Principal Scientist Quantitative Systems Pharmacology

Role Summary

Principal Scientist, Quantitative Systems Pharmacology, based in Cambridge, MA. Develop and apply multiscale computational models of complex diseases to support model-informed drug discovery and development. Communicate modeling predictions to key stakeholders and contribute to the R&D portfolio in mechanistic disease modeling.

Responsibilities

• Function as part of a team to develop and apply multiscale computational models of complex diseases based on detailed biological mechanistic knowledge to support model-informed drug discovery & development.
• Survey literature to gain understanding of critical physiological processes to be represented, and identify suitable mechanistic elements, data, parameters and assumptions to be included.
• Identify and analyze suitable internal preclinical and clinical data to inform modeling activities.
• Analyze simulation results and identify appropriate strategies to resolve issues pertaining to model performance and accuracy.
• Maintain extensive documentation of model development process, and data analysis.
• Maintain quantitative systems pharmacology expertise through comprehensive education
• Communicate modeling predictions to key stakeholders.

Qualifications

• Required: PhD in systems pharmacology/biology, computational biology, biomedical engineering, or a related field with a strong record of productivity demonstrated through publications and scientific presentations with at least 2 years of Postdoctoral experience in disease modeling/QSP
• Required: Master’s degree with 4+ years of relevant industry experience
• Required: Proficiency in mathematical modeling using differential equations.
• Required: Extensive experience in computational tools such as MATLAB, Julia and R (MATLAB preferred).
• Preferred: Experience in drug discovery/development a plus, especially in bioinformatics or pharmacometrics.
• Preferred: Knowledge of Immunology

Skills

• Excellent oral and written communication skills.
• Ability to quickly learn pathophysiology in indications of interest, and treatment approaches in immunology.
• Highly motivated, detail-oriented, and independent researcher.
• Able to thrive in a collaborative, multi-disciplinary team environment.
• Strong commitment to on-the-job-training.