Chandigarh University’s Passion to Profession through Advanced Credit Program offers a unique pathway for bright and inquisitive young minds to develop their career by enjoying their passion. This specialized certification program is offered to UG and PG students seeking admission to Chandigarh University. Besides pursuing their passion, the students will earn University credits while developing the primordial knowledge and skills for the program to which they are interested in taking admission. This program comprises three distinct levels, each tailored to provide students with a progressive and comprehensive learning experience.
Obtaining credits in specific courses implies that a student has exhibited proficiency in those subjects. Consequently, they might be exempted from retaking those courses or have the opportunity to progress to more advanced levels directly. This minimizes the required number of courses, enabling them to concentrate on other subjects or explore additional courses. Advanced earned credits streamline a student's academic path, potentially reducing the duration needed to finish their degree or program. It lessens the student's time and energy commitments, allowing them to allocate those resources to other subjects and dedicate more time to prepare for job placements.
Nil
S. No. |
Day |
Activity |
Duration |
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1 |
Monday |
Introduction and Live Interaction |
1 Hour 30 Mins |
2 |
Tuesday |
Flipped Classroom |
1 Hour 30 Mins |
3 |
Wednesday |
Live Interaction, Query Session |
1 Hour 30 Mins |
4 |
Thursday |
Assignment Allotment, Assignment Preparation and Submission |
3 hours |
5 |
Friday |
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6 |
Saturday |
Live Hands-on Practice/ Case Study |
1 Hour 30 Mins |
Quiz |
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Self Study |
6 Hours |
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Total Engagement Hours |
15 Hours |
In case any query please mail on acp@cumail.in
The Level 2 of Passion to Profession through Advanced Credit Program is focussed on inculcating global values in the aspirants.
The course will improve aspirant’s morale. The aspirants will be able to bring in right conduct in their behaviour. The said values and ethics training program will aim at improving the professionalism and the effectiveness of individuals.
The aspirant will be engaged in series of lessons based on value inculcation which will earn them a values certificate.
Developing universally recognized spiritual, compassionate and dynamic minds with positive and ethical thought process through global values instillation & certification.
Nil
Days |
Topic to be Covered (1.5 Hour per Day) |
---|---|
Day 1 |
Live interaction on course |
Day 2 |
Lecture Series start…. |
Day 3 |
Lecture Series cont.… |
Day 4 |
Lecture Series cont.… |
Day 5 |
Lecture Series end.… |
Day 6 |
Live interactions, Doubt Sessions and Feedback |
Day 7 |
MCQ-based Quiz |
In case any query please mail on acp@cumail.in
Instrumental methods of analysis have exploited several basic properties of matter such as light absorbance, electrical conductivity, phase transition, molecular vibrations and selective adsorption of certain species, etc to develop well defined streams such as spectroscopy, chromatography, thermal analysis and electrometric methods. The analytical scientist should constantly upgrade his or her analytical skills, update on basic and avoid the pitfalls of becoming a mere technical operator of analytical instruments. The course, “Advance Instrumental Techniques” offered by Department of Chemistry, University Institute of Sciences, Chandigarh University, builds on student’s existing background in analytical chemistry to develop both theory and practice relating to the latest instrumental techniques used in industry and research. This course aims to impart in depth knowledge with hands-on experience using state-of-the art instruments like UV-Visible, IR spectroscopy and 1H and 13C NMR Spectroscopy, GC, HPLC etc. along with theoretical background. The course is designed to train students in use of advanced high end instruments like UV-Visible, IR spectroscopy and 1H and 13C NMR Spectroscopy, GC, HPLC etc for chemical, biochemical analysis of real samples which are amongst the most widely used analytical instrumental techniques across a broad range of disciplines and in many different industries. The course strongly emphasizes employability in industry, government and research.
LEVEL No. |
Course Code: |
TITLE |
L |
T |
P |
S |
C |
CH |
Course Type* |
---|---|---|---|---|---|---|---|---|---|
1 |
22GPA001 |
Advanced Instrumental Techniques |
1 |
- |
- |
- |
1 |
15 |
ACP |
Course Objectives |
i) To impart basic practical skills in advanced instrumental analysis. |
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ii) Actual sample analysis and hands on training of different instruments like UV-Visible, IR spectroscopy and 1H and 13C NMR Spectroscopy, GC, HPLC etc |
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iii) To equip students with professional skills required to work in industry. |
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PRE-REQUISITE |
The candidate must have studied chemistry up to B.Sc. level |
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Course Outcome |
Students will be able to |
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CO1: explain basic principles of UV-Visible spectroscopy |
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CO2: describe the relevant terms of UV-Visible spectroscopy |
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CO3: apply working principle in taking spectra and outline of UV spectroscopy device |
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CO4: analyze the electromagnetic spectrum |
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CO5: devise practical solutions for UV-Visible spectra related problems of unknown mixture of compounds in a professional context. |
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Course Contents |
An introduction to Spectroscopy · What is Spectroscopy and what are different advanced instrumental techniques An Introduction to UV spectroscopy · Various electronic transitions (185-800 nm), Beer-Lambert’s Law, effect of solvent on electronic transitions, ultraviolet bands for carbonyl compounds, unsaturated carbonyl compounds, dienes, conjugated polyenes. Fieser-Woodward rules for conjugated dienes and carbonyl compounds, ultraviolet spectra of aromatic and heterocyclic compounds. |
Days |
Topic to be Covered (1.5 Hour per Day) |
---|---|
Day 1 |
An introduction to spectroscopy |
Day 2 |
Benefits of advanced instrumental techniques over non-instrumental methods |
Day 3 |
Brief description to Advanced Instrumental Techniques |
Day 4 |
An introduction to UV-vis Spectroscopy |
Day 5 |
Factors impacting UV spectrum such as conjugation and Numericals based problems such as calculating λmax |
Day 6 |
Applications of UV-vis spectroscopy |
Name |
|
Mobile |
---|---|---|
Ms. Anju Singh |
Anju.chemistry@cumail.in |
9915874557 |