Curriculum Overview

The curriculum for the B.Tech in Pharmacy program at Nirma University Ahmedabad is meticulously structured to provide a comprehensive educational experience across eight semesters. It encompasses core subjects, departmental electives, science electives, and laboratory sessions that collectively build a strong foundation for professional success.

Course Structure by Semester

Semester	Course Code	Course Title	Credit Structure (L-T-P-C)	Prerequisites
I	PHAR101	Chemistry for Pharmacy	3-1-2-4	-
I	PHAR102	Biology for Pharmacy	3-1-2-4	-
I	PHAR103	Pharmacology I	3-1-2-4	PHAR101, PHAR102
I	PHAR104	Organic Chemistry I	3-1-2-4	-
I	PHAR105	Pharmaceutical Analysis I	3-1-2-4	PHAR101, PHAR102
I	PHAR106	Pharmaceutics I	3-1-2-4	-
I	PHAR107	Introduction to Pharmacognosy	3-1-2-4	-
I	PHAR108	Mathematics I	3-1-2-4	-
II	PHAR201	Medicinal Chemistry II	3-1-2-4	PHAR101, PHAR104
II	PHAR202	Pharmacology II	3-1-2-4	PHAR103
II	PHAR203	Pharmaceutical Analysis II	3-1-2-4	PHAR105
II	PHAR204	Pharmaceutics II	3-1-2-4	PHAR106
II	PHAR205	Drug Design and Development	3-1-2-4	PHAR201
II	PHAR206	Pharmacognosy II	3-1-2-4	PHAR107
II	PHAR207	Biostatistics and Informatics	3-1-2-4	-
II	PHAR208	Mathematics II	3-1-2-4	PHAR108
III	PHAR301	Clinical Pharmacy	3-1-2-4	PHAR202, PHAR203
III	PHAR302	Pharmaceutical Manufacturing Technology	3-1-2-4	PHAR204
III	PHAR303	Regulatory Affairs in Pharmacy	3-1-2-4	PHAR205
III	PHAR304	Biochemistry and Molecular Biology	3-1-2-4	PHAR102
III	PHAR305	Pharmacokinetics	3-1-2-4	PHAR202
III	PHAR306	Toxicology	3-1-2-4	PHAR103
III	PHAR307	Pharmaceutical Marketing	3-1-2-4	-
III	PHAR308	Industrial Organic Chemistry	3-1-2-4	PHAR104
IV	PHAR401	Advanced Drug Delivery Systems	3-1-2-4	PHAR302
IV	PHAR402	Pharmaceutical Quality Assurance	3-1-2-4	PHAR203
IV	PHAR403	Pharmaceutical Biotechnology	3-1-2-4	PHAR304
IV	PHAR404	Pharmacogenomics	3-1-2-4	PHAR305
IV	PHAR405	Research Methodology	3-1-2-4	-
IV	PHAR406	Antimicrobial Resistance	3-1-2-4	PHAR306
IV	PHAR407	Natural Product Chemistry	3-1-2-4	PHAR206
IV	PHAR408	Computational Pharmacology	3-1-2-4	PHAR304
V	PHAR501	Drug Discovery and Development	3-1-2-4	PHAR401, PHAR402
V	PHAR502	Regulatory Affairs and Compliance	3-1-2-4	PHAR303
V	PHAR503	Pharmaceutical Entrepreneurship	3-1-2-4	-
V	PHAR504	Advanced Pharmacokinetics	3-1-2-4	PHAR305
V	PHAR505	Pharmaceutical Process Development	3-1-2-4	PHAR302
V	PHAR506	Global Health and Policy	3-1-2-4	-
V	PHAR507	Pharmacovigilance	3-1-2-4	PHAR306
V	PHAR508	Personalized Medicine	3-1-2-4	PHAR404
VI	PHAR601	Mini Project I	0-0-0-4	-
VI	PHAR602	Mini Project II	0-0-0-4	PHAR601
VI	PHAR603	Capstone Project	0-0-0-8	PHAR501, PHAR502
VI	PHAR604	Professional Development	3-1-2-4	-
VI	PHAR605	Advanced Topics in Pharmacy	3-1-2-4	-
VI	PHAR606	Internship Preparation	0-0-0-4	-
VI	PHAR607	Research Ethics and Standards	3-1-2-4	-
VI	PHAR608	Pharmaceutical Business Strategy	3-1-2-4	-
VII	PHAR701	Internship	0-0-0-12	PHAR603
VIII	PHAR801	Final Thesis	0-0-0-12	PHAR701

Advanced Departmental Elective Courses

The department offers several advanced elective courses that delve into specialized areas of pharmacy. These courses are designed to enhance students' expertise in emerging fields and prepare them for industry roles:

• Drug Discovery and Development: This course explores the entire pipeline of drug discovery from target identification to clinical trials, incorporating modern techniques such as AI-driven screening and computational modeling.
• Regulatory Affairs in Pharmacy: Students learn about international regulatory frameworks including FDA, EMA, and ICH guidelines for drug approval processes.
• Pharmaceutical Biotechnology: Covers biotechnological applications in pharmaceutical production, including recombinant proteins, monoclonal antibodies, and gene therapy vectors.
• Advanced Drug Delivery Systems: Focuses on novel delivery methods such as nanoparticles, microspheres, transdermal patches, and controlled-release formulations.
• Pharmacogenomics: Studies how genetic variations affect drug response, preparing students for personalized medicine approaches in clinical settings.
• Pharmaceutical Quality Assurance: Emphasizes quality control measures and GMP compliance across different stages of pharmaceutical manufacturing.
• Bioinformatics and Computational Pharmacology: Integrates computational tools with pharmaceutical research for drug target identification, molecular docking, and virtual screening.
• Global Health and Policy: Addresses public health challenges and policy-making related to access to medicines, healthcare economics, and global health equity.
• Pharmacovigilance: Teaches methods for monitoring adverse drug reactions and ensuring patient safety post-market.
• Antimicrobial Resistance: Examines the mechanisms of resistance development and strategies to combat resistant pathogens in clinical and environmental contexts.

Project-Based Learning Philosophy

The department's philosophy on project-based learning emphasizes hands-on experience and real-world problem-solving. Students engage in both mini-projects and a final thesis, working under faculty mentorship to address industry-relevant challenges. The selection process involves student preferences, faculty availability, and alignment with current research trends.

Mini Projects

Mini projects are undertaken during the sixth semester. Each project lasts approximately 8 weeks and is guided by a faculty member. Students are expected to apply theoretical knowledge gained in previous semesters to solve practical problems in pharmacy.

• Project Scope: Projects can range from formulation development, analytical method validation, or literature reviews on emerging topics.
• Evaluation Criteria: Projects are evaluated based on technical execution, presentation quality, and final report submission.

Capstone Project

The capstone project is a comprehensive research endeavor undertaken during the seventh and eighth semesters. Students work closely with faculty mentors to conduct original research or develop industry-relevant solutions.

• Research Focus: Projects are aligned with current research trends in pharmaceutical sciences, often involving collaboration with external partners.
• Project Duration: The project spans 24 weeks, allowing sufficient time for data collection, analysis, and reporting.
• Mentorship: Each student is assigned a faculty mentor who provides guidance throughout the research process.