Teaching with Schrödinger
Incorporate computational chemistry and biology tools in the classroom
Incorporate computational chemistry and biology tools in the classroom
Discover high-quality educational materials with applied computational exercises.
Learn molecular modeling using a teaching-specific web-based version of Schrödinger.
Engage with a community of educators, learners, and mentors.
Run DFT calculations using Schrödinger’s quantum mechanical engine, Jaguar
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Calculate electrostatic potential surfaces and molecular orbitals of small molecules
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Predict the spectra of infrared spectra and view various vibrational modes
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Perform protein-ligand docking using Schrödinger’s Glide
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Generate a dynamic ligand-interaction diagram to visualize non-covalent interactions in both 2-D and 3-D
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Name | Downloads | |
---|---|---|
Organometallic Structures | ||
Aminolysis of TiCl4 |
Web-based access to Schrödinger’s core-suite of software for the instructor and students throughout the duration of an academic term. Instructors can choose to use the ready-made lesson plans with computational exercises embedded, or create their own curricula that best fits their course.
The lesson plans for Teaching with Schrödinger are freely available. To purchase web-based Schrödinger software access to use for teaching purposes as part of the program please reach out to your Schrödinger account manager or teaching@schrodinger.com.
Absolutely. Please reach out to your Schrödinger account manager or teaching@schrodinger.com.
Pricing is on a per-student, per-term basis and depends on class size. Contact teaching@schrodinger.com with the number of students in your class to receive a quote.
Yes, all lessons have been aligned to Chemistry GRE, MCAT, and AP standards