Since its inception a decade ago, the Enlighten Award has showcased some of the industry’s finest innovations that reduce weight, minimize waste, and drive sustainability and reuse initiatives. The Enlighten Award is coveted by the world’s foremost manufacturers and boundary-pushing new startups alike – all determined in their goal to give rise to the future of vehicle lightweighting technology. Below you can explore and hear testimonials from past participants, runners-up, and winners in the most recent award ceremonies.
In 2023, the Enlighten Award celebrated the greatest sustainability and lightweighting advancements that successfully reduce carbon footprint, mitigate water and energy consumption, and leverage material reuse and recycling efforts.
Winner: ArcelorMittal
Use of Biomass for Carbon Neutral Steelmaking at ArcelorMittal
Runner-up: Brose Antriebstechnik GmbH, Co. Kommanditgesellschaft, and Berlin
Reman-Drive - A Remanufactured Drive Unit of Brose E-bike
Honorable Mention: Kasai Kogyo Co. Ltd.
Kasai Hi-Papia (KHP), Kasai Original Sustainable Material
Winner: Marelli
Lightweight Urethane for Interior Products
Runner-up: Solvay Specialty Polymers
Ajedium™ PEEK Slot Liners
Honorable Mention: Michigan Technological University for Auto/Steel Partnership
Steel E-Motive Side Closure Mechanism
Honorable Mention: WorldAutoSteel and Ricardo plc
Steel Body Structures for Fully Autonomous Vehicles
Sustainable Product
Winner: Ford Motor Company
Runner-up: Lacks Enterprises
Sustainable Process
Winner: Nemak
Runner-up: ArcelorMittal
Sustainable Material
Winner: Ford Motor Company
Runner-up: Nucor Corporation
Enabling Technology
Winner: Shiloh Industries and General Motors
Runner-up: Bionic Mesh Designs GmbH
Runner-up: Human Horizons
Future of Lightweighting
Winner: McMaster University and Nemak
Runner-up: Adient Design & Technology
Runner-up: Yanfeng International
Honorable Mention: csi entwicklungstechnik GmbH, AMC, BMWM, and DITF
Module Lightweighting
Winner: BASF Corp., Toyota, and L&L Products
Runner-up: Bocar Group
Future of Lightweighting
Winner: American Axle & Manufacturing
Runner-up: Shiloh Industries
Lightweighting Enabling Technology
Winner: ArcelorMittal
Runner-up: JAC Group
Module Lightweighting
Winner: Stellantis, BASF, L&L Products
Runner-up: Rassini Suspensions
Sustainable Process
Winner: Faurecia
Runner-up: Henkel, Nihon Parkerizing
Sustainable Product
Winner - Component: Magna International
Winner
- Vehicle: Ford Motor Company
Runner-up: SAIC GM Wuling Automovile Co., Ltd.
Full Vehicle
Winner: Harley Davidson
Runner-up: Nissan
Future of Lightweighting
Winner: Marelli
Runner-up: Nissan
Lightweighting Enabling Technology
Winner: Mubea
Runner-up: DuPont
Honorable Mention: Mazda
Module
Winner: Toyota
Runner-up: ZF
Three Enlighten Award winners share their journey of innovation to develop award-winning technology solutions that have significantly advanced lightweighting for vehicles. The webinar highlights the success of the Altair Enlighten Award in elevating initiatives to advance vehicle lightweighting. The panel of speakers discusses how technology advancements have advanced the impetus for vehicle lightweighting and its importance as it supports organizational sustainability goals and the automotive industry overall.
Toyota won the module category of the 2017 Altair Enlighten Award for its carbon fiber reinforced plastic closure panels used on the 2017 Prius Prime liftgate and the 2017 Lexus LC side and luggage doors. JP Flaharty, Executive Program Manager at Toyota North America, shares his thoughts on winning the award and walks us through the development of the pieces.
John Viera, Global Director, Sustainability and Vehicle Environmental Matters at Ford Motor Company, gives his thoughts on the relationship with Altair and its importance as the company continues to drive down vehicle weight.
Cadillac’s entry was one of twenty-one finalists that competed for the awards, winning its category for its strategic approach to weight reduction. Simulation methodologies including topology and multi-disciplinary optimization studies were used extensively throughout the vehicle’s development to ensure an efficient use of material. In addition, an innovative use of mixed materials were employed across the CT6 to further minimize weight without compromise to performance.
Want to dive deeper into a specific winning entry? Email [email protected] for detailed information.