Available courses

Physical Pharmaceutics-II (Sem-IV) 2023-24

After completion of the course, learners will be able to:

1. State the properties, stability and applications of colloidal systems.

2. Describe the matter properties & viscosity with Newtonian flow systems and non-Newtonian flow systems.

3. Evaluate the fundamental and derived properties of powders.

4. Examine the physicochemical properties in the formulation development and evaluation of dosage forms.

5. Explain the rate of reactions, degradation and stability methods of drugs as well as the principle and significance of accelerated stability testing for the determination of the expiry of pharmaceuticals.

6. Choose the various methods for the determination of surface & interfacial tension of liquids, properties of colloids, properties of the powder, order of reactions and flow of fluids.


Pharmaceutical Engineering (SEM-III) 2023-24

After completion of the course student will be able to:

1. Explain the principle, mechanism of various types of equipment, and theories involved in different unit operations.

2. Differentiate the various unit operations used in pharmaceutical industries.

3. Compare the different processes involved in the formulation and development of pharmaceutical products.

4. Select the various equipment for the preparation of pharmaceutical dosage forms.

5. Understand the material handling techniques in pharmaceutical industries.

6. Apply the various preventive methods for corrosion control in pharmaceutical industries.


Physical Pharmaceutics-II (Sem-IV) 2022-23

After completion of the course, learners will be able to:

1. State the properties, stability and applications of colloidal systems.

2. Describe the matter properties & viscosity with Newtonian flow systems and non-Newtonian flow systems.

3. Evaluate the fundamental and derived properties of powders.

4. Examine the physicochemical properties in the formulation development and evaluation of dosage forms.

5. Explain the rate of reactions, degradation and stability methods of drugs as well as the principle and significance of accelerated stability testing for the determination of the expiry of pharmaceuticals.

6. Choose the various methods for the determination of surface & interfacial tension of liquids, properties of colloids, properties of the powder, order of reactions and flow of fluids.


Pharmaceutical Engineering (Sem-III) 2022-23

After completion of the course student will be able to:

1. Explain the principle, mechanism of various types of equipment, and theories involved in different unit operations.

2. Differentiate the various unit operations used in pharmaceutical industries.

3. Compare the different processes involved in the formulation and development of pharmaceutical products.

4. Select the various equipment for the preparation of pharmaceutical dosage forms.

5. Understand the material handling techniques in pharmaceutical industries.

6. Apply the various preventive methods for corrosion control in pharmaceutical industries.


Physical Pharmaceutics-II (Sem-IV) 2021-22

After completion of the course, learners will be able to:

1. State the properties, stability and applications of colloidal systems.

2. Describe the matter properties & viscosity with Newtonian flow systems and non-Newtonian flow systems.

3. Evaluate the fundamental and derived properties of powders.

4. Examine the physicochemical properties in the formulation development and evaluation of dosage forms.

5. Explain the rate of reactions, degradation and stability methods of drugs as well as the principle and significance of accelerated stability testing for the determination of the expiry of pharmaceuticals.

6. Choose the various methods for the determination of surface & interfacial tension of liquids, properties of colloids, properties of the powder, order of reactions and flow of fluids.


Pharmaceutical Engineering (Sem-III) 2021-22

After completion of the course student will be able to:

1. Explain the principle, mechanism of various types of equipment, and theories involved in different unit operations.

2. Differentiate the various unit operations used in pharmaceutical industries.

3. Compare the different processes involved in the formulation and development of pharmaceutical products.

4. Select the various equipment for the preparation of pharmaceutical dosage forms.

5. Understand the material handling techniques in pharmaceutical industries.

6. Apply the various preventive methods for corrosion control in pharmaceutical industries.


Pharmaceutical Inorganic Chemistry (FY B. Pharm) Sem-I

Hospital and Clinical Pharmacy (SY D. Pharm)

After completion of the course, learners will be able to:

1. Evaluate the hospital pharmacy and hospital manufacturing unit.

2. Create the various dosage forms, surgical dressings and hospital instruments.

3. Apply the techniques for patient counselling.

4. Understand the medical terminology and side effects.

5. Remember the techniques for dispensing of drugs and surgicals.

6. Analyze the various diseases.

Hospital Pharmacy

After completion of the course, learners will be able to:

1. Understand the hospital pharmacy and hospital manufacturing unit.

2. Get the various dosage forms, surgical dressings and hospital instruments.

3. Remember the techniques for dispensing of drugs and surgicals.