Christopher Gambino
** ****** **. ******, ** ****8 631-***-**** *****.*********@*****.***
Data Analyst
Summary
Proficient Matlab user with an in-depth understanding of statistics and mathematics
Analyst actively studying and expanding into new methodologies
Data miner with experience accessing a wide variety of storage formats
Current Projects
Hidden Trend Detection. Over a decade of calibration and test data for a wide array of force
transducers was stored on servers in outdated file formats. I was able to extract meaningful
results from these otherwise outdated files, which allowed my coworkers and I to launch two
ongoing projects at AMTI “historical behavior” and “automatic approvals.” The historical
behavior project aims to quantify trends between the type of transducer and anomalous
behaviors. The objective of the automatic approvals project is to develop a system that will
eliminate the need for senior engineers to review individual products.
Bioinformatics: Proteomics Graphing. Mass spectrometry data was acquired by Harvard
Medical for 22 core proteins in which >30,000 interactions were quantified. This information
was provided in unstructured format spread across >170 files, which rendered it very hard to
access. I created a framework in which the user can access a repository, apply a set of filters,
and specify an output format. This allowed initial release of the research (presentation and
poster) several months ahead of schedule.
Complex Pattern Analysis. Historical data on 3000 securities was loaded onto a Hadoop
cluster for initial sorting and cleaning. I accessed data in Matlab via the JDBC connection. By
applying a Hidden Markov Model (HMM) to select securities I predict the next day’s price
based on the previous end-of-day movement. I am experimenting with a Bayesian network to
integrate the HMM with other experimental indicators, including a Neural Network, Trailing
Average Deviation, and assorted traditional indicators, such as the slow stochastic oscillator.
Job Experience
Bioinformatics Consultant Harvard Medical 2013–Present
Provided expertise pertaining to data integration and evaluation
Created framework for an custom analytics package
Biomechanical Engineer AMTI Watertown, MA 2011–Present
Currently spearheading multiple projects to automate production and provide insight
into past performance
Assisted in complex machine design to create a six degrees of freedom joint testing
platform
Researcher Various Institutions 2005–2011
Held multiple internships and co-ops at Stony Brook University, Rensselaer
Polytechnic Institute, and Beth Israel Hospital
Credentials
Bachelor of Science, Biomedical Engineering, Rensselaer Polytechnic Institute, 2011
Concentration in Mechanics including coursework in systems design and analysis