|Name||:||Jonathan Vincent Toups|
|Profession||:||Data Scientist, Software Engineer|
|Other Hats||:||Computational Neuroscientist, Writer, Artist, Physicist|
|Location||:||The Triangle, North Carolina|
I am a scientifically trained data scientist and software engineer looking for ethical and intellectually stimulating application of my broad background and experience.
I am a technical professional with broad educational and work experience. While I presently work as a data scientist (and engineer) whose primary responsibility is the analysis and visualization of a large variety of types of data I have also worked as a full stack software engineer responsible for both back end and front end software development. I have a doctorate in physics. My doctoral research was interdisciplinary, however, located at the intersection of biophysics, machine learning, and neuroscience.
I am a game designer and developer - my first commercial game was release last year. It is about 10,000 lines of Scheme. Almost the entire game engine is implemented from scratch, including pathfinding (and associated data structures), AI, various Object Systems (including an ECS-style game engine). I also contributed significant, low level, cross platform code to the open source framework with which the game is written.
As my bonafides as a data scientist come primarily from work experience and my PhD training, its worth explicitly listing out the techniques with which I am most familiar: unsupervised clustering, regression, some information theory. Despite having a doctorate in neuroscience, I don't have any deep experience with artificial neural networks but would be happy to get it.
I have a lot of interests. As a physicist, I continue to be interested in the history and philosophical foundations of physics. As a programmer I am interested in purely functional and strongly statically typed languages. As a game designer, I'm interested in the intersection of the mathematical or technical structure of games and the emotional experience of fun. As a software engineer I'm interested in minimalism and rigor.
I understand monads and can explain in pretty simple terms why the philosophical interpretation of Quantum Mechanics is so challenging. I speak a little French.
|Data Scientist/Engineer||2016-Present||Responsible for the development of data analysis pipelines, the construction of statistical models, and the creation of various reports and visualizations covering a broad range of data. Particularly focused on creating repeatable, reliable data science in a context where source data may be constantly changing or intermittently reliable.|
|Software Engineer||2014-2016||Full stack software engineer supporting and modernizing an internet-of-things control application. Responsible for bug fixing and feature development covering things as diverse as the web application front end all the way down to the Java subsystem dealing with RF messages which underlay the application. Also wrote simulator code for the distributed objects and worked on things like populating testing databases with simulated data.|
|Postdoctoral Researcher (Neuroscience, Chemometrics)||2009-2011||Pursued research towards the analysis of chemical information from Fast-Scan Cyclic Voltammetry in awake and behaving animals. Developed data analysis tools to simplify the analysis of multiple chemical signals from a single electrode.|
|Graduate Researcher (Computational Neuroscience)||2003-2009||Studied the flow of information in visual system neurons by developing data analysis tools to automatically find and categorize evidence of grazing bifurcations in the state-space of populations of neurons.|
|Researcher Assistant (Surface Science)||2001-2003||Responsible for miscellaneous laboratory tasks in a surface science lab (maintenance of vacuum systems, construction of experimental electronics, some programming in LabView.)|
|UNC Chapel Hill, Physics Department||2003-2009||Doctorate (with masters on the way) in Physics. Research covered the analysis and modeling of neural data for evidence of grazing bifurcations and their implication for information processing in the brain.|
|Louisiana State University, Physics Department||1999-2003||Bachelors of Science (Physics)|
In the course of work and education I have presented talks and posters at a variety of conferences, mostly pertaining to neuroscience. I was a "Scholar of Tomorrow" Fellow at UNC Chapel Hill and received the "Outstanding Graduate In Physics Award" at LSU. Details can be furnished upon request.
Please contact me for references.