Schrödinger

Schrödinger is a scientific leader in developing physics-based computational software for molecular discovery and design, serving the pharmaceutical, biotechnology, and materials science industries. The company's platform leverages advanced chemical simulation to accelerate the discovery and optimization of therapeutics and materials, making innovations that were once out of reach achievable today.

Beyond software, Schrödinger operates its own therapeutics pipeline, applying its platform to collaborative and proprietary drug discovery programs. The company's mission is to improve human health and quality of life by fundamentally transforming how therapeutics and materials are discovered.

Life Science Platform

• Industry-leading computational platform designed to help researchers discover and optimize better molecules faster
• Enables pharmaceutical and biotechnology organizations to improve the quality of therapeutic candidates through physics-based molecular simulation
• Supports large-scale molecular ideation, free energy perturbation (FEP+), machine learning, and retrosynthesis workflows
• LiveDesign serves as an enterprise informatics platform and single terminal for bridging medicinal chemistry workflows, amplifying medicinal chemist impact across the drug discovery process

Materials Science Platform

• Predictive computational platform for discovering, optimizing, and formulating advanced materials
• Enables researchers to work at the molecular level to drive material advances across a range of industries
• Supports the design of next-generation materials through the same physics-based simulation technology used in life sciences

Drug Discovery Pipeline

• Schrödinger's therapeutics group deploys its platform to advance both collaborative and proprietary drug discovery programs
• Target selection strategy focuses on high-value targets with established human genetics or clinical validation
• Programs are selected where Schrödinger can solve a meaningful design challenge and deliver value for patients
• The pipeline approach is designed to reduce risk in drug discovery and development

Education and Training

• Online certification courses offering practical learning and hands-on application of workflows using Schrödinger technology, available for both life science and materials science
• Free learning resources providing step-by-step instructions for performing tasks and analyzing data across life science and materials science disciplines
• Classroom integration program enabling academic institutions to teach theoretical and applied sciences using industry-leading software

Schrödinger continues to expand its presence through regular webinars, industry events, and educational initiatives, reinforcing its role as a transformative force in computational chemistry and molecular design for both research and commercial applications.