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About Us
While we made headlines, and were in fact SAAS pioneers, we didn&039;t think much of this. For us, it was just the beginning of a mission which had only just begun.
Fast forward 20 years, (gee! where did that go?!) with the support of our users who love our app, we&039;re on a new mission to take this to the world using cutting edge tech to do things even smarter, easier and faster.
In 2004, (called MyRecipes back then) rocked the food service industry with an app which enabled users to do things they previously could only dream of. We gave New Zealand&039;s professional chefs the power to cost any recipe in just minutes, as well as know the nutrition- something which was prone to error, was difficult, and used to take a long time.
We’re looking for a strong python backend end developer with some experience in machine learning and excellent communication skills to collaborate closely with our team, ensuring solutions are well- aligned with real- world needs.
You should bring sharp analytical and problem- solving abilities, along with experience working in agile teams and a solid understanding of agile principles.
Your ability to navigate technical challenges and contribute to a collaborative, fast- paced environment will be key to your success in this role.
Education: Bachelor’s or Master’s degree in Computer Science, Mathematics, or related fields
Responsibilities:
Implement and manage deployment pipelines for backend services and machine learning workflows
Develop robust infrastructure to support data processing and integration of ML models
Build automated testing frameworks for backend components and ML pipelines
Design, build, and maintain scalable backend systems and APIs
Ensure system performance, reliability, and scalability in production environments
Collaborate with frontend, DevOps, and data teams to deliver integrated, production- ready solutions
Monitor and debug backend and ML systems to ensure high availability and security
Optimize backend workflows and ML pipelines for efficiency, maintainability, and continuous delivery