Basic Orientation Course

1. Overview of Pharmaceutical Analysis
2. Process Research & Development
3. Calibration of Pharma Equipment's
4. Pharmaceutical Calculations
5. Regulatory Affairs
6. Analytical Method Validation
7. Stability Study
8. Food Testing Course

Advance Orientation Course

1. Advance Quality Control course
2. Advance Chromatographic Course
3. Advance Quality Assurance
4. Method Development by HPLC
5. Advance Food Testing Course

Project work support

Project work support involves providing assistance to candidates in conducting analytical experiments that are crucial for their research projects. This support can encompass a variety of services, including:

1. Designing Experiments: Helping candidates design robust and effective experiments that can yield meaningful data. This includes selecting appropriate methodologies, tools, and techniques.
2. Data Collection: Assisting in the collection of data through various means such as laboratory experiments or simulations.
3. Data Analysis: Providing support in analyzing the collected data using analytical tools. This can involve performing statistical tests and interpreting the results.
4. Technical Support: Offering technical assistance with the equipment and software used in the experiments. This can include troubleshooting issues, providing training, and ensuring that the tools are used correctly.
5. Documentation and Reporting: Helping candidates document their experimental procedures, results, and analyses in a clear and organized manner. This can also involve assisting in the preparation of reports, papers, and presentations.
6. Ethical Considerations: Ensuring that all experiments are conducted ethically and in compliance with relevant regulations and guidelines.
7. Collaboration and Networking: Facilitating collaboration with other researchers, institutions, or industry partners that can provide additional expertise or resources.

By providing comprehensive support in these areas, candidates can conduct high-quality analytical experiments that significantly contribute to their research projects.

Quality by Design (QbD) studies

Quality by Design (QbD) is a systematic approach to pharmaceutical development that emphasizes understanding and controlling variability to ensure the desired quality of the product. One of the key components of QbD is the Design of Experiments (DOE), which is a statistical method used to plan, conduct, analyze, and interpret controlled tests to evaluate the factors that may influence a particular process or product. Here’s how QbD studies facilitate the generation of DOE and the interpretation of outputs to establish design space/Multivariate Operating Design Range (MODR):

1. Understanding Critical Quality Attributes (CQAs).
2. Identifying Critical Process Parameters (CPPs).
3. Experimental Design Planning.
4. Conducting Experiments.
5. Data Analysis.
6. Establishing Design Space/MODR.
7. Risk Assessment and Control Strategy.
8. Continuous Improvement.

By facilitating the generation of DOE and the interpretation of the outputs, QbD studies help establish a robust and well-defined design space/MODR, which is essential for the successful development and consistent production of high-quality pharmaceutical products.