Job Skills: Programming in R
Purpose of position: Use existing software and/or databases to gather, store, manipulate, and analyze biological sequence and structural data. Assist with design, development, implementation and enhancements of computational and statistical methods to analyze biological big data to answer specific biological questions. Interface with user representatives, management and development teams on the production of report deliverables. [More]
A position is open for a full-time bioinformatician at the Ragon Institute of MGH, Harvard and MIT. The candidate will perform computational analysis of data generated from HIV patient specimens. Knowledge gained from these studies will inform the design of more effective vaccines and treatments against HIV. [More]
we are looking for a highly motivated and talented individual with a computational background to join the Cancer Data Science team. You will collaborate with scientists and engineers in a collegial work environment characterized by informality and intellectual rigor. By applying your computational and modeling skills to multimodal cancer data, you will drive the generation and testing of hypotheses leading to new biological insights. [More]
he Department of Biomedical and Health Informatics at The Children’s Hospital of Philadelphia is currently searching for a well-qualified Bioinformatics Scientist III. The Bioinformatics Scientist III will apply knowledge of bioinformatics algorithms and analysis platforms to consult with investigators on their projects and to serve as a collaborative and sometimes lead investigator in academic output including assistance in experimental design and writing, including creation of scientifically rigorous visualizations, communications, and presentations of results. [More]
Roche is the world leader in in-vitro diagnostics (IVD) and tissue-based cancer diagnostics and a front-runner in diabetes management. Roche Sequencing Solutions is seeking a bioinformatics scientist to join our growing team of scientists and engineers. Roche is pioneering IVD solutions that use next generation sequencing (NGS) technology to provide more comprehensive diagnostics. [More]
The research laboratories of Dr. Frank Pugh and Dr. Shaun Mahony, in the Department of Biochemistry and Molecular Biology at The Pennsylvania State University, are seeking a highly motivated, senior programmer with proven experience in developing open-source bioinformatic software and research applications. The hired individual will be the “go-to” person for development of bioinformatics projects in a team of ~25 scientists, faculty and technicians, working primarily with epigenomics data derived from next-generation sequencing (NGS). [More]
The Summer @ Roche Intern Program has been developed to provide students with a fun yet rewarding summer through hands-on experience and numerous opportunities to network with other interns as well as employees in the organization. Additionally, we help our students meet their career development and educational goals while potentially building a future with the Roche organization. Leveraging the education you received already, we hope to give you an opportunity to grow and develop with us! [More]
The Department of Medicine at Weill Cornell Medical College is seeking a highly motivated researcher with a computer science background to join our team. We are seeking a dynamic individual who will be responsible, as a member of a team, for supporting research efforts by developing script and compute infrastructure to serve the needs of scientists.Expertise will be applied to answer a variety of key biological questions exploring molecular abnormalities, hematological diseases and cancer. [More]
As a Postdoctoral Scientist, your overall mission is to design, validate and implement automated high-output in silico and in vitro workflows in the R&D biopharmaceutical platform. You will focus on scientific innovations to strengthen our knowledge of the biopharmaceutical properties of the drug substance and drug product, ensuring optimal in vivo performance. [More]
The charge of the Scientific Computing team is to build into the ECL the cutting-edge computational tools and techniques that can significantly augment the research process for any life scientist, but which are in practice technically involved enough that they are only accessible to computational biologists and computational chemists. You will introduce modeling and simulation tools across the comprehensive list of in vitro life sciences experiments offered through the ECL, spanning fields as diverse as computational chemistry, bioinformatics, systems biology, and more. [More]