Clinical Genetics & Pharmacogenomics Lead

Biogen, Inc.; Cambridge (MA); On-site; USD 163,000 - 225,000; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

Vision Insurance

Life Insurance

Fitness reimbursement

Paid vacation & holidays

401(k) with company match

Employee stock purchase plan

Tuition reimbursement

Job summary

Biogen, Inc. is seeking an Associate Scientific Director, Clinical Genetics, to lead clinical genetics and pharmacogenomics efforts across multiple therapeutic programs from research to clinic.

You will shape strategies for patient identification, trial design, and genetic data use, influencing development decisions and cross‑functional collaboration. You will collaborate across therapeutic areas to design genetic testing strategies, interpret results in a clinical context, and drive reverse

Qualifications

• PhD/MD/PharmD or equivalent in genetics with 8+ years in the field.
• Experience in human genetics, pharmacogenomics, and clinical data.
• Proven ability to design genetic testing strategies for trials and interpret results.

Responsibilities

• Serve as the clinical genetics and pharmacogenomics lead for trials across Phases I–III.
• Guide genetics strategies as programs move from late-stage research to clinical development.
• Contribute to protocols with genetics objectives and testing considerations.

Skills

PhD/MD/PharmD in Genetics

8+ years in human genetics

Clinical trial design

Genetic testing strategies

Interpretation of genetic data

Regulatory knowledge

Excellent communication

Education

PhD in human genetics or related field

Job description

Biogen, Inc. is seeking an Associate Scientific Director, Clinical Genetics, to lead clinical genetics and pharmacogenomics efforts across multiple therapeutic programs from research to clinic.

You will shape strategies for patient identification, trial design, and genetic data use, influencing development decisions and cross‑functional collaboration. You will collaborate across therapeutic areas to design genetic testing strategies, interpret results in a clinical context, and drive reverse