizes at U.G. and P.G. level. The
department is also having notable students in the
field of sports they represent the college at
university, National and international level. Few of
the students are also pursuing Ph.D. in various
fields of Biotechnology at renowned National and
International universities. Competitive exams of
Biotechnology have been qualified by our students.
We are the efficient and notable institute in
Biotechnology at the university.
H O D’s Desk
The department of biotechnology aims at offering
opportunities and competency of solving problems arising
out of the fast changing world. One of the biggest boost
to the students is an increase in self-confidence. The
fact to all students who join the college in first year
is that all are amateur, but by the end of final year
their personality changes drastically. Student gain high
self-esteem, more knowledge, develop good networking and
industrial exposure
The department intends to inculcate in the students an
interest to achieve attain and accomplish the world of
Biotechnology, it also aims at identifying the potential
in student and strives to become a center for augmenting
and contributing continuously to the vibrant field of
biotechnology. The department builds links with peer
Institute both at the National and International level
to embrace research and enrich its educational programs
.The alumni have distinguished themselves through their
achievements in and contribution to industry, academics,
research, business, government and social domain.
Over the years, the department has created a niche for
its innovative skill development and add-on courses
through continuous education. It is also steering its
best to provide an education that transforms students
through rigorous training and by providing an
understanding of the needs of society and industry.
I wish all the students getting admission to the
institute and my department all the very best and a
happy stay throughout their degree program.
Fee Structure
Faculty
Department of Biotechnology- Faculty Members
Sr. No.
Photo
Name
Qualification
Designation
Specialization
1
Mrs.Gopika Manjunath
M.Sc,B.Ed,SLET
H.O.D.
and Assistant professor
Molecular Biology
2
Dr.A.B.Valsange
M.Sc,PhD
Assistant professor
Biotechnology
3
Dr.R.S.Dhanve
M.Sc,PhD,Post.doc.
Assistant professor
Biochemistry
4
Dr.V.S.Adki
M.Sc,PhD,SET
Assistant professor
Biotechnology
5
Ms.R.D.Potdar
M.Sc
Assistant professor
Biotechnology
6
Mr.L.R.Gote
M.Sc,GATE
Assistant professor
Medical
Biotechnology
7
Mrs.S.S.Shikhare
M.Sc,B.Ed
Assistant professor
Biotechnology
8
Mrs.S.R.Patil
M.Sc,B.Ed
Assistant professor
Biotechnology
9
Mr.C.C.Walke
M.Sc,NET
Assistant professor
Biotechnology
10
Ms.S.G.Joshi
M.Sc,B.Ed
Assistant professor
Microbiology
11
Mrs.S.V.Kale
M.Sc
Assistant professor
Biochemistry
12
Ms. J.S.Athani
M.Sc
Assistant professor
Microbiology
13
Ms. A.R.Shinde
M.Sc
Assistant professor
Biotechnology
14
Ms. R.S. Pawar
M.Sc
Assistant professor
Biotechnology
Honorary
visiting faculty
1
Dr.S.M. Mitkari
M.A, PhD
English
2
Dr. Shama Mujawar
M.Sc, PhD
Bioinformatics
3
Mrs. Shweta Vinod
M.Sc. (IIT-M), K-SET
Biophysics
Research
and incubation
Syllabus
MSc-I - Biotechnology syllabus 2020-21
M.Sc.-II- Biotechnology syllabus
202122
Achievements
Sr. No.
Name of the student
Achievement
1.
Mr. Take Chetan Shivsharan
M-SET
2.
Ms. Gaikwad Prajakta Shivaji
Graduate Aptitude Test (GAT-B)
3.
Ms. Pachhapure Shailashree
Shreemant
Research Scholar (Ph.D) In South
Korea
4.
Ms. Sonali Gaikwad
Research Scholar (Ph.D) in ICAR,
National research center on pomegranate, Solapur
5.
Mr. Kurle Sagar Yallappa
Project in ICAR National research
center on pomegranate, Solapur
6.
Mr. Anirudha Sanjay Karvande
Pre Doctoral fellow in childrens
Hospital of Philadelphia, Lucknow
Consolation prize won at IIT, Delhi for presentation of
project on CRISPER Cas technology
Aavishkar Winners 2022-23
Activity
Farewell 2020
Proteogenomics Workshop
Probiotic food festival 2021-22
Scientific Rangoli Competition
Science Week celebration 2021-22
Ozone day- Calendar making and Rangoli competition
Sports Day 2019-20
Parents- Teacher meet 2021-22
Science City, Jaipur
Pasteur Institute of India, Coonoor, Tamil Nadu
ICAR –Millet research center, Solapur
P.Os, P.S.Os, Cos
Programme
Objectives and Outcomes: Master
of
Science
(M.Sc.)
Objectives
Outcomes
To
provide
fundamental and advanced
knowledge to students in a
chosen
specialized area
of science.
Students are acquainted with
fundamental and
advanced
knowledge of science
in
their
specialization area.
To develop and
boost
the
research
culture
in
young
mind through short
academic research
projects,
participating
in conferences and research
competitions.
The
research culture is
developed in students.
They
have
understood the basics of
research.
To
promote independent and collaborative
work, while
demonstrating the
professional and
ethical
responsibilities
of science and technology in
general.
Students are aware of
professional and
ethical
responsibilities
required for
their work field.
To
equip
students with the
skills
and
knowledge
to
produce
competent, creative and
imaginative Master’s
with
a strong scientific
intelligence.
Students
gets
basic
skill
and
knowledge;
they
become
good
thinkers with imaginative
mind.
Programme
Specific
Objectives
and
Outcomes: M.Sc.
Biotechnology
Objectives
Outcomes
To
provide
an
intensive
and
in-depth
learning to the
students
in
field
of
biotechnology.
Students
understood the field
biotechnology
in depth.
Beyond
simulating, learning,
understanding
the
techniques, it also addresses the
underlying recurring
problems of disciplines
in
today
scientific and
changing
business
world.
Students
become
skilled
one
with
techniques
in
biotechnology, they also able to
identify the problems
in
scientific and changing
business
world
and
they
can
troubleshoot
it.
To develop awareness
&
knowledge
of
different organization
requirement
and
subject
knowledge through varied
subjects and training
methodology in
students.
Students
acquired the knowledge
different organization
requirements.
They
are
benefited with both
practical and theoretical knowledge.
To train
the students to take up wide variety of
roles
like
researchers, scientists,
consultants,
entrepreneurs,
academicians,
industry leaders and
policy.
Students
are
trained
to
coup
the
requirements
of
job
sector also they are
able to become entrepreneurs.
Course
Objectives
and
Outcomes: Semester
–
I
Course
Name:
Microbiology
Course Code:
HCT1.1
Objectives
Outcomes
To
understand the classification,
identification
methods
and
evolutionary
relationship
of
prokaryotic.
Students
get
the
knowledge of microbial
taxonomy.
To
understand
the
omnivore
nature
of
microbes,
their
habitat
and
adaptation.
Students understood
microorganism.
the
omnivore
behavior
of
To
understand
the
basic
techniques
of
staining,
sterilization, isolation, cultivation,
preservation used in
microbiology.
Students
get
the
basic
knowledge of techniques
used
in
microbiology.
To
study the fungal
physiology,
etc.
in
depth.
characters, properties
and
Students
acquainted
knowledge of mycology.
To
study
the
structure,
replication
and
properties
of
viruses.
Students
acquainted
knowledge
of
viruses.
Course
Name:
Biochemistry
Course Code:
HCT1.2
Objectives
Outcomes
To
understand the
structure and role
of
biomolecules.
Students
are
aware
of
structure biomolecules and
also
role
of
different
biomolecules in living
organism.
To understand the
energy
relationship
of
biological
system.
Students
are
known
to
bioenergetics concept, various
energy
forms in living cell.
To
understand
the
metabolic
reactions, regulation and
their
energetic
concept
of
carbohydrates,
lipids,
amino
acid,
proteins and nucleic acids.
Students
understood
the
metabolic
process
and
their
associated diseases.
To
understand
the
ATP
synthesis
mechanism and
photosynthesis
process.
Students
get
the knowledge of ATP
synthesis in cell
as
well
as
photosynthesis
mechanism.
To
study
the
animals
and
plant
hormones are
their
mechanism of action.
Students
are
acquainted with knowledge
of
animal
endocrinology, also gets
understood plant growth
hormone.
Course
Name:
Inheritance
Biology
Course
Code:
HCT1.3
Objectives
Outcomes
To
understand
the Mendelian
laws,
gene
concept,
gene
interaction.
Students
get
information
of
Mendelian
genetics, gene
and
gene
interaction.
To
study
the
structure
of
chromosome,
chromosomal
aberrations
and
inheritance.
Students
are
acquainted
with
knowledge
chromosome
details.
To
study the transduction,
transformation
conjugation
process of gene transfer.
and
Students
get
knowledge
of
methods
of
gene
transfer in
microbes.
To understand the
polymorphism, Neo-Darwinism,
gene
frequency etc.
Students
get
knowledge of Population
genetics.
To
study
the
genetic
basis
of
evolution
and
genome
complexity.
Students are acquainted
evolutionary
genetics
with
knowledge
of
Course
Name:
Biostatistics
and
BioinformaticsCourse
Code:
SCT1.1
Objectives
Outcomes
Understand the concept of
population, sample,
sampling
method,
measures
of
central
tendency, measures of
dispersion, probability
distribution.
Do
the
calculations for univariate
data.
Can
use
sampling method for large
population.
Studying
the
correlation,
regression, hypothesis testing
with
different test statistics.
Can
use
test
of
significance to prove hypothesis
during
research.
Studying
of
genomics, proteomics and
biological
databases.
Can
identify
and
describe
the
different
biological
databases.
To
understand
the
methods
alignment
for
sequence
analysis, phylogenetics
analysis of
biological
sequences.
Students
can
do
biological
sequence
analysis.
Can
retrieve the information
from sequence In silico.
To
study
the
methods
of
structural
prediction and
analysis
of
biological
structures In
silico.
Students
get
knowledge homology modeling
and
molecular
modeling.
Course
Name:
Clinical
Bioinformatics Course
Code:
SCT1.2
Objectives
Outcomes
To understand the
Next
Generation
Sequencing (NGS)
method
used
of genome
sequencing.
Students
can
understand
NGS
approach
of
genome
sequencing.
To
understand
the
use
of
information
science
for
both
pathogenic
and
non-pathogenic
diseases.
Students
can
understand medical
bioinformatics.
To
study
the
method
of
clinical
data
analysis
and
management.
Students
can
understand concept of
medical coding.
To
understand
the
concept
of
Pharmacogenomic,
System
Biology and Metabolomics.
Student
can
get
knowledge
of
system
and
functional
biology.
To study the
Genome
sequencing
projects
and
their
applications
Students
are
acquainted
with
knowledge
of
genome
sequencing
project.
Course
Name:
Practical
in Microbiology
Course
Code:HCP 1.1
Objectives
Outcomes
To
understand the
aseptic techniques in
microbiology
Students can work
microbiology
lab.
in
aseptic conditions
in
To
understand
the
media preparation
in
microbiology
Students
can
prepare
the
different
media
for
growth
of
microorganisms.
To
understand the isolation
method,
staining
techniques, morphological
character,
biochemical
characters
of
bacteria.
Students
can
isolate
and
characterize
the
bacteria
from
different
source
To
study the antibiotic
susceptibility of
microorganisms.
Students can study
microorganisms
the
antibiotic effect
on
To
study the isolation and
cultivation of
Bacteriophages.
Students
can
isolate
and cultivate
Bacteriophages
Course
Name:
Practical
in
Concepts of
Biochemistry Course
Code:
HCP
1.2
Objectives
Outcomes
To
study
the
Qualitative
and
Quantitative
analysis of
biomolecules.
Students
can
identify
the
presence
of
particular
biomolecule
and can quantify it.
Study
of
isolation,
extraction and assay
method
for
lipids
and proteins.
Students
can
extract
and
quantify
lipid
and
protein
content.
Study
of
isolation of chloroplast
and
study
of
Hill’s
reaction.
Students
can
isolate
chloroplast
and
study
the
Hill’s
reaction.
To
understand
the
basic
techniques required for
biochemistry
Students
can
get
basic
techniques required for
the
biochemistry
work.
Course
Name:
Practical
in
Inheritance
Biology Course
Code: HCP 1.3
Objectives
Outcomes
To
Study
Mendelian principles, gene
interactions, linkages and
gene
mapping
Students can
understand
numerical
examples
of
Mendelian laws,
gene interaction, linkages
and
mapping.
To
study
the
mutation
effect
in
seed,
pollen
grain,
bacteria
and
its
effect
on
mitosis
and
meiosis.
Students
can
understand the effect
of
mutation
of
living
organism and on cell
division.
To Study the
Karyotyping
of
cell
Students
can
understand
the
concept
of
karyotyping
To
study
the gene
transfer
mechanism in bacteria.
Students
can
understand transformation,
conjugation
and transduction
To study the
strain
improvement
of
bacteria by
physical
and
biological
agents.
Students
can
understand
the
strain
improvement
strategy
for
bacteria.
Course
Name:
Practical
in
Biostatistics
and
Bioinformatics
Course Code:
SCP 1.1
Objectives
Outcomes
To study the use
of MS-Excel for the statistical work
Students
can use the MS-Excel for
statistical work.
Study
of literature database PubMed and
PMC
Students
can
retrieve
the
literature
from
database
To
retrieve
the
biological
and
sequences
and
its
analysis by alignment
method.
Students can retrieve protein
and nucleic acid
sequences
from
databases
and
can
analyze
it
by
alignment method.
To
understand
the
prediction
of
secondary
and
tertiary
structure
from
protein
sequence.
Students
can
predict
the
secondary
and
tertiary
structure
from
protein
sequences
Study
of
phylogenetic analysis and
phylogenetic tree
construction.
Students
can
construct phylogenetic tree
and
analyze
it.
Course
Name:
Practical
in
Clinical
Bioinformatics
Course
Code:
SCP 1.2
Objectives
Outcomes
Performing
the
practicals based on
R
language
Students can use
bioinformatics
work.
R
language
for
clinical
Study
of
online
Next
Generation
sequencing resources
and databases
Students
can
use
online NGS resources
and
databases
Study
of
databases.
Microarray
Data
Analysis
tools
and
Students
can
understand
the
microarray
concept
Study
of
International
Classification of Disease-10
codes
Students
can
introduced to International
Classification
of
Disease-10
codes
Semester
–
II
Course
Name:
Cell
Biology
Course
Code:
HCP
2.1
Objectives
Outcomes
To
understand
the
prokaryotic
and
eukaryotic cell
structure.
Students can understand the
basic structure
eukaryotic
and
prokaryotic
cell.
of
To
understand the cellular
differentiation.
interaction, cell
Students
can
get
knowledge
of
cell-cell
and
cell-
matrix
interaction and cell
differentiation property.
To study the
organelles of cell and their
role.
Students
can
study
the different
cell
organelles
To understand the
cytoskeleton
importance
in
cell.
of
cell
and
its
Students can understand
the importance
cytoskeleton
in
cell.
of
To
study
the
cell
cycle
and
cell
division and their
regulation.
Students
can
get
knowledge
and
cell
cycle,
cell
division
and
its
regulation.
To
study
the
signaling
molecule, their receptor
and
signal
transduction pathway.
Students
can
understand the cell
signaling mechanism
in cell.
To understand the
development process
in
animals.
Students
can
get
idea
about
animal
development.
Course
Name:
Enzyme
Technology
Course
Code:
HCP 2.2
Objectives
Outcomes
To
understand
the
basic
concept
of
enzyme,
its
classification
and
nomenclature, mechanism of
work
etc.
Students
can get
the
knowledge
of enzyme.
To
study
the
kinetic
properties
of
enzyme
like
Km,
Vmax,
etc.
Students
can
understand the enzyme
kinetics.
To
study
the
structure
and
function
relationship of
enzyme.
Students
can
understand function of
enzyme
and
its
relationship
with
structure.
To
understand
the
concept
of
allosteric
interaction and
cooperativity
of enzyme.
Students can understand allosteric
enzymes and
cooperativity
in
enzyme function.
Study
of
enzyme
regulation
mechanism.
Students
can
understand the regulatory
mechanism of
enzymes
To understand the
metabolic engineering, enzyme
engineering
and
enzyme
immobilization.
Students
can
get
knowledge of engineering
techniques
in enzymology.
Course
Name:
Molecular
Cell
Processing
Course
Code:
SCP 2.1
Objectives
Outcomes
To
understand the genome
complexity, genome
Students
can
understand
the
details
of
genome
and
its
organization,
various forms of
nucleic
acids,
gene
organization
structure.
To
understand the process of
prokaryotic
and
Students
can
understand
the
replication
mechanism in
eukaryotic
replication process.
prokaryotes
and
eukaryotes.
To
understand the process of
prokaryotic
and
Students
can
understand
the
transcription
mechanism
eukaryotic
transcription process.
in prokaryotes and
eukaryotes with differences
in both.
To
understand the process of
prokaryotic
and
Students
can
understand
the
translation
mechanism in
eukaryotic
translation process.
prokaryotes
and
eukaryotes.
To understand the
DNA
damages
and
its repair
system
Students
can get knowledge of the
DNA repair system
Course
Name:
Molecular
Medicine
Course
Code:
SCP 2.2
Objectives
Outcomes
To
study
the
use
of
molecular techniques for
human
genome.
Students
get
the
knowledge
of
human
molecular
genetics.
To understand the
genetic
cause
of
various diseases
associated
with
human.
Students
can
understand
the
genetic
diseases in human
being.
To
study the
use
regenerative
medicine
by using
stems
cell
therapy.
Students
can
get
idea
about
stem
cell
therapy.
To
understand the
gene
therapy
types
and methods.
Students
can
acquaint
with
knowledge
of
gene
therapy.
To
understand the discovery,
nature, source,
administration,
absorption and bioavailability
of
drugs.
Students
can
get
knowledge
of
pharmacogenetics
Course
Name:
Immunology
and
Immune
Techniques Course
Code: OET 2.1
Objectives
Outcomes
To
provide students with a
foundation in
immunological
processes.
Students
can
understand immunological
process
To
make
the
students
able
to
clearly
state
the
role
of
the immune system
Students
get
the
knowledge
of
immune
system
and
its
role.
To
make
the
students
able
to
compare
and
contrast
the
innate
versus
adaptive
immune
systems
Students
can
distinguish innate and
adaptive immune
system.
To get understand
the
concept
of
Antigen,
antibody,
their
interactions etc.
Students
are
aware
of
antigen
and
antibody
function in
immune
system.
To
understand
the
significance
the
MHC
molecule
in
terms
of
immune
response and transplantation
Students
are
acquainted with the
knowledge of MHC
and its significance.
Course
Name:
Agriculture
Science and Seed
Technology Course Code:
OET
2.2
Objectives
Outcomes
To understand the
physiological
process
and
its
response
to
environment.
Students
can
get the
knowledge
of plant physiology.
To study the
soil,
its
types
and
composition as well
as
to understand the fertility
of soil.
Students
can able to identify
the fertility factor of
soil.
To study the
stress
response
of
plant
to
both
biotic
and
abiotic
factors.
Students
can
understand
the
plant’s
stress
response
to
environmental
factor.
To understand the
mechanism of improvement
in
seed
and its storage.
Students
can
get
knowledge
of
seed
technology.
To study the
relationship between plant
and
animal
husbandry
Students
can
understand
the
importance
of
livestock
in
agriculture
Course
Name:
Practicals in
Cell Biology
Course
Code:
HCP 2.1
Objectives
Outcomes
To
study
the
isolation
method,
and
comparison
of
different
cells.
Students
can
be
able
to
study
different morphology of
cell.
To understand the
phases
of
cell
division (during
mitosis
and
meiosis).
Students
can study the phases of cell
division.
To
understand
the
permeability
concept
of
membrane
and
factor
affecting it.
cell
Students
can
demonstrate cell membrane
permeability.
To
isolate and observation of
chloroplast
mitochondria.
and
Students
can
be
able
to
study
mitochondria and
chloroplast
by
their
isolation from cell.
To
study
Micrometry concept and
Measurement of
cell.
Students
can
be
able
to
measure
the
microscopic
size
in microscope.
Course
Name:
Practicals in
Enzyme Technology
Course
Code:
HCP 2.2
Objectives
Outcomes
Study
of
isolation and quantification
techniques for
enzymes.
Students
can
be
able
to
isolate
and
quantify
the
enzyme.
To
study
the specific activity
of enzymes.
Students
can
be
able
determine the specific
activity
of
enzymes.
To
study
the
factors
affecting enzyme activity
(such
as
pH, temperature,
activator
and
inhibitors)
Students
can
demonstrate the effect
of different factors
on enzyme activity.
To understand the
kinetic
properties
of
enzymes
like
Km and Vmax.
Students
can
determine
the
Km
and
Vmax
of
enzyme.
To
study
the
concept
of
immobilization
of
enzyme
to
carrier.
Students
can
be
able
to
immobilize
the
enzyme.
Course
Name:
Practicals
in
Molecular Cell Processing
Course
Code:
SCP 2.1
Objectives
Outcomes
To
study
the
effect
of
protein
synthesis inhibitors on
gene
expression.
Students
can
be
able
to
demonstrate
the
effect
of
protein
synthesis inhibitor.
To
study
the
DNA
damage
repair
system
in
bacterial
system.
Students can demonstrate
the
mechanism
over
effect
of
UV
damage.
photoreversal
To demonstrate silver
nitrate staining of DNA
Students
can
visualize
DNA
band
electrophoresis
To
study
the
methods
of
isolation
of
DNA
from
bacteria,
plant,
animal,
yeast.
Students
can
be
able
to
isolate
the
DNA
from
different
cells.
To
study
the
isolation
plasmid
DNA,
chloroplast
DNA
and mitochondria DNA.
Students
can
be
able
to
isolate
extrachromosomal
DNA.
Course
Name:
Practicals
in
Molecular
Medicine Course
Code: SCP 2.2
Objectives
Outcomes
To
study
the
isolation
of
genomic
DNA
from
dried
blood
spot and hair.
Students
can
get
skill
to
isolate
genomic DNA from
dried
blood
spot and
hair
To study the Sickle
cell anemia RBC.
Students
can able to identify the
sickle celled RBC.
To
demonstrate the
phosphatase
activity of serum.
Students
can
able
to
study
the
serum
phosphatase
activity.
To
study
the genetic diseases.
Students
can
understand the cause
and
inheritance
pattern
of
genetic
diseases.
Course
Name:
Practicals
in
Immunology
and
Immune
Techniques
Course
Code:
OEP
2.1
Objectives
Outcomes
To
study
the
immune-techniques
used
for
disease
diagnosis.
Students
can
demonstrate the immune-techniques
Study
of
diagnostic tests like
ELISA,
Widal
etc.
Students
can
demonstrate the disease
diagnosis by
Widal,
ELISA
etc.
To
study
the
method
for
the
preparation of bacterial
antigens.
Students
can
prepare the bacterial antigen.
Course
Name:
Practicals
in Agriculture Science and
Seed
Technology Course
Code:
OEP
2.2
Objectives
Outcomes
To
understand
the
nutrient
and
water
uptake
property
of plants.
Students
can
use
laboratory
techniques to measure
water
and
nutrient
uptake in
plants
To isolate DNA
and
RNA
from
plants
and
its
verification.
Students
can
isolate
the
DNA
and
RNA
from
plant
cells.
To
study
the
effect
of
industrial
effluent on seed
germination
and
plant growth.
Students
can
demonstrate the effect
of
industrial
effluent
on
seed
germination and plant
growth Semester
–
III
Course
Name:
Industrial
and
Environmental
Biotechnology
Course
Code:
HCT3.1
Objectives
Outcomes
To get Introduction
to
bioprocess
engineering
Students
get
the
knowledge of bioprocess
engineering.
To
understand
the
Upstream
Process involved in
Industrial
production of chemicals.
Students
understood
the
Upstream
Process
involved
in
Industrial
production of chemicals.
To
understand
the
Downstream
Process
involved in
Industrial
production of chemicals.
Students
understood
the
Downstream Process
involved
in
Industrial
production of chemicals.
To
study
Scope
of
Biotechnology
in
Environmental
protection.
Students acquainted knowledge
of Scope of
Biotechnology
in Environmental protection.
To
study
Bioremediation for clean
environment
Students
acquainted
with
Bioremediation
for
clean
environment.
Course
Name:
Genetic
Engineering
Course
Code:
HCT3.2
Objectives
Outcomes
To
understand
Tools
for Genetic
Engineering
Students
get
the
knowledge
of
Tools for Genetic
Engineering.
To understand the
Expression strategies.
Students
understood the Expression
strategies.
To
understand
the
In
Vitro
construction,
screening
and
Isolation
of
recombinant DNA Molecules.
Students understood the In
Vitro construction, screening and Isolation of recombinant
DNA
Molecules.
To study Analytical
techniques
manipulation.
used
in
Genetic
Students acquainted
knowledge of Analytical
techniques
used
in
Genetic manipulation.
To
study
Applications of rDNA
technology.
Students
acquainted
with
Applications
of
rDNA
technology.
Course
Name:
Plant
Biotechnology
Course
Code:SCT3.1
Objectives
Outcomes
To understand Plant
Physiology and Basic
Techniques
in Plant Tissue
Culture
Students
get
the
knowledge
of Plant Physiology and
Basic
Techniques in Plant Tissue
Culture
To
understand concepts of Micro
Organogenesis,
Somatic
Embryogenesis.
propagation,
Students understood the
concepts of Micro
propagation,
Organogenesis, Somatic
Embryogenesis.
To
understand
Protoplast Culture, Anther
Culture
and
Cryopreservation.
Students understood Protoplast
Culture
and
Cryopreservation.
Culture, Anther
To
study
Plant
Transformation Technology.
Students acquainted
Technology.
Plant
Transformation
To
study
Applications of Plant Biotechnology.
Students acquainted with
Biotechnology.
Applications
of
Plant
Course
Name:Cancer
Genetics and
Animal Cell
Culture Course
Code:SCT3.2
Objectives
Outcomes
To get Introduction
to
Cancer Biology
Students
get
Introduction to
Cancer Biology
To
understand
mechanisms in Cancer
Progression.
Students understood the
mechanisms in Cancer
Progression.
To
understand
Diagnosis and Treatment of
cancer.
Students
understood
Diagnosis
and
Treatment
of
cancer.
To study Introduction
of
Animal Tissue
Culture.
Students acquainted
Plant Transformation
Technology.
To study
Viability
and Micromanipulation
in
ATC.
Students
acquainted
Viability and Micromanipulation
in ATC.
Course
Name:
Computational
Structure Biology and Drug
Designing Course
Code:OET3.1
Objectives
Outcomes
To
get Introduction to Structural
and Pathway
Databases
Students
get
Introduction to
Structural
and
Pathway
Databases
To studyStructure
Prediction
Methods.
Students
studied Structure
Prediction
Methods.
To
understand
Homology Modeling.
Students
understood Homology Modeling.
To study
Molecular interaction.
Students
acquainted Molecular
interaction.
To study Drug
Discovery and Drug designing.
Students acquainted Drug
Discovery and Drug
designing.
Course
Name:
Advance
Pharmaceuticals
Course
Code:OET3.2
Objectives
Outcomes
To study Physical
pharmaceutics
Students
studied Physical
pharmaceutics
To understand the concepts of
Dissolution.
Students
understood concepts of
Dissolution.
To study Surfactant
System.
Students
studied
Surfactant
System.
To study Polymer
science.
Students
acquainted Polymer science.
To be aware
of Stability studies.
Students
acquainted with Stability
studies.
Course
Name:
Practicals
in
Industrial
&
Environmental
Biotechnology
Course
Code:HCP
3.1
Objectives
Outcomes
To
understand
Fermentative production of
Organic
solvents
Students
understood
Fermentative production of
Organic
solvents like Ethanol/Acetone/
Butanol
To
understand
Production of Alcoholic
beverages
Students understood
Production of Alcoholic
beverages
like Beer/ Wine
To
study
Fermentative production of
Amino
Acid
and
vitamins
Students
studied
Fermentative production of
Amino
Acid
and
vitamins
like
L-glutamic
acid/Phenylalanine/
L-lysine and vitamin B12
To
study
the
BOD
and
COD
levels
of
different
water
systems
Students
acquainted
with
BOD
and
COD
levels
of
different
water
systems
To
understand
Bacteriological analysis of
water
by
presumptive,
confirmatory and completed tests
Students
acquainted
with
Bacteriological analysis of
water
by
presumptive,
confirmatory and completed
tests
To
Isolate
xenobiotic degrading
microorganisms
Students isolated
xenobiotic degrading
microorganisms
Course
Name:
Practicals
in
Genetic Engineering
Course
Code:
HCP 3.2
Objectives
Outcomes
To understand Isolation
of
Genomic
DNA
from
bacteria
Students
understood Isolation
of
Genomic
DNA
from
bacteria
To understand Isolation
of
plasmid
DNA
Students
understood Isolation of
plasmid
DNA
To study In vitro
DNA ligation
Students
studied In vitro DNA ligation
To understand
Transformation
of
E.
coli
Students
acquainted with Transformation
of
E.
coli
To
understand
Southern blotting and
hybridization
Students acquainted with
hybridization
Southern
blotting
and
To
understand Restriction
Fragment Length
Polymorphism
(RFLP)
Students
understood
Restriction
Fragment
Length
Polymorphism
(RFLP)
To understand DNA
amplification
by
PCR
Students
understood DNA amplification by
PCR
To
study
Isolation of Bacteriophage
and
purification
of phage lysate
Students
studied
Isolation
of
Bacteriophage
and
purification
of
phage
lysate
Course
Name:
Practicals in
Plant Biotechnology
Course
Code:
SCP 3.1
Objectives
Outcomes
To study Preparation of
Media.
Students
can
prepare
media
for
PTC
To study Ex-plant
Surface Sterilization
Students
can
understood Ex-plant
Surface
Sterilization
To study Callus
Culture and Organ
Culture
Students
can
do
Callus Culture
and
Organ
Culture
To
study
In
vitro rooting and
acclimatization
Students acquainted with
In vitro rooting and
acclimatization
To
study
Protoplast isolation and culture
Students
acquainted
with
Protoplast
isolation and
culture
To
study
Anther Culture/ Production of
haploids
Students can understood
Anther Culture for
Production
of
haploids
To study Synthetic
seed
preparation
Students
can
understood
Synthetic seed preparation
Course
Name:
Practicals
in
Cancer
Genetics and Animal Cell
Culture Course
Code:
SCP 3.2
Objectives
Outcomes
To study
DNA
amplification
by
PCR
Students
studied DNA amplification
by
PCR
To study
Reporter gene assay (b-
Gal)
Students
understood Reporter
gene
assay
(b-
Gal)
To
study DNA Fingerprinting:
Using RAPD
techniques
Students
studied
DNA
Fingerprinting:
Using
RAPD
techniques
To study Aseptic
Transfer technique in
animal
Cell
Culture
Students
acquainted with Aseptic
Transfer technique
in animal Cell Culture
To study Preparation
of
Balanced
Salt
Solution
and
pH
Students
acquainted with Preparation
of
Balanced
Salt
Solution
and pH
To study standards for
animal cell
culture
Students
studied
standards
for
animal
cell
culture
To
study
Trypsinization methods in animal
cell
culture
Students
understood
Trypsinization methods in
animal
cell
culture
To
study
Chick
Embryo
Culture
/
Lymphocyte Culture
Students understood Chick
Embryo Culture /
Lymphocyte
Culture
Course
Name:
Practicals in
Computational Structure
Biology
and Drug
Designing Course Code:
OEP 3.1
Objectives
Outcomes
To
understand Accessing to Structural
Databases and
Data
retrieval using RCSB PDB, CSA
PDBe,
PDBeChem,
PDBeFold, PDBeMotif, PdbSum.
Students
understood
Accessing to Structural
Databases and Data retrieval
using
RCSB
PDB, CSA PDBe,
PDBeChem,
PDBeFold,
PDBeMotif, PdbSum.
To
understand
Structural classification using
CATH,
SCOP
resources
Students
understood
Structural
classification using
CATH,
SCOP
resources
To
study Secondary
SOPMA
and
GOR
structure
prediction
using
Students
studied
Secondary
structure prediction using
SOPMA
and
GOR
To study
Homology
modeling
by
SWISSMODEL,
and
Modeller
9V2 and Model Validation using
RAMPAGE
or
PROCHECK,
Students
acquainted with Homology modeling by
SWISSMODEL,
and
Modeller
9V2
and
Model
Validation
using
RAMPAGE
or
PROCHECK
To
comprehend
Prediction of protein-protein,
protein-
DNA,
protein-ligand interactions and
Drugbank database and Chembank
database
Students
acquainted
with
Prediction of protein-protein,
protein-DNA, protein-ligand
interactions
and
Drugbank database and
Chembank database
To
understand Design of ligands using ACD
lab and
Chemsketch and Development of
lead library and high
throughput
screening
using
In
silico
ADMET
Properties
Students
understood Design of ligands using ACD
lab
and Chemsketch and Development of
lead library and high throughput
screening using In
silico
ADMET
Properties
To
understand Docking
using
AUTODOCK
and HEX
Students understood
AUTODOCK
and HEX
Docking
studies
using
Course
Name:
Practicals
in
Advanced
Pharmaceuticals
Course
Code:
OEP 3.2
Objectives
Outcomes
To
understand Powder characterization:
Microscopy –
Particle
size
analysis, calculation
of
shape factors.
Compression and compaction – Huckel plot
studies,
tensile
strength.
Students
understood Powder characterization by
Microscopy
Students
understood Compression and compaction –
Huckel
plot studies, tensile strength
To understand
Solubilization
:
•
Effect
of dielectric
constant on solubility
•
Complexation
•
Ternary
phase
diagram.
•
Solid
dispersion
Students
understood Solubilization and
Effects
of
some parameters on solubility
like dielectric constant,
Complexation,
Ternary
phase
diagram,
Solid
dispersion
To study
Stability of multiple
emulsions
Students
studied Stability
of multiple emulsions
To
comprehend
Polymer science: Rheological
and
thermal
characterization of polymers
Students acquainted with
Polymer science:
Rheological
and
thermal characterization
of
polymers.
To
comprehend
Degradation kinetic study
of
a
drug
in
a solution
Students
acquainted
with
Degradation
kinetic
study
of
a drug in a solution
To
understand
Accelerated stability studies
of
a
formulation
Students
understood
Accelerated stability studies
of
a
formulation
To study Dissolution of
various dosage
forms
Students
studied Dissolution of
various dosage forms
Semester
–
IV
Course
Name:
Animal
Biotechnology
and
Stem
Cell Technology
Course
Code:
HCT 4.1
Objectives
Outcomes
To
get
Introduction of animal
cell
culture
and
cell
culture
media.
Students
got
Introduction of animal
cell
culture
and
cell
culture
media.
To
understand the
Characters of cells and behavior.
Students
behavior.
understood
the Characters
of
cells
and
To understand the
Concept
of
cell
line
and
transgenic
animal.
Students
understood the Concept
of
cell
line
transgenic
animal.
and
To understand Basics,
Properties and Classification
of
Stem
Cells.
Students understood
Basics, Properties
Classification
of
Stem
Cells.
and
To
study
Tissue
Engineering
and
Transplantation
Techniques.
Students
got
knowledge of Tissue
Engineering and
Transplantation
Techniques.
Course
Name:
Advanced
Analytical
Techniques
Course
Code:
HCT 4.2
Objectives
Outcomes
To study
Microscopy
and
Centrifugation
techniques.
Students studied Microscopy
techniques.
and
Centrifugation
To understand the
Chromatographic techniques.
Students
understood the Chromatographic
techniques.
To study the
Electrophoresis
technique.
Students
studied
Electrophoresis
technique.
To
understand Electrochemical
technique
Spectroscopy.
and
Students
understood
Electrochemical technique and
Spectroscopy.
To study Radio isotope
techniques.
Students
studied
Radio
isotope
techniques.
Course
Name:
Research
Methodology and Intellectual
Property
Right (IPR) Course
Code: HCT 4.3
Objectives
Outcomes
To understand How
to
perform Research.
Students
understood steps in,
formulation of
reseach.
To understand Sampling
Techniques and Parametric
Tests.
Students understood Sampling
Techniques and
Parametric
Tests
for
statistical
analysis.
To understand how to
write
Thesis and
Manuscript.
Students understood how to
write Thesis and
Manuscript.
To get Introduction
to IPR
and
Patents.
Students
understood Intellectual property
rights
and its
Protection
and
patenting.
To study Plant
breeder’s right.
Students
studied
Plant
breeder’s
right.
Course
Name:
Medical
Biotechnology and
Bio-Nanotechnology
Course
Code:
SCT 4.1
Objectives
Outcomes
To study Medical
biotechnology.
Students
studied
Medical
biotechnology.
To understand Laboratory
diagnosis.
Students
understood Laboratory diagnosis.
To study
Chemotherapy.
Students
studied Chemotherapy
for some
diseases.
To
understand
concepts in and
applications of Bio-
Nanotechnology.
Students
understood
concepts in and
applications of
Bio-Nanotechnology.
To study Synthesis of
nanostructures.
Students
studied
Synthesis
of
nanostructures.
Course
Name:
Advanced
Pharmacognosy
Course
Code:
SCT 4.2
Objectives
Outcomes
To
study General Research
Methodology
Pharmacognosy.
for
Students
studied
General Research Methodology
for
Pharmacognosy.
To
understand Herbal drug
Industry
Entrepreneurship
Development.
for
Students understood Herbal
Entrepreneurship
Development.
drug
Industry
for
To study
Herbal drug regulatory
affair.
Students
studied
Herbal
drug
regulatory
with
respect
to
affairStability, Safety and toxicology,
Regulation
and
dispensing of herbal drugs.
To
understand
Information
Retrieval
systems
Herbal
Drugs
and Literature
survey.
of
Students
understood Information
Retrieval
systems
of
Herbal
Drugs
and Literature
survey.
To
study
Volatile oils and
Dyes
of
commercial value.
Students
studied
Volatile
oils
and
Dyes
of
commercial
value.
Course
Name:
Project
Dissertation and Viva Voce
Course
Code:
MP 4.1
Objectives
Outcomes
To
work on a
project from Biotechnology
subject.
Students
understand
concepts
in
detail
of
their
projects and develop
practical skills.
Students
understand
report
writing
and
develop
their
presentation
skills. M.Sc.
II
(Theory)
Semester-IIl (w.e.f. 2021-22)
Course
Name:
Industrial
and
Environmental
Biotechnology
Course
Code:
HCT3.1
Objectives
Outcomes
To
obtain
knowledge on
wide-ranging
topics
related
to
applications of biotechnology in
industries.
After
the completion of
the course
the
student
will
have
overall knowledge
of
Scientific
industrial biotechnology and
applications of microbes
and
enzymes used in
industry.
To
learn about bioprocess
technology and
its
applications
and
get
familiar
with
enzymes
and
microbes
used
for
industrial
purposes.
Environment
protection
regulations and source
of
environmental
pollutions.
To
learn
the
environment
protection
Act
and
Law
related
to
environmental
biotechnology
Environmental pollution and its
remediation measure
The capability to apply
avalanched discipline in waste water management.
To
understand
the
basic
principles involved in
waste
water
management, Bioremediation &
microbial leaching
Course
Name:
GENETIC
ENGINEERING
Course
Course
Code:
HCT 3.2
Objectives
Outcomes
The
objective
of
the
course
is
to
familiarize the
students
with the basic concepts in genetic
engineering
To
acquaint the students.
The students will
have
knowledge
of
tools
and
strategies
used
in
genetic
engineering.
To
versatile
tools
and
techniques employed in
genetic
engineering
and
recombinant DNA technology
Understanding
of
applications of recombinant
DNA
technology
and
genetic
engineering.
from
academic
and
industrial
perspective.
To
appraise
engineering.
them
about
applications
genetic
Can
use and apply the knowledge
of
engineering
in
problem solving and
in
practice
genetic
Course
Name:
PLANT
BIOTECHNOLOGY Course
Code:
SCT 3.1
Objectives
Outcomes
To
learn
about
basic
techniques in plant
tissue
culture,
Micro
propagation
and
other
type
of
hybridization
techniques
On
the
completion of course
student will be
able
to
understand
different hybridization
techniques
and
basics
of
embryogenesis.
To
know
about
genetic
transformation
in
plant and
techniques
about gene delivery.
They
will
be
able
to
learn
about
different
gene
delivery techniques.
To
know
about
applications
of
plant
biotechnology
in
molecular
farming.
Course
Name:
CANCER
GENETICS AND ANIMAL
CELL
CULTURE Course
Code: SCT
3.2
Objectives
Outcomes
To
study
the
stem
cell
and
its
use
as
regenerative
medicine.
After
completion of
this
course
students understand
basic
aspects
of
Cancer
pathology, epigenetic and
somatic genetic changes
in tumors.
To
study
the
molecular
level
of
cancer
development
and progression.
Students
become
familiar with basic
principles and
applications
of
cell
culture.
To study the diagnosis
and treatment for cancer.
Students
will
also
learn
about
the
different
types
of
stem
cells.
Course
Name:
COMPUTATIONAL
STRUCTURE BIOLOGY AND DRUG
DESIGNING Course Code:
OET 3.1
Objectives
Outcomes
The objective of
the
course
is
to
familiarize the students
with
the
basic
concepts
structural
and
pathway
Databases.
Upon
successfully completing this course the
students
could
be
able
to
explain
which
type
of
data
is available
from
the
most
common
public
databases
like
(UniProt,
Protein
Data
Bank, CATH,
SCOPE, PDBe
servers).
Students
will
understand
the
basics
of
molecular
interaction
in
various
diseases.
Acquiring
theoretical
and
practical knowledge of
drug
development.
To
understand
the
principles
of
drug
discovery and
drug
development
Course
Name: ADVANCE
PHARMACEUTICALS
Course
Code: OET 3.2
Objectives
Outcomes
To study Physical
pharmaceutics
After
completion
of
this
course
students
understand
basic
aspects
of
Students can understand
Physical
pharmaceutics.
To understand the
concepts
of Dissolution.
Students
will
understood
concepts
of
Dissolution
To
study
Surfactant System.
Students
can
enriched with knowledge
of
Surfactant
System.
To study Polymer
science.
Students
can
acquainted Polymer science
and
Stability
studies.
To be aware
of Stability studies.
Course
Name:
ANIMAL
BIOTECHNOLOGY AND
STEM CELL TECHNOLOGY
Course
Code:
HCT
4.1
Objectives
Outcomes
The
objectives of this course are to
introduce students
To
the
principles,
practices and applications
of
animal
culture
and
stem
cell
technology.
Be able
to gain fundamental knowledge in animal
cell
culture
and cell culture media
and their applications
Animal
tissue
culture,
animal
genomics,
genetic
transformation
and
molecular
breeding
of
animals.
Be
able
to
describe
gene
transfer
technologies
for
animals
and
animal
cell
lines.
Providing
students
with
a
theoretical and practical
understanding
of
production
of
transgenic
animals.
Be
able to describe Tissue
Transplantation
Techniques.
Course
Name:
ADVANCED
ANALYTICAL
TECHNIQUES Course Code:
HCT
4.2
Objectives
Outcomes
To
provide an adequate knowledge of the
principles,
instrumentation and applications
of common analytical
techniques.
Upon
successful
completion, students will
have
the
knowledge
and skills
To
Explain the theoretical aspects of key
analytical
techniques
and
instruments
used
in
different
biological areas.
To
provide
scientific understanding of
analytical techniques and
detail
interpretation of results.
To
understand the strength and
limitations of
techniques
and
creative
use
of
techniques for problem
solving
Course
Name:
RESEARCH
METHODOLOGY AND INTELLECTUAL
PROPERTY RIGHTS Course
Code:
HCT 4.3
Objectives
Outcomes
Identify
an
appropriate research problem
in
their
interesting domain.
After
completely this paper students will learn
following
knowledge: Students will get useful
information
about
Steps
in
Research and Sampling
Techniques.
Understand
the
Preparation of a
research project
report
Students
will
be
able
to
learn
about
Thesis
and
Manuscript
writing.
Understand
the
law
of
patent and
copyrights.
Students
will
know
the
importance of patents
and
IPR
in processing their
innovations.
Understand
the
Adequate
knowledge on IPR
Course
Name:
MEDICAL
BIOTECHNOLOGY AND
BIO-NANOTECHNOLOGY
Course
Code:
SCT
4.1
Objectives
Outcomes
To
understand
Diseases.
the
molecular
basis
of
microbial
By the end
of
the
course, the student
should
be
able
to
Understanding
the
overview of bacterial, fungal
and
viral
infections.
To
integrate
knowledge of biology,
physics, and
chemistry
associated with nanotechnology.
Getting
the knowledge for the diagnostics
treatment
of
various infectious agents.
and
To
provide
key
concept
of
theoretical
&
practical
aspects
regarding nanotechnology.
Studying
the
basics
of
nanotechnology,
synthesis, characterization and applications of
various
nanoparticles in medicine,
agriculture and
the
environment.
Course
Name:
Advanced
Pharmacognosy
Course
Code:
SCT 4.2
Objectives
Outcomes
To
study General Research
Methodology
for
Students
can
acquainted
with
knowledge
of
general
Pharmacognosy.
research
methodology for Pharmacognosy
as
well
as
Information
Retrieval systems of
Herbal
Drugs
and
Literature
survey
To
understand Herbal drug
Industry
for
Gets
knowledge about
opportunities as
Entrepreneurship
Development.
entrepreneurship
in
Herbal
drug
Industry,
Volatile
oils
and Dyes of
commercial value
To study Herbal drug
regulatory affair.
Students
can
understand
Regulation
and
dispensing
of
To
understand
Information
Retrieval
systems
of
herbal
drugs.
Herbal
Drugs
and
Literature
survey.
To study Volatile oils
and Dyes of
commercial value.
Academic Calendar
D.S.T.S.
Mandal’s
V.
G.
Shivdare College
of Arts,
Commerce and Science,
Solapur
Academic
Calendar
2022-23
Academic
Period
Academic
Dates
Activities
Beginning
of 1st
term
1st
August,
2022
Opening
of
Academic
year
2022-23
8th-17th
August,
2022
V.G. Shivdare
Anna Jayanti Celebration week
15th
August,
2022
Flag hoisting – 75th
Independence
Day Anniversary Celebration
22nd
August, 2022
Start of T.Y.B.Sc,
M.Sc II and allotment of project guides
25th
August 2022
M.Sc – I
Biotechnology counselling
25th
– 26th
August 2022
Bridge course for
practicals for T.Y BSc students
5th
September, 2022
Celebration of
Teacher’s
Day
8th
September, 2022
Workshop on
‘Basics of computers’ for teaching staff
10th
September, 2022
Student’s welcome
function
16th
September, 2022
International
Ozone
Day
celebration
24th
September, 2022
Guest lecture on
‘Personality development’ by Dr. Bhagat
1st
October, 2022
Dussehra
celebration, Garba and dandiya
3rd
October, 2022
Workshop on
‘Basics of computers’ for non-teaching staff
5rd
October, 2022
Workshop on IPR
8th
October, 2022
Start of guidance
to NET/SET exam
November, 2022
S.Y.B.Sc,
T.Y.B.Sc examination,
MSc-I & MSc-II
internal examination
Probiotic
culinary fest
Expert talk on
Biotechnology
1st
term ends
25th
November,
2022
Term ends
Winter
vacations
26th
November,2022 to
09th
December,
2022
Term-Break
Vacation
Beginning
of
2nd
term
10th
December,2022
Start of academic
session - II
Workshop on DNA
fingerprinting and rDNA
Avishkar festival
1st
January, 2023
12th
January, 2023
January, 2023
Traditional day
celebration
National youth
day celebration
(Swami
Vivekananda jayanti)
Educational trip
of T.Y.B.Sc and M.Sc-II
February, 2023
Sports day
Prize
distribution
Guest lecture on
Evolutionary biology
20th
February, 2023
Shivaji maharaj
jayanti celebration
28th
February, 2023
National science
day celebration
March, 2023
Internal
Examination
14th
April 2023
Dr. Babasaheb
Ambedkar jayanti celebration
April, 2023
Syllabus
completion, project completion, Farewell
function for T.Y.B.Sc and M.Sc-II
2nd
term ends
30th
April 2023
Term ends
Internship and Training
Sr. No.
Name of the student
Achievement
1.
Ms. Vijayalaxmi Dhopare
Completed Training course in
Dept. of Biofertilizer Lab,Shree Siddheshwar SSK
Ltd,Kumthe,Solapur
Ms. Vaibhavi Puranik
Internship at Mylab Discovery
solution Pvt. Ltd. As technical assistant
Ms. Sabahat Shaikh
Internship at Mylab Discovery
solution Pvt. Ltd. As technical assistant
Ms. Sabina Tinwale
Internship at Mylab Discovery
solution Pvt. Ltd. As technical assistant
Ms. Sanober Sayyed
Internship at Mylab Discovery
solution Pvt. Ltd. As technical assistant
Mr. Sagar Birajdar
Working as a executive in Intas
Pharmaceuticals Ltd.
Ms. Chavan sayali Prashant
Completed training at Shri
Siddheshwar sugar factory, Solapur
Mr. Gavandi Anil Siddharam
Completed training at Shri
Siddheshwar sugar factory, Solapur
Mr. Mhetre Vinayak Sanjay
Completed training at Shri
Siddheshwar sugar factory, Solapur
Ms. Shaikh AbdulBasit MustakAhmad
Completed training at Shri
Siddheshwar sugar factory, Solapur
11.
Mr. Rathod Avinash Rekhu
Completed training at Shri
Siddheshwar sugar factory, Solapur
12.
Mr. Kabade Atharva Balkrishna
Completed training at Shri
Siddheshwar sugar factory, Solapur
13.
Mr. Beldar Kunal Dattatray
Completed training at Shri
Siddheshwar sugar factory, Solapur
14.
Mr. Tungal Mallikarjun Shivanand
Completed training at Shri
Siddheshwar sugar factory, Solapur
15.
Mr. Dange Mahadev Nagnath
Completed training at Shri
Siddheshwar sugar factory, Solapur
16.
Mr. Patil Aditya Shivraj
Completed training at Shri
Siddheshwar sugar factory, Solapur
17.
Mr. Thoral Rangasidh Bhimrao
Completed training at Shri
Siddheshwar sugar factory, Solapur
18.
Sangure Vipul Rajdutta
Working as Young Professional II
in ICAR
19.
Ms. Pratibha Khanapure
Working as technical officer in
Department of Microbiology, Dr. VMGMC, Solapur
20.
Mr. Akash Rathod
Commissioning engineer in Talent
Pro India HR Pvt. Ltd.
21.
Mr. Nikhil Kulkarni
Employee in Talent Pro India HR
Pvt. Ltd.
22.
Mr. Jayprakash Salunke
Completed internship at Mylab
Discovery solutions Pvt. Ltd. As technical
assistant
23.
Mr.Sanket
Adkekar
Completed internship at Mylab
Discovery solutions Pvt. Ltd. As technical
assistant
24.
Mr. Nikhil Sarwade
Completed internship at Mylab
Discovery solutions Pvt. Ltd. As technical
assistant
25.
Mr. Pavan Yeldandi
Completed internship at Mylab
Discovery solutions Pvt. Ltd. As technical
assistant
26.
Mr. Abhishek Swami
Completed internship at Mylab
Discovery solutions Pvt. Ltd. As technical
assistant
27.
Ms. Nikita Dethe
Completed internship at Mylab
Discovery solutions Pvt. Ltd. As technical
assistant
28.
Ms. Snehal Swami Dhanayya
Completed training on analytical
Instruments HPLC and GC at aadhar life sciences
Pvt. Ltd.
29.
Ms. Haripriya Sureshbabu
Completed training on analytical
Instruments HPLC and GC at aadhar life sciences
Pvt. Ltd.
30.
Ms. Rupali Dattatraya Waghmare
Completed training on analytical
Instruments HPLC and GC at aadhar life sciences
Pvt. Ltd.
31.
Ms. Shreya Palle
5 days certificate course in
RT-PCR, basic microbiology techniques etc at
Shradhasai Life Science Pvt Ltd, Pune
32.
Ms. Jayshri Datta Kamble
Completed Industrial training in
Quality control in Vamsi Lab
Ltd,Chincholi,Solapur
33.
Ms. Pranjalee Prabhakar Jadhav
Completed Industrial training in
Quality control in Vamsi Lab
Ltd,Chincholi,Solapur
34.
Ms.Pradnya
Babasaheb Arwat
Completed Industrial training in
Quality control in Vamsi Lab
Ltd,Chincholi,Solapur
35.
Ms. Vijayshhree Dattatraya Pujari
Completed Industrial training in
Quality control in Vamsi Lab
Ltd,Chincholi,Solapur
36.
Mr. Sunilkumar Ramlingam
Worked in Bhagyashri Clinical
laboratory as assistant technician
37.
Ms. Swati Lonari
Completed project in Aadhar Life
Science Pvt. Ltd.
38.
Ms. Meenakshi Girji
Completed project in Aadhar Life
Science Pvt. Ltd.
39.
Ms.Sukanya
Hegde
Completed project in Aadhar Life
Science Pvt. Ltd.
40.
Ms.Rupali
Balsure
Completed project in Aadhar Life
Science Pvt. Ltd.
41.
Ms.Anuja Maske
Completed project in Aadhar Life
Science Pvt. Ltd.
42.
Ms. Snehal Koli
Completed Training course in
Dept. of Biofertilizer Lab,Shree Siddheshwar SSK
Ltd,Kumthe,Solapur
43.
Ms. Sneha Mahadev Patil
Completed Training course in
Dept. of Biofertilizer Lab,Shree Siddheshwar SSK
Ltd,Kumthe,Solapur
44.
Ms. Durgeshwari Shirte
Completed Training course in
Dept. of Biofertilizer Lab,Shree Siddheshwar SSK
Ltd,Kumthe,Solapur
Conferenace and Seminar
One day National Conference on CRiLC 2019
One Day National conference Inauguration of CRiLC VGS
2019 Felicitation of Dr. N.N. Maldar
(Ex. Vice chancellor,Solapur University, Solapur) by
Shri. R.V. Shivdare (Chairman, D.S.T.S. Mandal, Solapur) Felicitation of Dr. Shylaja M.
Dharmesh ( Chief Scientist, CFTRI, Mysore) by Mrs.
Gopika Manjunath (H.O.D. Dept. of Biotechnology) Felicitation of Dr. Mrunalini
Fadnvis by Dr. P.H. Basutkar (Principal V.G. Shivdare
College of Arts, Commerce and Science, Solapur) Felicitation of Dr. S.R.
Niranjan (Vice chancellor Gulbarga University ,Gulbarga)
by Shri. R.V. Shivdare (Chairman, D.S.T.S. Mandal,
Solapur)
Inaugural Function of IPR and Quality Practices in
Research 2020 Felicitation of Dr. Idage
(Former Scientist NCL, Pune) by Shri. R.V.Shivdare
(Chairman D.S.T.S. Mandal solapur) Felicitation of Dr. Ajay Thakur
(Asst. Controller of patents and design gov. of
India,Mumbai) by Mrs. Gopika Manjunath (HOD of
Biotechnology)
Inauguration of Poster competition by Dr. Satish Deokar
(H.O.D. deppt.of Microbiology, Shivaji Mahavidyalay,
Barshi)
Poster assessment by Dr. Ajay Thakur
Poster assessment by Dr. Sinoorkar and Dr.Deokar Cultural
Evening
Valedictory Function
Felicitation of Dr N. V. Singh(Scientist, NRCP,
Solapur) by Prof. B. V. Shete
Prize Distribution by Dr. N. V. Singh
A two day International conference on Emerging
perspectives in Biotechnology
Inauguration of International conference on EPiBt 2022
Felicitation of Dr. Shankar
Navale (Principal, Sinhgad college of Engineering,
Solapur) by Shri. R.V.Shivdare (Chairman D.S.T.S. Mandal
solapur)
Felicitation of Dr. A.M.
Deshmukh (President Microbiology society,India) by Shri.
R.V.Shivdare (Chairman D.S.T.S. Mandal solapur)
Address by Dr. Shankar Navale
Address by Shri. R.V.Shivdare (Chairman D.S.T.S. Mandal
solapur)
Address by keynote speaker Dr. N.B.
Ramachandra(Professor and Chairman Dept. Of Genomics
University of Mysore, Mysore)
Address by Dr. A.M. Deshmukh (President
Microbiology society,India)
Felicitation of chairperson Dr. Seema Deshpande (H.O.D.
Department of Microbiology D.B.F. Dayanand College of
Arts and Science, Solapur) by Mrs. Gopika Manjunath (
H.O.D. Dept.of Biotechnology)
Felicitation of Dr. Shilpa Parshuram (Scientist,
NRCP,Solapur) by Mrs. Gopika Manjunath ( H.O.D. Dept.of
Biotechnology)
Felicitation of Dr. Satish Kumar Yadav (Principal
Scientist NBPGR, New Delhi) by Mrs. Gopika Manjunath (
H.O.D. Dept.of Biotechnology)
Inauguration of Poster competition
Assesment of Innovative section by Dr. Seema Deshpande (H.O.D.
Department of Microbiology D.B.F. Dayanand College of
Arts and Science, Solapur)
Valedictrory function of EPiBt 2022
Address by Dr. R.A. Marathe ( Director, ICAR-NRCP,
Solapur)
Prize
distribution of EPiBt 2022
Collaboration/MOUs
MoU
MoU with NBPGR ,Pusa Campus, New Delhi
MoU with ShradhaSai Lifesciences, Pvt. Ltd. Pune
MoU with Mr.Biologist, Pune
MoU with ICAR Millet Research Center, Solapur
Other MoUs
1.
ICAR- National
Research Center for Pomegranate (NRCP), Solapur
2.
Aadhaar Life science,
Solapur
3.
Indian Institute of
Millets Research (IIMR), Solapur
4.
Saikap, Mohali, Panjab
5.
National Bureau of Plant Genetic Resources (NBPGR), New
Delhi
6.
Green array, Pune
7.
D.B.F. Dayanand College of Arts and Science Solapur
8.
Soham Ayurved Rasashala, Solapur
Result
B.Sc.I
Academic Year
Name of the
Student
Percentage
2017-18
Miss. Haripriya
Suresh Nair
82.75%
Miss. Sarika
Tukaram Loni
77.7%
Miss. Snehal
Ashok Koli
76.1%
2018-19
Mr. Vinayak
Mehtre
84.55%
Miss. Vaishnavi
Gaikwad
81.7%
Mr. Shaikh
Abdulbasit
80.85%
2019-20
Miss. Priyanka
Salimath
85.33%
Miss. Munaza
Bidri
81.17%
Miss. Aman
Bagwan
81.17%
Miss. Nutan
Pishantot
76.33%
2020-21
Miss. Saniya
Hingani
86.755
Miss. Soniya
Dubey
84.42%
Miss. Manisha
Kamble
84.08%
2021-22
Mr. N Niranjan V
86.42%
Miss. Totad
Gauri
86.05%
Miss. Zainab
Mujeeb
83.08%
B.Sc.II
Academic Year
Name of the
Student
Percentage
2017-18
Mr. Akash Jadhav
80.06%
Mr. Vishl Jadhav
74.11%
Miss. Neha
Adatarao
74.06%
2018-19
Miss. Sarika
Loni
83.11%
Miss. Haripriya
Babu
81.22
Miss. Vidya
Rathod
80.50%
2019-20
Miss. Vaishnavi
Gaikwad
88.39%
Mr. Vinayak
Mehtre
86.89%
Miss. Devyani
Lambture
86.11%
2020-21
Miss. Munazza
bidri
89.33%
Miss. Aman
Bagwan
89.22%
Miss. Nutan
Pishantot
89.11%
2021-22
Miss. Swati
Sonar
80.11
Miss. Muskan
Almelkar
80.11
Mr. Shivanand
Jadhav
80%
Saniya Hingani
79%
B.Sc.III Academic Year Name of the Student Percentage 2017-18 Mr. Chetan Shivshan Take 84.64% Mr. Jugal Balbheem Kanekar 82.38% Miss. Dhanashri Genappa Chappekar 78.74% 2018-19 Anjali Kiran Dhananjay 2019-20 Miss.Haripriya Babu 81.92% Miss. Sarika Loni 81.86% Miss. Vidhya Rathod 79.92% 2020-21 Mr. Vinayak Mehtre 86.08% Mr. Abdulla Shaikh 85.12% Miss. Vaishnavi Gaikwad 84.72% 2021-22 Miss. Priyanka Salimath 85.24% Miss. Aman Bagwan 83.09% Miss. Munazza Bidri 82.12%
M.Sc.I Academic Year Name of the Student Percentage 2017-18 Mr. Dhananjay Alagundagi 79.76% Miss. Samarin Nadaf 76.64% Miss. Kiran Chaugule 74 % 2018-19 Miss. Suhasini Hattale 79.28% Miss. Pujari Padmashri 74.8% Miss. Jambagi Veena 73.52% 2019-20 Mr. Akash Jadhav 80.08% Mr.
Vishal Jadhav 77.28% Mr. Shaivshankar Chitali 76.64% 2020-21 Miss. Snehal Koli 81.44% Miss. Prajkta Thorat 78.88% Mr. Swami Ahishek 77.52% 2021-22 Miss. Utkarsha kamble 79.76% Miss. Shreya Palle 79.44% Miss. N Prasanna Kumari 78.24%
M.Sc.II Academic Year Name of the Student Percentage 2017-18 Miss. Shwetali Dambare 84.08% Miss. Salama Maneri 82.24% Miss. Deepali
Durugakar 78% 2018-19 Miss. Kiran Chaugule 78.16% Miss. Samrin Nadaf 77.68% Miss. Anjali Salunke 77.28% 2019-20 Miss. Suhasini Hattale 87.28% Miss. Veena Jambagi 82.48% Miss. Padmashri Pujari 80.08% 2020-21 Mr. Akash Jadhav 83.44% Mr. Shivshankar
Chitali 81.28% Mr. Jadhav Vishal 76.28% 2021-22 Miss. Snehal Koli 78.68% Miss.Haripriya Babu 78.68% Miss.Abhishekh Swami 78.16% Miss.Rupali Waghamare 77.08%
Placements
Sr. No.
Name of the student
Placed at
1
Dhanjay Alagundagi
Serum Institute,
Pune.
2
Swati Patil
- Asst. prof. At V.G.
Shivdare College, Solapur
3
Sonali Gaikwad
A Asst. prof. At V.G. Shivdare
College, Solapur
4
Akash Jadhav
Serum Institute,
Pune
5
Akash Rathod
Shraddhasai Lifesciences
6
Nikhil Kulkarni
Shraddhasai Lifesciences
7
Vrushali Gadkari
Shraddhasai
Lifesciences
8
Shiva Chitali
Serum Institute,
Pune
9
Padmanabh Deshpande
Hetero Biopharma | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
![Description: C:\Users\vgs dell 1\Downloads\20220505_123959(PM)___[org].jpg](dept.of%20M.Sc.biotechnology_files/image050.jpg)
