Teaching With Schrödinger
Connect your students to industry-leading molecular modeling software
Seamless Web-Based Software Access for Teaching
The Teaching with Schrödinger virtual cluster empowers students to build, calculate, and analyze molecular structures with state-of-the-art software using a web-based virtual desktop environment without the need to download anything to their hardware.
Students will get the training to be able to connect theory to application at their fingertips and can submit calculations any time, anywhere. Instructors, from experts to non-experts in computational chemistry, will have the educational support and resources directly from Schrödinger staff to be completely comfortable with integrating new technology into their teaching.
Contact teaching@schrodinger.com for more information.
Industry-Leading Molecular Modeling in the Classroom
The Teaching with Schrödinger virtual cluster is a web-based molecular modeling package that includes Maestro - the industry leading graphical user interface, a job monitor, and a computational engine that is specifically designed for educational purposes. Instructors are welcome to use ready-made lesson plans that integrate with their course curriculum for labs and lectures. The cluster can also be used flexibly however educators see best fit for their particular course.
Check out a blog post on the Teaching with Schrödinger beta-test here and how UCLA used Schrödinger’s web-based Maestro in the classroom here.
Upcoming Events
View Downloadable Course Materials
High School Chemistry
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| Lesson | Worksheet | |
|---|---|---|
| Chemical Bonding | Chemical Bonding Lesson | Chemical Bonding Worksheet |
| VSEPR Theory | VSEPR Theory Lesson | VSEPR Theory Worksheet |
High School Biology
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| Lesson | Worksheet | |
|---|---|---|
| Protein Structure | Protein Structure Lesson | Protein Structure Worksheet |
| Enzymes | Enzymes Lesson | Enzymes Worksheet |
| DNA | DNA Lesson | DNA Worksheet |
AP®︎/College General Chemistry
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| Lesson | Worksheet | |
|---|---|---|
| Chemical Bonding | Chemical Bonding Lesson | Chemical Bonding Worksheet |
| VSEPR Theory | VSEPR Theory Lesson | VSEPR Theory Worksheet |
| HOMO-LUMO Energy Gap | HOMO-LUMO Energy Gap Lesson | HOMO-LUMO Energy Gap Worksheet |
AP®︎/College General Biology
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| Lesson | Worksheet | |
|---|---|---|
| Protein Structure | Protein Structure Lesson | Protein Structure Worksheet |
| Protein Ligand Docking | Protein Ligand Docking Lesson | Protein Ligand Docking Worksheet |
| Enzymes | Enzymes Lesson | Enzymes Worksheet |
| DNA | DNA Lesson | DNA Worksheet |
| Carbohydrates | Carbohydrates Lesson | Carbohydrates Worksheet |
Organic Chemistry
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| Lesson | Worksheet | |
|---|---|---|
| SN2 Reactions | SN2 Reactions Lesson | SN2 Reactions Worksheet |
| HOMO-LUMO Energy Gap | HOMO-LUMO Energy Gap Lesson | HOMO-LUMO Energy Gap Worksheet |
| Nucleophiles & Electrophiles | Nucleophiles & Electrophiles Lesson | Nucleophiles & Electrophiles Worksheet |
| Stereoisomers | Stereoisomers Lesson | Stereoisomers Worksheet |
| IR Spectroscopy | IR Spectroscopy Lesson | IR Spectroscopy Worksheet |
| Diels-Alder Reactions | Diels-Alder Reactions Lesson | Diels-Alder Reactions Worksheet |
Biochemistry
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| Lesson | Worksheet | |
|---|---|---|
| Protein Ligand Docking | Protein Ligand Docking Lesson | Protein Ligand Docking Worksheet |
| Structure-Based Virtual Screen | Structure-Based Virtual Screen Lesson | Structure-Based Virtual Screen Worksheet |
| Enzymes | Enzymes Lesson | Enzymes Worksheet |
| Carbohydrates | Carbohydrates Lesson | Carbohydrates Worksheet |
Inorganic Chemistry
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| Organometallic Structures | Contact Us |
| Aminolysis of TiCl4 | Contact Us |
Medicinal Chemistry
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| Lesson | Worksheet | |
|---|---|---|
| Protein Ligand Docking | Protein Ligand Docking Lesson | Protein Ligand Docking Worksheet |
| Structure-Based Virtual Screen | Structure-Based Virtual Screen Lesson | Structure-Based Virtual Screen Worksheet |