Franco Lodato


Franco Lodato is an Italian-American industrial designer, best known for his work in biomimicry and sustainable design. He owns more than 70 patents across multiple industries.

Career

Academic Work

Lodato held different teaching and research positions, including;

Industry leadership roles

Lodato has held different leadership positions:
His corporate work assignments and consulting career includes research and design for global enterprises such as Coca-Cola, Ferrari-Maserati, Bombardier, Challenger Powerboats, and as a Master Innovator, in Wearable technology for Google-Motorola. At Motorola, Lodato developed Android Smartphones and Tablet computers, Wi-Fi, 4G, Push-to-talk, and customized hardware solutions utilizing CDMA, UMTS, and IDEN standards. He established new partnerships and licensing agreements with Ferrari, Gucci, Karpersky, Lamborghini, Sprint, Bertone, and Pininfarina. He established technology research and development collaborations with major U.S. and international universities including, MIT, University of Florida, McGill University, Stanford University, Istituto Europeo di Design, Politecnicco di Milano, and IED Torino.
Lodato was the founder of the pre-engineering program at American Heritage School Plantation and an instructor in the program from 2007 to 2015. he is SVP Design & Innovation for Kids2, one of the fastest growing baby product companies in the world. Lodato holds 60 U.S. and 18 international implementation and design patents and is a member of the National Academy of Inventors.

Notable designs

Lodato designed the seal for the National Academy of Inventors, an "arrow that girdles the globe, representing the idea that 'innovation moves the world.'"

Achievements & Recognition

As an Associate Editor, Lodato contributed to advancing bioengineering and biomimetics with key articles such as:
  • Kinematics and Aerodynamics of Dragonflies in Climbing Flight
  • Egg-inspired Engineering in the Design of Thin-walled Shelled Vessels: A Theoretical Approach for Shell Strength
  • Convenient Design Method for Customized Implants Based on Bionic Vein Structure Features
  • DPED: Bio-inspired Dual-Pathway Network for Edge Detection