Home › PhD entrance routes › NIPER JEE and GPAT (pharmaceutical sciences)
What aspirants read for NIPER JEE and GPAT (pharmaceutical sciences), unit by unit, and what each title is for.
What qualifying gets you. A place at one of the NIPERs on an M.S. (Pharm.), M.Tech. (Pharm.), M.Pharm., MBA (Pharm.) or PhD programme, with the campus and specialisation decided by rank and preference. Master's students at the NIPERs receive a monthly stipend under the standard scheme and work in departments equipped for drug discovery, formulation development and analytical research at a level few pharmacy colleges reach. A NIPER master's degree is itself the most direct feeder into a NIPER doctorate, and doctoral students work on projects that are frequently tied to industry collaboration. Graduates move into pharmaceutical research and development, regulatory affairs, clinical research and academic posts, and the NIPER name carries real weight with the Indian pharmaceutical industry.
GPAT and NIPER JEE draw on the same B.Pharm syllabus, but NIPER pushes harder into physical pharmacy, medicinal chemistry and analysis, so the two are usually prepared together with NIPER-level depth. Martin is the book that decides scores - the solubility, complexation, rheology and degradation-kinetics chapters produce more numericals than anything else on the shelf. Goodman and Gilman, Aulton and Kokate are read subject by subject against the syllabus, while Remington stays on the shelf as a look-up volume. The Indian MCQ companions are worked in the final three months, one subject at a time, against previous-year papers.
Titles are tagged core reading — the ones scholars work right through — or reference, the ones they look things up in. Editions are given where the current edition is what you want to buy.
We print files you send us. We do not host, sell or supply book PDFs — send us a file you are entitled to print and we print, bind and deliver it.
| Unit | What it covers |
|---|---|
| Pharmaceutics and biopharmaceutics | Dosage form design and formulation; physical pharmacy covering solubility, dissolution, rheology and stability; controlled and novel drug delivery systems; pharmacokinetics and pharmacodynamics; bioavailability and bioequivalence; industrial pharmacy and unit operations; and packaging and stability testing. |
| Pharmaceutical chemistry and medicinal chemistry | Organic reactions and mechanisms; stereochemistry; heterocyclic chemistry; structure-activity relationships; drug design including quantitative structure-activity relationships, pharmacophore modelling and molecular docking; synthesis of drug molecules; prodrugs; and inorganic pharmaceutical chemistry. |
| Pharmacology and toxicology | General pharmacological principles, receptors and signal transduction; systemic pharmacology across the autonomic, central nervous, cardiovascular, respiratory, gastrointestinal, endocrine and renal systems; chemotherapy and antimicrobials; immunopharmacology; screening models in vitro and in vivo; toxicology and its regulatory testing; and clinical pharmacology and pharmacovigilance. |
| Pharmacognosy and natural products | Classification and chemistry of alkaloids, glycosides, terpenoids, flavonoids and volatile oils; extraction, isolation and characterisation techniques; standardisation of herbal drugs and quality control; plant tissue culture and biotechnology in natural product production; and traditional systems of medicine and phytopharmaceuticals. |
| Pharmaceutical analysis and quality assurance | UV-visible, infrared, fluorescence, NMR and mass spectrometry; chromatographic techniques including HPLC, GC, HPTLC and hyphenated methods; electroanalytical methods; validation of analytical methods; pharmacopoeial standards; good manufacturing and good laboratory practice; and regulatory affairs and documentation. |
| Pharmaceutical biotechnology | Recombinant DNA technology and expression of therapeutic proteins; monoclonal antibodies and hybridoma technology; vaccines; enzyme technology and immobilisation; fermentation and bioprocess technology; biosimilars; and gene and cell therapy. |
| Biochemistry, cell biology and microbiology | Biomolecules and metabolism; enzymes and their kinetics; cell structure and signalling; molecular biology of gene expression; microbial classification and growth; sterilisation and microbiological assays; and immunology relevant to pharmaceutical products. |
| Human anatomy, physiology and pathophysiology | Organ system structure and function; homeostasis; the mechanisms of disease in the cardiovascular, respiratory, neurological, endocrine, renal, hepatic and haematological systems; and the pathophysiological basis of drug action. |
| Pharmacy practice and clinical research | Clinical pharmacy, therapeutic drug monitoring, drug interactions and adverse drug reactions; clinical trial design, phases and good clinical practice; hospital and community pharmacy; and pharmacoeconomics and pharmacoepidemiology. |
| Pharmaceutical management, jurisprudence and general aptitude | Drug regulatory framework and pharmaceutical legislation in India; intellectual property and patents in the pharmaceutical sector; pharmaceutical marketing and management for the MBA (Pharm.) stream; and quantitative, logical and verbal aptitude. |
| Unit | What it covers |
|---|---|
| Pharmaceutics | Physical pharmacy covering states of matter, solubility, dissolution, surface and interfacial phenomena, rheology, colloids, micromeritics and stability; dosage form design for liquids, semisolids, solids, parenterals, aerosols and ophthalmics; unit operations in pharmaceutical manufacturing; novel and controlled drug delivery systems; and biopharmaceutics and pharmacokinetics including absorption, distribution, metabolism, excretion, bioavailability and bioequivalence. |
| Pharmaceutical chemistry — organic and medicinal | Structure, nomenclature, reactions and mechanisms of organic compounds; stereochemistry; heterocyclic chemistry; structure-activity relationships; synthesis, mechanism of action, metabolism and therapeutic uses of the major drug classes; prodrug design; and the principles of computer-aided drug design. |
| Pharmaceutical chemistry — inorganic and physical | Pharmaceutical inorganic compounds and their monographs, limit tests and impurities; radiopharmaceuticals; chemical kinetics and reaction order; thermodynamics; ionic equilibria, pH and buffers; and the physical chemistry underlying formulation stability. |
| Pharmacology | General pharmacological principles, receptor theory, dose-response relationships and drug interactions; autonomic and central nervous system pharmacology; cardiovascular, renal, respiratory, gastrointestinal and endocrine pharmacology; chemotherapy of infections and malignancy; autacoids and anti-inflammatory agents; immunopharmacology; toxicology and antidotes; and the principles of screening and bioassay. |
| Pharmacognosy and phytochemistry | Classification of crude drugs; cultivation, collection and processing; chemistry, isolation and identification of alkaloids, glycosides, tannins, resins, volatile oils, lipids and carbohydrates; evaluation and standardisation of crude drugs; herbal formulations and phytopharmaceuticals; plant tissue culture; and traditional systems of medicine including Ayurveda and Siddha. |
| Pharmaceutical analysis | Titrimetric methods including acid-base, redox, precipitation and complexometric titrations; non-aqueous titration; gravimetry; UV-visible, infrared, fluorescence, atomic absorption, NMR and mass spectrometry; chromatography covering paper, thin-layer, column, gas and high-performance liquid chromatography; electrophoresis; potentiometry and conductometry; and validation of analytical procedures and pharmacopoeial standards. |
| Human anatomy and physiology | Cell and tissue organisation; the skeletal, muscular, cardiovascular, respiratory, digestive, renal, nervous, endocrine, reproductive, lymphatic and integumentary systems; blood and its components; homeostasis; and the pathophysiology of common disorders. |
| Biochemistry and clinical biochemistry | Structure and function of carbohydrates, lipids, proteins, nucleic acids, enzymes and vitamins; intermediary metabolism and its regulation; bioenergetics; molecular biology of gene expression; and clinical biochemistry covering diagnostic enzymology, liver, kidney and lipid profiles and their interpretation. |
| Pharmaceutical microbiology and biotechnology | Microbial classification, morphology and growth; sterilisation and disinfection; aseptic technique and sterility testing; microbiological assay of antibiotics and vitamins; immunology and vaccines; fermentation technology; enzyme immobilisation; and recombinant DNA technology applied to therapeutic products. |
| Pharmacy practice and clinical pharmacy | Prescription handling and dispensing; hospital and community pharmacy practice; patient counselling and pharmaceutical care; drug information services; therapeutic drug monitoring; adverse drug reactions and pharmacovigilance; clinical trials and good clinical practice; and pharmacoeconomics. |
| Pharmaceutical jurisprudence and management | The Pharmacy Act and the Drugs and Cosmetics Act with their rules; the Narcotic Drugs and Psychotropic Substances Act; the Drugs and Magic Remedies Act; regulatory bodies and drug approval processes; intellectual property and patents; and the elements of pharmaceutical marketing, industrial management and accounting. |
| Mathematics and biostatistics | Algebra, matrices and determinants; differentiation and integration and their pharmaceutical applications; differential equations; measures of central tendency and dispersion; probability; correlation and regression; tests of significance; and the design and analysis of experiments. |
Send the PDF on WhatsApp — colour Rs 1/page, B&W 50p/page, binding Rs 40. Printed, bound and delivered anywhere in India.
Send your PDFThe 8 titles on this page, of which 5 are worked right through and the rest are kept as references. Most aspirants own three or four and borrow the rest.
A computer-based objective examination made up of 200 multiple-choice questions to be answered in two hours, which works out to well under a minute a question and makes speed as decisive as knowledge. The paper draws on pharmaceutics, pharmaceutical chemistry, pharmacology and toxicology, pharmacognosy and natural products, pharmaceutical analysis, pharmaceutical biotechnology and pharmacy practice, together with a general aptitude component. Shortlisted candidates for several programmes, and for doctoral admission, then go through a further stage of group discussion and interview at the campus concerned before the final list is drawn.
For the master's programmes — M.S. (Pharm.), M.Tech. (Pharm.), M.Pharm. and MBA (Pharm.) — a B.Pharm., B.Tech., B.E., M.Sc., MBBS or B.V.Sc. as relevant to the chosen specialisation, with at least 60% marks or the equivalent grade, relaxed for reserved categories, together with a valid GPAT, GATE or NET score where the discipline requires it. For the doctoral programme, a master's degree such as M.Pharm., M.S. (Pharm.), M.Tech. (Pharm.), M.Sc. or MBA (Pharm.) in a relevant subject with at least 60% marks, relaxed to 55% for SC and ST candidates, ordinarily supported by a national fellowship or the institute's own assistantship. Candidates apply by specialisation and by campus preference, since departments differ between the NIPERs.
Once a year, with the examination generally held in the June to July window ahead of the August academic session.
We print from the PDF you send us. Send the file on WhatsApp with your page count and whether you want colour, black and white or mixed, and we print, bind and deliver anywhere in India. We do not supply copyrighted book files.