| COURSE OUTCOMES |
| COURSE NAME | CO No | COURSE OUTCOME |
| M. Pharmacy Pharmaceutical Chemistry Semester 1 |
| Modern Pharmaceutical Analytical techniques | CO1 | Understand the interaction of matter with electromagnetic radiations and its applications in drug analysis using various analytical instruments |
| CO2 | Develops ability to involve in the quantitative & qualitative chromatographic separation and analysis of drugs |
| CO3 | It facilitates the students to perform the thermal method of analysis of drugs using different instruments |
| CO4 | Understand the principles of Nmr, Mass, X Ray Techniques and assays |
| CO5 | Able to do the statistical analysis using student T test,F test,chi-square test |
| Advanced Organic Chemistry- I | CO1 | Can design synthetic routes for organic compound using reterosynthesis concept. |
| CO2 | Possess in depth knowledge of mechanism & application of various named reactions. |
| CO3 | Aware of the concept of disconnection to develop synthetic routes for small target molecules. |
| CO4 | Possess knowledge of various catalysts used in organic reactions |
| CO5 | Acquired in depth knowledge of chemistry of heterocyclic compounds. |
| Advanced Medicinal Chemistry | CO1 | Describe different stages of drug discovery. |
| CO2 | Understood the role of medicinal chemistry in drug research and synthesis of medicinally important drugs. |
| CO3 | Can carry out investigation of stereochemical analysis of drugs and correlate with their action |
| CO4 | Able to design and develop new drug like molecules for biological targets using drug design approaches |
| CO5 | Possess knowledge of drug resistance, pro-drug design and peptidomimetics. |
| Chemistry of Natural Products | CO1 | Can carry out isolation, purification & characterization of chemical constituents of natural source. |
| CO2 | Can carry out structural elucidation of medicinally active natural compounds. |
| CO3 | Appreciate the importance of natural compounds as lead molecule for new drug discovery. |
| CO4 | Acquired knowledge on different types of natural compounds, their chemistry and medicinal importance. |
| CO5 | Possess knowledge on rDNA technology as a tool for new drug discovery |
| Pharma Chemistry Lab. - I | CO1 | Able to perform experiments using instruments like UV Spectrophotometer, HPLC, IR spectrophotometer, and Spectroflurimetry. |
| CO2 | Acquired expertise in laboratory techniques for synthesis and purification of organic compounds |
| CO3 | Possess expertise in isolation and characterization of compound obtained from plants |
| M. Pharmacy Pharmaceutical Chemistry Semester 2 |
| Advanced Spectra Analysis | CO1 | Capable of performing spectral analysis to establish identity and structre of compounds. |
| CO2 | Understand the basic concept and instrumentation of HPTLC, HPLC, GC for identification, and characterization of compounds. |
| CO3 | Understand the basic principles and instrumentation of fluorimeter, atomic absorption spectrometer and potentiometer. |
| CO4 | Understand the instrumentation and applications of X- ray crystallography and thermal mathods. |
| CO5 | Explain Instrumentation, separation and identification of compounds by electrophoresis technique. |
| Advanced Organic chemstry- II | CO1 | Understand the green chemistry concepts and to be the effective substitute for conventional chemistry, Knowledge in the field of sonochemistry. |
| CO2 | Understand the concept of peptide chemistry, stereochemistry and asymmetric synthesis. |
| CO3 | Apply all the catalysis in single & multistep process in manufacturing of drugs and drug intermediates |
| CO4 | Evaluate stereo-chemical features including conformation and stereo electronic effects; reaction dynamics, and photochemical reactions |
| CO5 | Creating novel peptidomimetics using peptide chemistry. |
| Computer aided Drug Design | CO1 | Understand the parameters of Quantitative Structure Activity Relationships (QSAR). |
| CO2 | Understand the Role of CADD in drug discovery. |
| CO3 | Apply different CADD techniques and their applications. |
| CO4 | Apply various strategies to design and develop new drug like molecules |
| CO5 | Analyze the concepts and working of molecular modeling software to design new drug molecules. |
| Pharmaceutical Process Chemistry | CO1 | Can develop synthetic routes involving nitration, oxidation and reduction. |
| CO2 | Can develop and optimize synthetic route/s and create & carry out work up and separation procedure. |
| CO3 | Possess knowledge on the strategies of scale up process of API’s & intermediates |
| CO4 | Can operate various unit operations used in API manufacturing. |
| CO5 | Acquired knowledge on the principles and applications of modern chemical instrumentation, experimental design and data analysis. |
| Pharmaceutical Chemistry Practical - II | CO1 | Able to compare and evaluate merits and demerits of different synthetic routes of a drug (Understand) |
| CO2 | Acquired expertise in using drug design software (Analysing) |
| CO3 | Experienced in interpretation of spectra to identify/elucidate structure (Evaluating) |
| M. Pharmacy Pharmaceutical chemistry Semester 3 |
| Research Methodology & Biostatistics 301T | CO1 | Students were able to design research projects and proposals to test the candidate in preclinical and clinical Testing |
| CO2 | To understand the basic principles and guidelines to conduct clinical trials/ clinical research |
| CO3 | To establish, understand, functioning, utilization of laboratory animals and facilities as per CPCSEA guidelines |
| CO4 | To understand the basic principles of medical research, necessity and medicinal care as per international guidelines |
| CO5 | To apply proper statistical method for data interpretation and data management to have quality research outcome |
| Journal Club | CO1 | Able to collect relevant literature and critically evaluate them |
| CO2 | Learnt to make a PPT presentation scientifically and deliver the same |
| CO3 | Able to involve effectively in post presentation |
| Project Discussion / Presentation | CO1 | Able to select research topic through literature review CO2: Able to design research methodology |
| CO2 | Able to Present the selected research proposal convincingly |
| Research Work | CO1 | Able to carry out research work scientifically following research ethics |
| CO2 | Able to collect date, interpret them using appropriate statistical tools and arrive at conclusion scientifically |
| CO3 | Able to document the research work in the form of thesis in an acceptable format |
| Pre submission Discussion / Presentation | CO1 | Able to organize the research work for presentation |
| CO2 | Able to make PPT presentation of the research work scientifically and deliver the same |
| CO3 | Learnt to defend the research work scientifically and convincingly |
