Courses offered - B. Pharmacy & M. Pharmacy

  

BACHELOR DEGREE IN B.Pharmacy - FOUR YEARS  & LATERAL ENTRY - 3 years
  Category 'A' Category 'B' Total Intake
   70 30   100
MASTERS DEGREE IN PHARMACY [M.Pharmacy] - TWO YEARS
Branch Category 'A' Category 'B' Total Intake
Pharmaceutics 11 4 15
Pharmaceutical Analysis 11 4 15

 

Admission Procedure:
Regular: The candidates are eligible to apply as per the rules & regulations laid down by the Convener, EAMCET (Admissions).
Lateral Entry:The candidates who have passed Diploma in Pharmacy examinations can be admitted directly to the 2nd year of B. Pharmacy degree course by Lateral Entry system.

M. Pharmacy (Duration 2 Years)
Departments: Pharmaceutics, Pharmaceutical Analysis
Intake: Pharmaceutics 15 seats and Pharmaceutical Analysis 15 seats
Admission Procedure: As per the rules & regulations laid down by the GPAT Convener, PGECET
EAMCET Code: VSNU.

 

B.V.RAJU INSTITUTE OF TECHNOLOGY
Department of Chemical Engineering
Certificate course on chemical engineering for B Pharmacy students


Syllabus:

III/II semester, B Pharma

Course 1:
Heat exchangers: enthalpy balance, overall heat transfer coefficient, double pipe heat exchanger,shell and tube heat exchanger, plate heat exchanger, selection of heat exchangers, design of 1:1 shell and tube heat exchanger, design of evaporator.


Course 2:
Mass transfer: Principles of distillation, absorption, extraction, crystallization, adsorption, humidificationand drying, design of plate column for distillation


Course 3:
Air compressors and blowers: Types of compressors and blowers, selection of compressors

IV/I semester, B Pharma

Course 4:
Reaction engineering:
Rate of reaction, homogeneous and heterogeneous reaction, ideal and non-ideal reactors, design equations and application, catalysis, types of catalysts

Course 5:
Process design: flow sheet development, P and ID development, material balance, material of construction, design temperature, design pressure, process data sheets.

Course 6
Process control:  Transfer functions of first order and second order systems, interacting and non interacting systems, open and closed loop systems, different types of controllers


Laboratory work:    

1.    Determine the overall heat transfer coefficient for 1:2 shell and tube heat exchanger
2.    Drying characteristics in a tray drier
3.    Isothermal batch reactor
4.    Performance of a packed bed reactor for a given system.
5.    Response of P, PI, PD,PID & ON/OFF controllers in control trainer
6.    Interacting and non interacting system