RoutePEARL

Cloud-based Route Management Platform for Optimizing Last-Mile Logistics of Electric Truck and Drone Operations

Routepearl Techhub[19] Copy

Principal Investigators

Team

Abstract: There is a critical global need for governmental, non-profit, and commercial entities to address the growing strain on last-mile logistics, which is one of the most time-consuming, expensive and polluting segments of the supply chain. The efficient integration of emerging logistics technologies, namely Unmanned Aerial Vehicles (UAVs or drones) and electric trucks (EV (Electric Vehicles) / Trucks), could transform last-mile distribution to be environmentally friendly, cost-effective, reliable and fast. Currently, there is no scalable route management technology that accounts for real-world constraints and unique characteristics of EV trucks and UAVs. Our project involves the development and validation of  RoutePEARL (Route Planner for Efficient Aerial and Road Logistics) – a cloud-based route optimization platform for trucks (including EV trucks) and UAVs or drones.  Our team perform field experiments to validate the efficiency, safety and reliability of the algorithms. Building on the insights from the field experiments, we will develop a functional RoutePEARL platform that will be pilot tested under real-world scenarios.

Waste Plastic-based Asphalt Additive

A Solution for Sustainable, Economical, and High-performance Roads.

2025 Project

Principal Investigator

Team

Abstract: Plastic-modified asphalt addresses waste management challenges by repurposing discarded plastics as asphalt additives, enhancing asphalt durability and resistance to heavy loads and high temperatures. Our team is investigating the replacement of virgin polymers in asphalt with recycled waste plastic additives. Although existing recycled waste plastic additives have begun to appear in the marketplace, these products tend to over stiffen mixtures, reducing workability and increasing the risk of cracking. To overcome these limitations, a tailored softened plastic additive has been developed. This formulation melts more easily and maintains a rubbery consistency, improving workability during construction and crack resistance during service life. Multiple field testing is in progress.