Peter James Stuckey

Peter Stuckey is a pioneer in constraint programming, involved from its very inception, a research field that has made it possible to solve some kinds of problems that were effectively unsolvable with previous technology. Peter’s main research interest is in developing technology for modelling and solving complex combinatorial optimization problems, and applying this technology to solve real-world complex problems. Other research interests include: programming languages (in particular program analysis); bioinformatics; visualization and layout; and databases.

Coursera

University of Melbourne,The Chinese University of Hong Kong

Solving Algorithms for Discrete Optimization (Coursera)

Computer Science

Discover the power of discrete optimization with this engaging online course. Whether you're looking to solve complex puzzles or optimize logistical processes, we'll guide you through essential algorithms and strategies that drive decision-making in diverse fields. From scheduling flights to arranging wedding seating plans, learn how to make informed choices efficiently.

Jun 8th 2026

4 Weeks

Algorithms Discrete Optimization Software Development

Coursera

University of Melbourne,The Chinese University of Hong Kong

Basic Modeling for Discrete Optimization (Coursera)

CS: Software Engineering

Discover the power of discrete optimization through this foundational course. Explore essential modeling techniques that are crucial for effective scheduling, resource management, and strategic decision making. Whether you're interested in improving corporate efficiency or solving complex puzzles like Sudoku, this course provides the tools to make informed choices and optimize processes.

May 25th 2026

4 Weeks

Programming Software Discrete Optimization

Coursera

University of Melbourne,The Chinese University of Hong Kong

Advanced Modeling for Discrete Optimization (Coursera)

CS: Software Engineering

Dive into the world of Advanced Modeling for Discrete Optimization and unlock the secrets to making informed decisions that can significantly impact business operations and personal problem-solving alike. This course will equip you with advanced techniques to tackle complex optimization problems, from arranging wedding banquet seating to optimizing steel production schedules. By mastering these skills, you'll be able to improve efficiency, reduce costs, and make better-informed decisions across a variety of sectors.

May 25th 2026

5-12 Weeks

Debugging Discrete Optimization Modeling

Page 1