We help teams optimize their revenue operations.

Technical teams for growing, profit-seeking businesses

We match patients with clinical trials in minutes not months.

We solve business issues that have constraints using technology and data.

Built an API rate limiting microservice for internal imports. API requests adding records to the database were queued in Amazon SQS and dequeued to our API at a steady rate. This service allowed us to control the load on our API servers and databases independent of the number of insert requests we were receiving.Built a standalone ETL where non developers were able to upload, standardize and import data files from many formats. This tool is used internally to import the national voter file (190 million voters and their voting histories 4 times a year ~ 1.5 billion records from hundreds of different sources)Built a Bayesian classifier using internal and census data to infer gender, ethnicity, and party affiliation.Built a probabilistic record linkage system on a graph database to match duplicate records.Performed a major overhaul of how emails are treated in code and data models.

Even if you know exactly how hard its raining (say an inch and hour), you still have no idea where and when any drop of rain will hit the ground, Similarly, you can know how much power a laser delivers without knowing exactly where and when each packet of energy (photon) will arrive. I measure the tiny force that results from random photon arrival times (shot noise) on millionth of a second time scales.Measuring this quantity involves solving a lot of unique problems using math, analytical models, design, and engineering. Sometimes I know how to solve them, most often I have to learn fast. Skills developed on this project include:-Python-Data collection-Data analysis-Machine automation-Creating and managing projects for undergraduate lab members-Poissonian statistics-Correlation measurements in the time and frequency domain-Finding signals in seemingly noisy data-Feedback analysis in the frequency domain-Convincing investors that their money is being well spent-Technical writing-Fiber optic and microwave technology-Quantum measurement-Budgeting time, and money for an experiment

We built prototypes of lifestyle products.

Working alone under my adviser I built an experiment that detected when a nanowire moved by 1/10 the diameter of a hydrogen atom in a 1 second measurement. By changing the air pressure I was able to measure the force exerted on nanowires as they collided with gas molecules.-Undergraduate thesis written and peer reviewed publication on this work-Microwave circuit design and construction-Designed and constructed custom copper parts, and vacuum chambers-Circuit analysis using a network analyzer-Constructed a homodyne detection circuit