Course name: Chemistry: Structure Drawing Masterclass
Eligibility: K12, B. Pharm., M. Pharm., BSc. or MSc. in Chemistry/Pharmacy or equivalent
Course duration: 3 hours 20 mins
Course offered by: Boosted Learning
What will students learn in your course? / Learning Objectives
This course is aimed at imparting skills on use of structure drawing tools that are essential for student or researcher involved in the area of chemistry.
After successful completion of this course, the participants will be able to use these software(s) for drawing 2D and 3D (dimensional) chemical structures.
To be able to write complex reaction schemes, reaction mechanisms, use different templates, reaction symbols and arrows, smartly and efficiently.
To be able to generate IUPAC names, retrieve information about physical properties, compute 3D geometrical properties and using it to create reports in MS Word.
Toral Assignments: 2
Contents:
Module 1 (2 hours 40 mins)
ACD ChemSketch software: Introduction, download and installation process, Drawing various chemical structures (acyclic, cyclic, polycyclic, heterocyclic), name generation from structures, conversion of name of molecule into its structure, calculation of physical properties such as density, molecular weight, molecular formula, refractive index from structural formula, bond angles, bond lengths, dihedral angles, etc.
Learning outcomes: After successful completion of this module candidate will be able to use ACD ChemSketch for generation and processing of simple and complex chemical structures.
Module 2 (40 mins)
3D Viewer software: Introduction, download and installation process, 3D structures of molecules, various 3D structure models, conversion of 2D structure into 3D structure, File extensions, Cartesian coordinates, Dihedral angles,
Learning outcomes: After successful completion of this module candidate will be able to study three dimensional properties of molecules which are highly useful in prediction of their chemical/ physical properties and can be applied in advanced research work.
Salient features of certificate course:
Theory and practical sessions for better understanding.
Lectures include the entire process which also involves downloading and installation of these software(s).
Hands on training on these software(s).
At end of course candidate will be able to use these open-source software’s independently for their work.
A certificate will be issued to the successful candidates
Module 1: ACDChemSketch (2D structure Drawing)
Assignment 1 - Based on Module 1 (With Answer Key)
-
404 - Default Settings in ACD ChemSketch
-
505A - Drawing Aliphatic molecules
-
605B - Drawing Aliphatic molecules
-
706A - Drawing Cyclic aliphatic molecules
-
806B - Drawing Cyclic aliphatic molecules
-
907A - Drawing Aromatic molecules
-
1007B - Drawing Aromatic molecules
-
1107C - Drawing Aromatic molecules
-
1208 - Drawing Long chain molecules
-
1309A - Drawing Chiral molecule
-
1409B - Drawing Chiral molecule
-
1510 - Drawing Polycyclic molecule
-
1611A - Drawing with the help of templates
-
1711B - Drawing with the help of templates
-
1812A - Using Equilibrium arrows
-
1912B - Using Equilibrium arrows
-
2013 A Drawing Reaction Scheme
-
2113 B Drawing Reaction Scheme
-
2213 C Drawing Reaction Scheme
-
2313 D Drawing Reaction Scheme
-
2414 A Introduction to Reaction Mechanism
-
2514 B Half head Curly Arrow
-
2614 C Radical Mechanism 01
-
2714 C Radical Mechanism 02
-
2815 A Nucleophilic Mechanism 01
-
2915 B Nucleophilic Mechanism 02
-
3016 A SMILES Notation
-
3116 B Structure from SMILES
-
3217 A Introduciton to IUPAC nomenclature
-
3317 B IUPAC names from structures
-
3418 Calculating physical properties
-
3519 A Correction in the embeded docuement
-
3619 B File Formats
Module 2: ACD 3D Viewer
Assignment 2 - Based on Module 2 (With Answer Key)
-
4101 Importing Structure from 2D to 3D
-
4202 Some Default Settings
-
4303 A Different representations of the 3D molecule
-
4403 B Interacting with the 3D molecule
-
4504 Images from the 3D structure
-
4605 A Calculating bond lengths and bond angles
-
4705 B Calculating bond lengths and bond angles
-
4806 A Configuration Isomers
-
4906 B Calculating dihedral angles