I lead the data science and analytics work across all of our practices, and am in charge of a team of analytics experts. I also develop new products such as our Lenati Loyalty ROI Simulator. (2016-present)
Lead - Advanced Analytics, Promontory Growth and Innovation [Formerly Insights Results]. I lead a team that used data science to support the process improvement program. We found millions of dollars in savings by analyzing data, and created interactive tools to explore company costs. (2012-2016)
Strategy Analysis Specialist, The Boeing Company. I helped the Market Analysis team create the Current Market Outlook, an annual 20-year forecast of the airline industry. I used mathematical modeling and forecasting to supplement the team's industry expertise in predicting the future market size. (2010-2011, Summer 2012)
Analyst, Vistaprint. I lead a team that created a tool that used statistical quality control and forecasting techniques to monitor sales data and assess if something was wrong with the website. I also redesigned the company internal forecasts to predict sales at the daily level. (2009-2010)
Strong: F#, R (+Shiny), SQL Server, MATLAB, Git, Excel, Linux, Python, AWS, Azure
The vehicle scheduling problem for fleets with alternative-fuel vehicles,
Adler, J.D., Mirchandani, P.B., Transportation Science: March 2016.
This paper discusses the problem of scheduling a fleet of buses which use alternative-fuel vehicles and have a limited range they can travel before needing to refuel. Exact and heuristic methods are proposed, then they are tested on data from the Valley Metro bus network in the Phoenix Arizona metropolitan area.
Online routing and battery reservations for electric vehicles with swappable batteries, Adler, J.D., Mirchandani, P.B., Transportation Research Part B: December 2014.
In this journal article, a system is devised to route electric vehicles as they randomly arrive in a system while trying to minimize the global travel times. An approximate dynamic programming approach is used, and the algorithm is tested on Arizona highway data.
Routing and Scheduling of Electric and Alternative-Fuel Vehicles, Adler, J.D., Arizona State University Dissertation: April 2014.
My dissertation, which is a collection of several of the other publications listed here.
The Electric Vehicle Shortest-Walk Problem With Battery Exchanges, Adler, J.D., Mirchandani, P.B., Xue, G., Minjun, X., Networks and Spatial Economics: January 2014.
This paper shows how the shortest-walk network problem is different when traversing a network with a range-limited electric vehicle. A solution is provided for the problem, and the problem is also solved with an additional constraint of a limited number of allowed stops.
New Logistical Issues in Using Electric Vehicle Fleets with Battery Exchange Infrastructure, Mirchandani, P.B., Adler, J.D., Madsen, O., Procedia - Social and Behavioral Sciences: January 2014.
This paper gives an overview of some of the difficulties of solving classic operations research transportation networking problems with the additional constraint of using electric vehicles which can only travel a limited range before needing to recharge.
Over the past few years I have been making a lecture tour to universities, to help math students understand how they can transition from college to industry and have successful careers. My list of presentations includes:
Everyone keeps saying that there are tons of jobs for mathematicians in business and industry, but if you search on career boards for "mathematician" all you get are teaching jobs. There is a set of buzzwords that companies use to describe math jobs such as: analytics, operations research, and data science. In this presentation I discuss what steps students can take to make them great candidates for industry, how to find the jobs that have the interesting math problems behind them, and how to answer the age old question: should I go to grad school?
A student who has studied mathematics has many skills that can be useful in an industry setting, but often times seeing how a transcript can transfer into value to your company isn't straightforward. In this talk I will discuss how math students can help your businesses as well as how to find the students that will be a good fit for you.
Many factors go into the success of a data science team: finding the right project, hiring the right people, and using the right tools. In this presentation I go over some of the best practices around data science teams, examine case studies from successful projects, and talk about how to use the right tools to go from data on a server to a finished product.
When people think about doing math in the "real-world," they often only think about either teaching or accounting. In fact, there are lots of math problems that show up in business. In this presentation, I present some of the math problems I have seen across the businesses I have worked with.