Design, implement, and test production scheduling models, constraints, heuristics, and meta heuristics
Translate real-world manufacturing and scheduling constraints into robust computational and mathematical models
Investigate and apply advanced scheduling techniques, including targeted use of AI/ML where appropriate
Lead or contribute to the design, implementation, and evolution of core scheduling logic in a commercial, enterprise-grade product
Define and contribute to test strategies, including unit, integration, regression, and performance testing, to ensure correctness and scalability
Collaborate closely with agile team members across engineering, product, QA, and support throughout design, implementation, and delivery
Participate actively in design discussions, code reviews, and scrum rituals, helping maintain a high bar for quality and maintainability
Support product stability by triaging defects, explaining product behaviour, suggesting workarounds, and fixing and validating moderate issues
Identify opportunities to improve and accelerate the SDLC through better tooling, automation, or AI-assisted workflows, while maintaining architectural consistency, secure design, and code quality
Review AI-generated code with rigor, ensuring correctness, architectural fit, integration safety, and edge-case coverage
Requirements
Deep knowledge of production scheduling algorithms, optimization techniques, and/or heuristics
Strong software engineering skills with experience delivering enterprise-grade commercial software
5+ years of algorithm development experience in a production environment
Proficiency in Java, C++, C#, or similar object-oriented languages, including unit testing and design patterns
Experience translating real-world planning or scheduling problems into computational or mathematical models
A passion for algorithms, data structures, and problem solving, with a desire to see solutions used in the real world
Ability to design and contribute to automated testing for functional correctness and performance
Comfort working across the full SDLC, from design through delivery and ongoing support
Strong communication skills, with the ability to explain complex behaviour clearly to both technical and non-technical stakeholders
Bachelor’s or Master’s degree in Industrial Engineering, Operations Research, Computer Science, or a related field