Algorithms, Analytical and Problem solving, Analytical Techniques, Effective communication skills, English Proficiency, Large data sets, Python Programming, SQL
Our mission is to move more with less. The world is changing, people want shorter and cheaper journeys and their goods to be delivered faster. Gone are the days when manual planning suffices. SWAT is building the technology to allow fleet operators and logistic companies to compete in this new world.
The patented algorithm we developed solves an academic problem (researched since the 1980s) called the “pickup and delivery with time windows” – in layman terms: how do you move the most number of objects (people or parcels), using the least number of vehicles, in the shortest time or distance possible. SWAT is the market share leader in pooling optimization technology in South East Asia and operates in countries like Singapore, Japan, The Philippines and Thailand. We are tackling some of the most challenging transport/logistics problems in the world’s most congested cities. Many large corporations from different industries such as shipping, logistics, airline, pharmaceutical, utilities, banking, property development and public transport use our technology to improve employee commute convenience and happiness and save costs. It’s also greener, more sustainable. Our customers are governments, public transport operators or large companies with challenging employee commute needs.
Come join our AI SaaS high growth tech startup if you also have the ambition to make a big impact in making the world move more sustainably. There is so much more we want to do and it will be a great place for you to learn and grow with the company.
Requirements:
SWAT Mobility’s vehicle-routing technology helps companies, transport operators and government agencies around the world solve complex transportation challenges. We are the first in Asia to run high-capacity vehicle pooling services that is both on-demand and dynamically-routed. We also have proven results in helping our clients reduce transportation costs, improve city connectivity and reduce traffic congestion woes.