Alec began programming at the age of 14 and has loved it ever since. He ran an autonomous drone team in college for a couple of years before graduating to work on a variety of software in banking and construction management.
Developed tools for property owners to view and manage their properties.
Added cash basis views to various accounting reports.
Supported property management software built with Ruby on Rails.
Developed Tridium-based software to sync HVAC and lighting schedules with Microsoft Exchange calendars.
Modeled labor across construction projects to predict future labor needs.
Ideated and created a web app to track projects, costs, and work orders using Ruby on Rails, React, and D3, deployed to Kubernetes.
Created a search engine with Spring Boot and Lucene to search job and work order documents. Made a web front end with Spring Boot and a desktop app interface to the search API with PyQt5.
Wrote custom monitoring and alerting software using Vert.x to reduce time to detect problems by two orders of magnitude.
Designed, developed, and supported core trading control software written in C++, Java, Scala, and Q globally.
Improved DevOps tooling to significantly reduce manual intervention during releases.
Developed a StatsD proxy server with C++ and Boost.Asio to improve monitoring accuracy.
Created custom reports as needed for crucial business team members.
Installed and managed Hadoop, Spark, and other related tools.
Wrote jobs to process HPC cluster logs for monitoring.
Assisted researchers in analyzing large amounts of data using Hadoop and Spark in Java, Scala, and Python.
Used Ansible to configure base cluster operating system and manage services, including Hadoop and Spark.
Wrote system administration tools using Python to reduce manual system administration work.
Developed computer vision algorithms for 3D flash drive detection and location.
Implemented path planning, networking, and a Qt-based user interface for drone control.
Managed a team of two years focused on navigation, computer vision, and high-level algorithms.
The text focuses on emergency landing path planning for multicopters in urban environments.
A combination of maps and sensor data is used for continuous emergency planning.
The goal is to land as quickly as possible in an emergency.
Developed the back-end of a web-based application for coaching esports users.
Implemented changes for scheduling, payments, in-app currency, user wallets, and reporting.
The application focuses on business analysis and coaching esports.
