1) To train students to face
the global challenges in pharmaceutical
technology
and make them reach out to newer
technology with innovative techniques
2) To reach global standards in
development, production and characterization
of
dosage forms and collaborate
for better technology
exchange.
3) To inculcate the habit of rational
and scientific thinking and willingness
to
shoulder responsibility with
resourcefulness and practical approach.
4) To design and develop the need
based pharmaceutical education
system, which
caters for society and industry.
1
|
All Purpose Equipment
with all accessories |
2
|
Brookfield apparatus |
3
|
Spray Dryer Labultima |
4
|
Continuous Hot Extraction
Equipment |
5
|
Tincture Press |
6
|
Sintered glass filters
for bacteria proof filtration (four
different grades) |
7
|
Ampoule filling and
sealing machine |
8
|
Ampoule washing machine |
9
|
Glass distillation
unit for water for injection |
10 |
Deionization unit |
11 |
Distillation unit
for distilled water |
12 |
Digital balance |
13 |
Capsule filling machine – Lab
size |
14 |
Collapsible tube – Filling
and sealing Equipment |
15 |
Friability tester |
16 |
Tablet counter – small
size |
17 |
Capsule counter |
18 |
Granulating sieve set |
19 |
Tablet dissolution test apparatus
IP |
20 |
Tablet disintegration test apparatus
IP |
21 |
Pfizer type hardness tester |
22 |
Monsanto’s hardness tester |
23 |
Polishing pan laboratory size |
24 |
Tablet Coating Pan unit with
hot air blower laboratory size |
25 |
Hand Grinding Mill |
26 |
Hand operated Tablet machine |
27 |
Disintegrator |
28 |
Ball mill |
No.
|
Title |
1
|
Design and Development
of Transdermal patch of Buclizine
for antiallergic Use |
2
|
Formulation and In-vitro
Evaluation of Sustained Release
Matrix Tablet |
3
|
Formulation and evaluation
of orodispersible tablet |
4
|
Formulation and evaluation
of pulsatile drug delivery system |
5
|
Formulation and In-vitro
Evaluation of Sustained Release
Matrix Tablet |
6
|
Studies on Microspheres
of Baclofen |
7
|
Formulation and Comparative
Evaluation of Sustained Release
Matrix and Cluster Tablet |
8
|
Effect of different
carriers on in vitro permeation
of non steroidal anti-inflammatory
drug |
9
|
Enhancement of Dissolution
Profile By Preparing Solid Dispersion
Using Spray Drying Method |
10
|
Formulation and Evaluation
of Sustained release Microspheres |
11
|
Formulation and Evaluation
of Microsponge by Quasi emulsion
solvent diffusion |
12
|
Development and Optimization
of Medicated Chewing Gum containing
Anti Emetic Agent |
13
|
Development And Evaluation of
Topical Gel of Nabumetone Prepared
By Solid Dispersion |
14
|
Formulation and Optimization
of Dermatological Dosage form for
comparative in-vitro evaluation
of semisolid bases |
15
|
Design and Development of Microencapsulated
Drug Delivery System By Spray Drying
Technology |
16
|
Formulation and Evaluation of
Floating Microsphere employing
spray drying technique |
17
|
Formulation and Evaluation of
Sodium Alginate Beads for Controlled
Drug Delivery |
18
|
Formulation and Evaluation of
Microemulsion Based Gel. |
19
|
Formulation and Evaluation of
Solid Self Micro-Emulsifying Drug
Delivery System |
20
|
Design, Development and evaluation
of mouth dissolving tablets containing
antipsychotic drug |
21
|
Enhancement of solubility and
dissolution rate of poorly water
soluble Antigout drug |
22
|
Studies on improvement of solubility
of a poorly water soluble Antihypertensive
drug |