Björn Enders

Data Science Workflows Architect at National Energy Research Scientific Computing Center (NERSC)

Role: Data Science Workflows Architect at National Energy Research Scientific Computing Center Nersc
Location: Berkeley, CA, US
LinkedIn followers: 500 followers

About Björn Enders

8+ years experience in algorithms for data analysis and scientific software development in Python, high performance computing and big data. I am development lead of of the software framework PtyPy (http://ptycho.github.io/ptypy) for diffraction microscopy used at various research facilities around the globe- 9+ years experience in coherent X-ray microscopy, laser applications and optics- Track record for lab research and projects at international research facilities- Skilled at communicating and presenting scientific results at international conferences- Curious, self-motivated experimentalist with competences down to machine level data protocols.

Experience

Data Science Workflows Architect
National Energy Research Scientific Computing Center Nersc
Feb 2019 — Present · Berkeley, CA, US

Skills

International Law
Nanotechnology
Science
Software Project Management
Joint Ventures
Parallel Computing
Algorithms
Cross-Border Transactions
Software Development
Python
Latex
Corporate Law
C++
Git
Matlab
Research and Development (R&D)
X-Ray
Data Analysis
Flask
Project Management
C
Programming
Opencl
Legal Advice
Simulations
Physics
Corporate Governance
Management
Microsoft Office

Contact information

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Work email
•••••@nersc.gov
Personal email
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Current company

National Energy Research Scientific Computing Center Nersc

Research Services · 65 employees · Founded 1974 · Berkeley, California, United States

The National Energy Research Scientific Computing Center (NERSC) is the primary scientific computing facility for the Office of Science in the U.S. Department of Energy. More than scientists use NERSC to perform basic scientific research across a wide range of disciplines, including climate modeling, research into new materials, simulations of the early universe, analysis of data from high energy physics experiments, investigations of protein structure, and a host of other scientific endeavors. NERSC is known as one of the best-run scientific computing facilities in the world. It provides some of the largest computing and storage systems available anywhere, but what distinguishes the center is its success in creating an environment that makes these resources effective for scientific research. NERSC systems are reliable and secure, and provide a state-of-the-art scientific development environment with the tools needed by the diverse community of NERSC users. NERSC offers scientists intellectual services that empower them to be more effective researchers. For example, many of our consultants are themselves domain scientists in areas such as material sciences, physics, chemistry and astronomy, well-equipped to help researchers apply computational resources to specialized science problems.

nersc.gov

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