Senior Software Engineer, DSP (Demand Side Platform)

Who is Nexxen?   Flexible advertising, unified by data. Nexxen empowers advertisers, agencies, publishers and broadcasters around the world to utilize data and advanced TV in the ways that are most meaningful to them. Our flexible and unified technology stack comprises a demand-side platform (“DSP”) and supply-side platform (“SSP”), with the Nexxen Data Platform at its core. With a global footprint, you can be part of a team that is transforming advertising through our creative, flexible and unified solutions. Why join the Nexxen team? With a global footprint, you can be part of a team that is transforming advertising through our creative, flexible and unified solutions. Employees hustle, commit and dedicate themselves to pillars that make up the Nexxen Way – the 3Cs - Customer Centric, Curious Mindset, Collaborative with No Ego. What you will do:The Sr. Software Engineer will join Nexxen DSP Software Development team and will use industry standards and latest technologies to enhance our programmatic and platform products. Nexxen DSP runs mission-critical systems that process billions of real-time transactions a day, so performance and scalability considerations would guide you throughout each project. You will experiment with new and innovative technologies designed for Programmatic Ad serving and Ad Tech solutions.This role will be based in the New York office. Our team follows a hybrid schedule working in-office three days a week and remotely for the rest.  This position requires an in-person whiteboard session interview in our New York location. We don't provide any travel accommodations at this time, Be a member of a talented team of motivated engineers that develops critical high-performance, large-scale services for Nexxen DSP Programmatic integrations and Platform productWork closely with the Product team to understand product requirementsOwnership of end-to-end integrations with the rapidly increasing list of Programmatic PlatformsWrite solid code with a focus on high performance for services supporting high throughput and low latency (