Courses offered - B. Pharmacy & M. Pharmacy
|BACHELOR DEGREE IN B.Pharmacy - FOUR YEARS & LATERAL ENTRY - 3 years|
|Category 'A'||Category 'B'||Total Intake|
|MASTERS DEGREE IN PHARMACY [M.Pharmacy] - TWO YEARS|
|Branch||Category 'A'||Category 'B'||Total Intake|
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
III/II semester, B Pharma
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.
Mass transfer: Principles of distillation, absorption, extraction, crystallization, adsorption, humidificationand drying, design of plate column for distillation
Air compressors and blowers: Types of compressors and blowers, selection of compressors
IV/I semester, B Pharma
Rate of reaction, homogeneous and heterogeneous reaction, ideal and non-ideal reactors, design equations and application, catalysis, types of catalysts
Process design: flow sheet development, P and ID development, material balance, material of construction, design temperature, design pressure, process data sheets.
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
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