TEACHING PHILOSOPHY
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To synthesize my
understanding, experience, and professional skills into strategies
that will help the students obtain and retain knowledge and skills
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To make students think—to
break through the surface tension of introductory material and
instill in each student the desire to dive deeper into the pool of
knowledge
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To provide the students with
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professional applications of
new material,
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an interactive environment,
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incorporating examples of
active research in homework and assessments,
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teaching how to learn—and how
to teach by encouraging for presentations and homework problem walk‐throughs
and
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instilling a sense of
community among the students.
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COURSE DEVELOPMENT
1. Undergraduate
(a)
Course CH 427 (B.Tech.(CST),VII
Sem): Medicinal Chemistry.
2. Postgraduate
Course
(a)
CH 641 (M.Sc.elective):
Modern Techniques and Scope of Chemical Biology
(b)
CH 521 (M. Sc.
Core): Bio-organic Chemistry
(c)
CH 629 (Ph.D.
elective): Advances in Bio-Organic Chemistry.
3. NPTEL
(Single coordinator) Web based scheme of MHRD, Government of India
(a)
Bio-organic Chemistry
(b)
Bio-Organic Chemistry of Natural Enediyne Anticancer
Antibiotics.
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In
India, in true sense, no institute is offering any course on
Bio-Organic Chemistry that may be because of the broad subject
area and the lack of any suitable text books. I am the first in
India designed, completed and uploaded this course on the web
under NPTEL Scheme. I have constructing this
graduate-/postgraduate level course from thousands of papers in the
primary chemical and biological/biomedical literature.
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Both
the NPTEL courses emphasize from the Basics to the Current Research
Trends in the respective field.
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In a
truly interdisciplinary way these Courses will unite the central
questions of Biomedical Sciences, Biosciences, Biochemistry,
Medicinal Chemistry, Organic Chemistry and Spectroscopy.
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The
course in Enediyne emphasizes on the recent clinical advancement to
the application of Enediyne as clinically approved anticancer agent.
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TEACHING EXPERIENCE
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My teaching experience started
from my undergraduate studies during1993-1995 wherein I used
to teach my Juniors and my Class mates.
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I want to share my knowledge with
my students and love the satisfaction that results from making them
understand a difficult but interesting concept.
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My Teaching Experiences at IIT
Guwahati:
(I) 2000-2004-During
Ph. D.:
4 years
experience in teaching: Organic Tutorial and Practical Classes for the
students of Bachelor in
Technology at IIT, Kharagpur.
(II)
March 2004-October 2005:
In College as
Lecturer March 2004-October 2005
(two times: C.U. Syllabus):
Sl. No. |
Name of the Courses |
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|
General Physical organic Chemistry (Main) |
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|
Organic Reaction Mechanism |
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|
Stereochemistry of organic molecules (Main) |
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|
Rearrangement Reactions and Organic Named Reactions (Main) |
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|
Organometallic Chemistry (Main) |
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|
Chemistry of Nitrogen compounds (Main) |
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|
Pericyclic Reactions (Main) |
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|
Bio-Chemistry (Chemistry of Proteins, DNA and RNA) (Main) |
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|
Chemistry of Carbohydrates and Alkaloids |
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|
Medicinal Chemistry (Main) |
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|
Spectroscopic methods of structural elucidation of Organic
molecules (Main) |
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|
Environmental Chemistry |
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|
Polymer Science. |
(III)
August 2008-Current:
At IIT Guwahati:
At the Undergraduate Level [(B.Tech General) and B.Tech (Chemical
Science and Technology (CST)]
Sl. No. |
Course Nos. |
Name of the Courses |
-
|
CH110 |
B.Tech
Practical (General) |
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|
CH101 |
B.Tech Tutorial (General) |
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|
CH223 |
B.Tech CST: Chemical Technology Lab I |
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|
CH301 |
B.Tech CST: Spectroscopic Techniques in Chemistry (Two
times) |
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|
CH427 |
B.Tech.(CST),VII Sem.: Medicinal Chemistry |
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|
CH402 |
B.Tech.(CST).: Technical Report and Presentation |
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|
CH 220 |
B.Tech.(CST), II Sem: Organic Chemistry |
(IV) August
2008-Current: At IIT Guwahati:
At the Postgraduate Level [M.Sc. and Ph.D. in Chemistry]
Sl. No. |
Course Nos. |
Name of the Courses |
1. |
CH433 |
M.Sc.I: Application of Spectroscopy
(Two times) |
2. |
CH-420 |
M.Sc.I: Principles of Organic
Chemistry (Three Times) |
3. |
CH-421 |
M.Sc.I: Organic Reaction Mechanism
(Four Times). |
4. |
CH-520 |
M.Sc.II: Concepts in Organic
Synthesis: M.Sc. II: This includes-(a) Pericyclic reaction;
(b) Organic photochemistry; (c) Reagents in Organic
Synthesis; (d) Heterocyclic Chemistry; (e) Chemistry of
Natural Products |
5. |
CH-521 |
M.Sc.II: Modern Techniques and Scope
of Chemical Biology (Two times) |
6. |
CH500 |
M.Sc.II: Graduate Seminar |
7. |
CH 625 |
M.Sc. II elective: Art in Organic Synthesis (2017
Jan-May) |
8. |
CH626 |
M.Sc.II/Ph.D. Elective: Modern
Reagents in Organic Synthesis (Two times) |
9. |
CH623 |
Ph. D. elective: Chemistry of Biological
Macromolecules (Two times) |
10. |
CH 620 |
Ph. D. elective: Art in Organic Synthesis
(Two times) |
11. |
CH 641 |
Ph. D. elective: Bio-Organic Chemistry (July-Nov.,
2018) |
12.
|
CH
617 |
M.Sc. elective: Supramolecular Chemistry (Jan-May,
2019) |
13. |
CH-521 |
M.Sc.II: Modern Techniques and Scope
of Chemical Biology (Three times). (July-Nov., 2019) |
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TEACHING OUTPUT-FEEDBACK FROM STUDENT
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I have gained the respect and
trust of my students.
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Students have expressed their
appreciation for my thorough understanding of the subject matter and
for my ability to convey it to them.
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Moreover, students have always
expressed their gratitude and appreciation for my commitment and
dedication.
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I frequently receive
compliments from former students and expressions of admiration,
praise, and gratitude.
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TEACHING INTEREST
General Teaching Interest/Ability:
I believe teaching is an integral part of an
academic career. Thus, with my teaching
philosophy and experience, I continue to keep a
keen interest in teaching which lie particularly
in undergraduate/graduate and post graduate
level
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All
Topics in General/Advanced Organic and
Biomolecular/Natural Product
Chemistry/Physical Organic Chemistry/Few
topics in General Inorganic and Physical
Chemistry
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Personalized Medicine
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Chemical Biology
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Biomedical Sciences
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SNPs
Genotyping
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Chemical Genomics
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Proteomics
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Drug
Design and Drug Delivery
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Drug-DNA/Protein Interactions
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Peptidomimetic Drug Therapeutics
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Bioorganic and Medicinal Chemistry
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Anticancer/Antitumor Agents
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Nanobiotechnology
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Theranostics And
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Pharmacogenomics
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