Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
Development – 80% ● Develop a control system for a robot with multiple degrees of freedom. ● Coding software routines for robotic exoskeleton using Python and/or C++. ● Debugging and embedding software
-
for processing NGS data (e.g., WGS, RNA-seq, single-cell, ChIP-seq). · Develop production-ready, version-controlled, well-documented software and command-line tools in Python, Perl, R, or similar languages
-
candidate will have knowledge in programming, preferably in Python, experience working in a Unix environment. They will be motivated, organized, and will work under supervision to help the investigator
-
or more application build & deployment methods commonly used with a language such as Ruby, Python, Java, NodeJS, or PHP. Experience with a systems monitoring & reporting tool such as Zabbix, Splunk, AWS
-
experience to equal at least four years. Proficiency with R, Python, shell scripting, and workflow management tools (e.g., Conda, Singularity). Familiarity with Linux/Unix operating systems. Strong
-
. The successful candidate will have knowledge in programming, preferably in Python, experience working in a Unix environment. They will be independent, motivated, and highly organized and will help the investigator
-
, or a related technical field. ● Strong programming skills in Python, Java, etc. ● Expertise in machine learning, neural networks, and deep learning ● Excellent writing and communication skills ● Highly
-
BA/BS in Astrophysics, Physics, or Computer Science Preferred Qualifications Experience with Python, and hands-on work with telescopes About the Department School of Physics and Astronomy: https
-
work experience to equal at least 8 years. • Experience in computer programming (esp. Java, R, and/or Python) • Strong problem solving skills • Excellent attention to detail • Excellent written and oral
-
, in both supervised and unsupervised paradigms. Almost all of our analyses involve frequency-domain (Fourier/wavelet and related transform) analysis. The current codebase is a mixture of Python, R, and