Presenter Email
oakintel@kent.edu
Submission Type
Poster
Topic Area
Advanced Air Mobility
Topic Area
Advanced Air Mobility
Keywords
Akron-Canton Airport (CAK), $20 million, electrical master plan, sustainable aviation hub, Advanced Air Mobility (AAM), economic corridor, solar panel installations, electric Vertical Take-Off and Landing (eVTOL) vehicles, energy consumption, economic impacts, risk assessments, green energy solutions, carbon footprint, aviation environment, neighboring cities, Return on Investment (ROI), eco-friendly airports, sustainable, economically viable, environmental sustainability, aviation, global transformations
Abstract
Our groundbreaking research at Akron-Canton Airport (CAK) proposes a transformative $20 million electrical master plan, designed to revolutionize the airport into a sustainable aviation hub and an Advanced Air Mobility (AAM) leader - a unique stance compared to similar airports in its economic corridor. This initiative, poised to impact millions of travelers, integrates cutting-edge solar panel installations and infrastructure for electric Vertical Take-Off and Landing (eVTOL) vehicles. Our comprehensive analysis, encompassing energy consumption, economic impacts, and risk assessments, underpins this ambitious project. The implementation of green energy solutions is projected to substantially reduce CAK's carbon footprint, leading to a healthier aviation environment and a potential source of energy for neighboring cities. Notably, our results reveal a robust Return on Investment (ROI), with significant economic benefits materializing within two years post-implementation. This strategic plan not only elevates CAK as a model for eco-friendly airports worldwide but also promises a sustainable and economically viable future for the aviation sector. Our findings demonstrate the feasibility and necessity of integrating environmental sustainability in aviation, making a compelling case for similar transformations globally.
Included in
Business Administration, Management, and Operations Commons, Management and Operations Commons
Green Skies Over Akron: “Revolutionizing CAK with a $20M Sustainability Blueprint"
Our groundbreaking research at Akron-Canton Airport (CAK) proposes a transformative $20 million electrical master plan, designed to revolutionize the airport into a sustainable aviation hub and an Advanced Air Mobility (AAM) leader - a unique stance compared to similar airports in its economic corridor. This initiative, poised to impact millions of travelers, integrates cutting-edge solar panel installations and infrastructure for electric Vertical Take-Off and Landing (eVTOL) vehicles. Our comprehensive analysis, encompassing energy consumption, economic impacts, and risk assessments, underpins this ambitious project. The implementation of green energy solutions is projected to substantially reduce CAK's carbon footprint, leading to a healthier aviation environment and a potential source of energy for neighboring cities. Notably, our results reveal a robust Return on Investment (ROI), with significant economic benefits materializing within two years post-implementation. This strategic plan not only elevates CAK as a model for eco-friendly airports worldwide but also promises a sustainable and economically viable future for the aviation sector. Our findings demonstrate the feasibility and necessity of integrating environmental sustainability in aviation, making a compelling case for similar transformations globally.
Comments
(Graduate) Semilore Akintelure Bio:
Oluwasemilore Akintelure, known as Semilore, is a rising figure in technology and aviation. Currently completing an MBA and M.S. in Aviation Management & Logistics at Kent State University, he has been recognized on the President’s Lists and has received Kent State Awards for Entrepreneurship - four times.
Semilore's professional acumen was showcased during his internship at Zoox, Amazon's Autonomous Vehicle Company in California, where he improved operational efficiency and vehicle availability across the fleet of self-driving cars. In academia, as a graduate assistant to Professor Jason Lorenzon, Semilore teaches UAS, Aviation Law, and Legal Analysis of Aviation and Engineering Disasters. His recent contribution as part of the research team includes leading the development of a $25 Million Electrical Master Plan for the Akron-Canton Airport, emphasizing his strategic vision in aviation and engineering.
Semilore's unique combination of academic excellence, professional experience, and innovative approach marks him as a future leader in the technology and engineering sectors.
Kyle Rediger Bio
Kyle Rediger is a multifaceted aviation professional and accomplished author. As a Commercial Pilot with an Instrument Rating, he combines technical proficiency with legal expertise as an Aviation Paralegal. His insights into drone operations are crystallized in his book, "The Drones Operations Handbook," making complex regulations accessible to enthusiasts and professionals alike.
Katie Horn Bio
Katie Horn is a Private Pilot and scholar, she has been recognized by the Ohio Space Grant Consortium. Her technical prowess is affirmed by a Level 1 High Powered Rocket Certification. As Treasurer of KSU Women in Aviation, she advocates for gender diversity in the field, proving her leadership extends beyond the cockpit.