RedShiftBio
Aaron Mallabar has a diverse work experience spanning various industries. Aaron started their career in 2011 at Ace Hardware, where they worked as a Customer Service and Sales associate, assisting customers with their home projects and managing the cash register.
In 2014, they briefly worked as a Construction Crew Member at Keenan Construction, where they helped with in-ground pool installations.
In 2015, Aaron worked as an Electrical Engineer Intern at Green Mountain Power. Here, they modeled the power distribution system in Vermont, updating the Global Information System (GIS) data and correcting circuit errors using problem-solving techniques and circuit theory.
From 2016 to 2017, they gained experience as an Electrical Engineering Co-Op at KMC Systems Inc., where they contributed to electrical engineering projects.
In 2018, Aaron joined Rogers Sciences Inc. as an Electrical Engineer, taking on the roles of a Lead Embedded Firmware Engineer, Electrical Engineer, and Quality Assurance Lead. Aaron played a key role in the development of a wearable phototherapy device for treating chronic wounds and burns. Their responsibilities included firmware design and development, PCB design, user interface design, quality assurance documentation, and research and development testing.
Currently, Aaron is working at RedShiftBio as an Electrical Engineer, although specific details about their role and responsibilities are not provided.
Aaron Mallabar completed their high school education at Colchester High School from 2009 to 2013. Following that, they pursued a Bachelor of Science degree in Electrical Engineering with a Robotics option at Rochester Institute of Technology from 2013 to 2018.
RedShiftBio
RedShiftBio provides an infrared technology with advanced data analytics to facilitate better, faster decision making in biopharmaceutical development from discovery to market via the direct measurement of previously undetectable change in protein structural attributes critical to drug product efficacy and quality. It has developed a MicrofluidicModulation Spectroscopy (MMS) platform in response to a customer’s request for a better solution, and rather than repurpose outdated tools and methods designed originally for other applications. They started a new and developed MMS from the ground up specifically with the protein scientist in mind.The company was founded in 2005 and is headquartered in Burlington, Massachusetts.