John Paul Lacap
About John Paul Lacap
John Paul Lacap is a Senior Android Developer at Ford, known for his work on the FordPass app and his previous roles at Nordstrom, Ulta Beauty, GE Appliances, and HomeAdvisor.
Company
John Paul Lacap currently works at Ford as a Senior Android Developer. His tenure at Ford began in 2021, and he is located in Dearborn, MI. From 2018 to 2020, he worked at Nordstrom as a Senior Mobile Application Developer. He has also held positions at Ulta Beauty, GE Appliances (a Haier company), and HomeAdvisor, contributing to various projects as an Android Developer.
Title
John Paul Lacap holds the title of Senior Android Developer. With extensive experience in mobile application development, he specializes in Android platform solutions, utilizing advanced techniques and tools to enhance app functionality and user experience.
Education and Expertise
John Paul Lacap is adept at utilizing advanced Android development frameworks and tools. His expertise includes refactoring RxChains into Coroutines for better code efficiency and readability, implementing Dependency Injection with Dagger, and using Android JetPack’s LiveData for managing UI-related data. His skills also extend to cross-platform development, collaborating closely with iOS developers.
Background
John Paul Lacap has an extensive background in Android development. His career began at HomeAdvisor, where he served as an Android App Developer from 2014 to 2016. He then worked at GE Appliances from 2016 to 2017, followed by Ulta Beauty from 2017 to 2018. His role evolved into a senior position at Nordstrom, where he worked until 2020. In 2021, he joined Ford.
Achievements
Throughout his career, John Paul Lacap has contributed significantly to various projects. At Ford, he enhanced the FordPass app by implementing Dependency Injection with Dagger. He also developed a feature for remotely monitoring a vehicle's battery charge percentage, improving the app's utility for electric vehicle owners. Additionally, he has led code refactoring projects to improve efficiency and readability.