Programme

Pharmacy / Pharmaceutical Chemistry

Overview

Pharmaceutical Chemistry programme combines the principles of chemistry with the study of drug design, development, and production. Our Pharmaceutical Chemistry higher degree programme provide students with advanced knowledge and skills in the synthesis, analysis, and evaluation of pharmaceutical substances. Here is a general overview of the course content in Pharmaceutical Chemistry:

Medicinal Chemistry: 

• This course focuses on the design and synthesis of new pharmaceutical compounds. Students learn about the principles of drug discovery, structure-activity relationships, molecular modeling, and the synthesis of biologically active molecules.

Pharmaceutical Analysis: 

• This course covers analytical techniques used in the pharmaceutical industry for quality control, drug analysis, and stability testing. Students learn about chromatography, spectroscopy, spectrofluorimetry, and other analytical methods used in pharmaceutical analysis.

Drug Delivery Systems: 

• This course explores different drug delivery systems and technologies used to improve drug efficacy and patient compliance. Students learn about controlled release systems, nanotechnology-based drug delivery, transdermal patches, and targeted drug delivery approaches.

Pharmacokinetics and Pharmacodynamics: 

• This course focuses on the study of drug absorption, distribution, metabolism, and excretion in the human body. Students learn about pharmacokinetic models, drug-drug interactions, dose-response relationships, and the factors influencing drug efficacy and toxicity.

Pharmaceutical Formulation and Manufacturing: 

• This course covers the formulation and manufacturing processes of pharmaceutical products. Students learn about dosage forms, formulation techniques, drug stability, and quality assurance in pharmaceutical manufacturing.

Pharmaceutical Biotechnology: 

• This course explores the application of biotechnology in drug development and production. Students learn about recombinant DNA technology, biopharmaceuticals, gene therapy, and the use of microorganisms in pharmaceutical manufacturing.

Regulatory Affairs: 

• This course focuses on the regulatory aspects of pharmaceuticals, including drug registration, quality assurance, and compliance with regulatory guidelines. Students learn about Good Manufacturing Practices (GMP), Good Laboratory Practices (GLP), and the regulatory framework for drug approval and marketing.

Few/Some of the Course Content

 

PCH 701	Principles of Pharmacokinetics in Analytical Medicinal Chemistry
PCH 702	Classical and Instrumental Methods of Drug Analysis
PCH 705	Bioanalytical and Biopharmaceutical Methods of Drug Analysis
PCH 706	Drug Quality Control Methods
PCH 707	Advanced Laboratory Course I
PCH 708	Seminar and Directed Reading
PCH 709	Project
PCH 710	Drug Metabolism and Toxicology
PCH 711	Advanced Separation Techniques in Drrug Analysis
PCH 713	Experimental Design in Drug Analysis
PCH 721	General Principles of Drug Quality Assurance
PCH 727	Practicals
PCH 730	Detection of Counterfeit and Substandard Pharmaceutical Products
PCH 737	Instrumental Methods of Drug Analysis
PCH 738	Principle of Chemical and Physical Methods of Drug Analysis
PCH 739	Introduction to Separation Techniques
PCH 740	Biopharmaceutical Analytical Methods
PCH 741	Introduction to Biological Methods of Drug Analysis
PCH 725	Microbiological Methods in Drug Analysis
PCH 742	Current Trends in Herbal Medicine Standardisation
PCH 743	Analytical Methods Validation

Entry Requirement

Facilities

Career Path

Graduates of higher degree programs in Pharmaceutical Chemistry can pursue a variety of career opportunities in the pharmaceutical industry, research institutions, regulatory agencies, and academia. Some common career paths include:

Pharmaceutical Research Scientist: 

• Research scientists work in pharmaceutical companies or research institutions, conducting research on drug discovery, formulation, and optimization. They are involved in the synthesis and testing of new drug candidates and contribute to the development of novel pharmaceutical products.

Quality Control/Quality Assurance Specialist: 

• Specialists in quality control and quality assurance ensure that pharmaceutical products meet regulatory and quality standards. They perform analytical testing, review manufacturing processes, and ensure compliance with regulatory guidelines.

Drug Formulation Scientist: 

• Formulation scientists are responsible for developing and optimizing pharmaceutical dosage forms and drug delivery systems. They work on the development of solid dosage forms, liquid formulations, and novel drug delivery technologies.

Analytical Chemist: 

• Analytical chemists play a critical role in the pharmaceutical industry by developing and implementing analytical methods for drug analysis and quality control. They use sophisticated instruments and techniques to analyze drug substances and products for purity, potency, and stability.

Regulatory Affairs Specialist: 

• Regulatory affairs specialists are responsible for ensuring compliance with regulatory requirements and guidelines for drug development, registration, and marketing. They work closely with regulatory agencies to prepare and submit regulatory documents and support the approval process for new drugs.

Academia/Teaching: 

• Graduates can pursue teaching and research positions in universities or academic institutions, sharing their knowledge and contributing to the education and training of future pharmaceutical professionals.

These career paths offer opportunities to contribute to the development and production of safe and effective pharmaceutical products, play a crucial role in ensuring drug quality and compliance, and make advancements in the field of pharmaceutical chemistry.

Supervisor(s)

Fees

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