By applying to this job, you will be considered for all Associate Computational Biologist I opportunities across
The Broad Institute. Available for Spring 2019 graduates only.
Allow for 10-15 minutes to complete the initial application process as it needs to be completed in one sitting. In order to expedite your application , add your unofficial transcript in the attachment section under the "My Experience" section of the application process. Continue to check your email for updates once you've completed the initial application process.
Why Code @ Broad:
The Broad Institute is an amazing place - we apply our deep knowledge of human genetics to empower a revolution in biomedicine and accelerate the pace at which the world conquers disease. Through our partnerships with MIT, Harvard, and the Harvard teaching hospitals, we've become a worldwide hub of cutting-edge biomedical science.
One of the ways in which we are transforming medicine and human health is by building software to organize, process, and visualize scientific data on an unprecedented scale. Our tools are used by tens of thousands of researchers across the globe, processing 24 petabytes of data daily, and informing life-saving clinical decisions i n medical and cancer genetics.
About the position:
The research at the Broad Institute covers a wide variety of scientific and technology areas. Associate Computational Biologists (ACBs) function slightly differently depending on the research focus of their particular group. Your role will include a combination of the following duties:
Apply existing and novel algorithms to genomic data sets, analyze data quality, critically review and analyze results, communicate results to biologists, computational biologists, software engineers and clinicians.
Develop data analysis strategies, write algorithms, and deploy computational tools for the exploration of very large data sets.
Explore novel data visualization tools, with emphasis on integrating diverse data types or sets
Implement or improve algorithms in software tools for distribution to the global research community
Apply machine learning techniques to quality control procedures
Regardless of your group, you will take a hands-on, problem-solving approach , and collaborate with engineers and scientists in an informal collegial work environment infused with intellectual rigor . The right candidates will have outstanding academic records and strong communication skills, will demonstrate innovative and analytical thinking , and will enjoy working in an interdisciplinary team. The Broad Institute provides a vibrant research environment and provides the potential for your contributions to be used and recognized worldwide.
In this position:
You can make a difference in biomedicine - Whether you clean up and package genomic data to be used by researchers worldwide or develop analytical methodologies to apply to other biomedical data sets, you are accelerating research that leads to life-changing therapies.
You will gain invaluable experience - This unique opportunity will give you access to the sharpest minds in biomedical research, leaders in cloud technology, and a variety of other experts passionate about changing lives through our wide network of physicians and scientists. ACBs are encouraged to acquire new skills and techniques they find interesting, and think creatively about ways to solve problems. Should you choose to, you will be well prepared to pursue a graduate degree or expand your responsibilities over time.
You will be supported in your efforts to learn and grow - The Models, Inferences and Algorithms group based at the Broad supports learning and collaboration across the interface of biology and the computational sciences through interactive seminars and talks. Every week there are additional talks open to the Broad community on a variety of scientific topics, often hinging on results that have not yet been published. Many current ACBs rave about the mentorship they have received and the variety of social events that create a fun, collaborative environment.
We pride ourselves on being creative and forward-thinking not only in the way we approach our science, but also in the way we support our people. Check out a sampling of our benefits:
3 weeks vacation, 12 paid holidays plus an annual winter closing from Christmas to New Year's
Commuter passes subsidized at 50%
Tuition reimbursement up to $5,250 per calendar year
Fooda, on-site lunch available for purchase from local vendors every day
LeanBox, vending machine of fresh, healthy snacks available at subsidized prices
Free on-site yoga, mediation and boot camp
Discounts on entertainment, goods and services through Working Advantage
BroadLife office hosts regular seminars and discussion groups to help you deal with a diverse array of work-life issues and make it easier to integrate work, personal and family commitments
We are looking for candidates who have:
Bachelor's or Master's degree expected in May or June 2019
Majored in computer science, mathematics, statistics, physics, bioinformatics, biology or similar field
Demonstrated capability as highly organized, a creative problem-solver, detail-oriented, self-motivated, and able to work independently as well as within cross-functional teams; experience working in an interdisciplinary team with laboratory scientists and clinicians is a plus
The following experience is a plus:
Strong programming skills and experience with programming languages, preferably Python, Java, Perl, C++, Scala, Fortran, R or Matlab.
Experience with computational analysis, algorithm development and statistics
Experience analyzing biological data in a research setting
Experience with Unix/Linux environments (including shell scripting)
EOE / Minorities / Females / Protected Veterans / Disabilities