Schrodinger, a technology leader specializing in computational methods 
for drug discovery and development, is looking for a senior scientist 
with a synthetic or medicinal chemistry background for our Drug Discovery 
Applications Group. The successful candidate will become part of a 
multidisciplinary drug discovery team working on both collaborative 
projects with pharmaceutical/biotechnology partners and in-house efforts 
to improve and apply drug discovery and development computational methods.

Schrodinger was founded on a technological breakthrough, and scientific 
excellence and innovation remain the company's main drivers. We are a 
company of scientists that works closely with clients and collaborators 
from industry and academia to create relevant, cutting-edge tools to 
solve real-world research problems.

Job Description:

- Actively participate in Drug Discovery Applications Group projects
- Coordinate and monitor internal and external projects
- Share computational chemistry expertise with other members of the 
Group
- Work closely with the Development Team to test and improve 
Schrodinger Drug Discovery technologies 

Essential Qualifications and Experience:

- Ph.D. in computational chemistry, organic chemistry, physical
chemistry or biochemistry 
- 5 years of relevant post-Ph.D. experience in computationally-driven 
lead discovery and optimization
- Experience in at least 3 of the following molecular modeling areas: 
structure-based drug design, ligand-based drug design, virtual ligand 
screening, computationally-driven lead optimization, molecular dynamics 
or homology modeling
- Excellent verbal and written communication skills
- Ability to coordinate and monitor multiple external collaborative 
projects 

Benefits include medical, dental, 401(k), flexible spending account, 
3+ weeks of vacation, and tuition reimbursement.

For consideration, please send CV including publications, thesis topic, 
and adviser information to careers-$-schrodinger.com.


Schrodinger, Inc. is an equal opportunity employer.