Broad Institute
MIT and Harvard Research Institute
About Broad Institute
Funding & Growth
✓ Pros
- • World-class research environment
- • Access to top scientists
- • Publication opportunities
- • Cutting-edge tools (GATK, Terra)
- • Cambridge/Boston location
✗ Cons
- • Lower industry pay
- • Grant-dependent positions
- • Academic politics
- • Less job security than industry
🏢 Working Here
The Broad Institute of MIT and Harvard in Cambridge, MA, represents the pinnacle of academic-style computational biology research with startup-like resources.
As a computational biologist at Broad, you're embedded in an environment of Nobel Prize winners, leading genomicists, and cutting-edge technology.
Work is organized around programs (Cancer, Metabolism, Psychiatric Disease) and platforms (Genomics, Proteomics, Single Cell, Data Sciences).
A typical role involves analyzing data from large-scale studies (TCGA, GTEx, HCA), developing novel methods, and publishing high-impact papers.
Collaboration across groups is encouraged and easy given the open campus layout.
The culture highly values open science - most tools are open-source (GATK, Picard, IGV, CellBender).
Despite being academic, salaries are industry-competitive due to Broad's fundraising success.
Cambridge location provides unmatched networking opportunities with MIT, Harvard Medical School, and biotech companies.
🧬 Bioinformatics Focus
Broad's computational efforts span fundamental genomics research and tool development. Core areas:
- Cancer genomics - TCGA analysis, identifying driver mutations, developing tumor evolution models,
- Single - cell genomics - Human Cell Atlas, developing scRNA-seq analysis methods,
- Rare disease genomics - Mendelian disease gene discovery, variant interpretation,
- Psychiatric genomics - GWAS of schizophrenia, bipolar disorder, autism,
- Infectious disease - pathogen genomics, host-pathogen interactions, COVID surveillance. Major platforms include Terra (cloud analysis platform), GATK (gold standard for variant calling), and Seurat/CellBender (single-cell tools). The computational challenges involve developing statistically rigorous methods, scaling to millions of samples, integrating multi-omic data, and creating user-friendly tools for the community. Publications regularly appear in Nature, Cell, and Science. The institute collaborates with every major medical center and has spun out multiple companies (Ginkgo Bioworks, Editas, Celsius Therapeutics).
📈 Career Growth & Development
Career Paths
Computational Biology
Compensation
Broad offers competitive base salaries, often matching industry standards. Equity, however, is generally limited to leadership roles.
Development
Professional development opportunities include publishing papers, presenting at conferences, teaching workshops, and mentoring students.
Mobility
Many Broad alumni have gone on to found companies, join tech companies, or take faculty positions at top universities.
Culture
Broad values both technical excellence and collaborative science, fostering a dynamic research environment.
Growth
Career paths are flexible and merit-based, with no tenure system allowing for faster advancement compared to universities.
Network
The Broad network and reputation carry significant weight, particularly in the field of computational biology.