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Data Scinetist,Machine Learning,Predictive Analytics,Forecasting, etc

Huntington Beach, CA
September 12, 2018

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Sean T. Paradiso

Seabridge ***** Bluffside Circle A-414, Huntington Beach, CA 92648 l 603-***-**** l


Highly analytical and detail-oriented applied sciences graduate with extensive education in the fields of Time Series Analysis, High-Performance Computing, Machine Learning, Mathematical Modeling, and Data Mining. With exposure to Parallel Computing, Hadoop, and Big Data working in Windows and Linux systems.

Skills include:

Data Mining


Python and Java

CUDA and Thrust


R, SAS, and JMP

Advanced Regression Analysis

Statistical Computing Methods

Design & Analysis


CHAPMAN UNIVERSITY l Orange, CA l MS in Computational and Data Sciences with a focus in Analytics and Applied Mathematics l 2013 – 2017

UNIVERSITY OF NEW HAMPSHIRE l Durham, NH l BS in Interdisciplinary Mathematics & Economics l 2008 - 2012

Technical Skills

Experienced user of Microsoft Office Suite, SAS, SQL, R, C/C++, CUDA, Java, Python, Tableau


POWERSPAN Portsmouth, NH

Electrical Design Drafter, 2006 - 2009

Worked as CAD drafter in support of the electrical and I&C departments reconciling original design records with engineering change notices (ECN’s), updating of all “as built” redlines, as well as generating new drawings from engineering verbal direction and/or sketches.

Updated the company’s instrumentation database. Database updates generally followed the changes reflected in the drawings and these two activities had to be carefully coordinated.


Electrical Drafting: Upon completion of my summer tenure the entire electrical and I&C drawing set for an industrial installation was revised, routed for final review and approval and submitted to the client as part of the closeout records. Outcomes:

-Generated in excess of 100 drawings.

-Contributed more than 70% to the generation and data entry of the instrument and cable database for an industrial installation.

Manufacturing and Testing: Wired an industrial control cabinet containing both low voltage (PLC processor, I/O cards and control hardware) and medium voltage (480 VAC motor drives) in accordance with engineering drawings

-Successfully conducted factory acceptance testing (FAT).

Field Service Engineering: Conducted supervised troubleshooting and repair at an industrial site of power electronics components on a 500 kW custom power supply.

-Use of common electrical test equipment (volt/ohm/amp meters) and the repair process included replacement of high power semiconductor components followed by testing and commissioning.

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