We are excited to announce the official release of GAMSPy after an extended beta-phase!
Explore the future of algebraic modeling in Python. We encourage everyone to try it out today!
Get started with a simple command:
pip install gamspy
More infos on the GAMSPy product page and for academic users on the academic program page .
Non-academic users please contact sales@gams.com.
Express your optimization problem in our easy to learn, efficient modeling language. Find optimal solutions using world class mathematical solvers.
Develop interactive user interfaces for your GAMS models and deploy them locally or in the cloud. Powerful visualization and analysis features included.
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Leverage the power of GAMS' high performance execution system with the flexible Python language to create complex mathematical models effortlessly directly in Python.
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Solve your models, either on-premises or in the cloud with our Engine SaaS. A highly scalable and reliable option for when things just have to work.
Learn moreLearn from our experts about modeling best practices, data exchange techniques, performance tuning of your models and much more.
Short on modeling experience? We work with your experts to develop tailor-made decision support solutions. If you already have a working model, often we can help improve performance significantly.
You have a model and need to roll it out? We can help with deployment and UI development, from 100% local to 100% cloud.
Contact us at consulting@gams.com to discuss your requirements!
Alpro, a European leader in plant-based food products, faced the challenge of optimizing its factory’s energy management. With the help of our consulting team, the company implemented two custom models and a graphical user interface, streamlining its operational pipeline from data gathering to daily energy trading and consumption.
At the United States Military Academy in West Point, all students must graduate in four years. Each student's daily activities are a carefully regimented balance of academic, military, and physical requirements. The ~4,500 enrolled cadets compile their individual academic programs, which results in challenging scheduling problems.
We are happy to present the winning project of our 2024/2025 GAMSPy Student Competition. Yiheng Su, a PhD student from the University of Wisconsin-Madison, developed an optimization model to plan the most efficient and enjoyable day at Disneyland Magic Kingdom. Inspired by a personal trip, Su applied mixed-integer programming, data preprocessing, and visualization to create a smart route planner that balances time, ride popularity, and unpredictability. This project is the perfect example of a full-stack approach to modeling and decision-making under constraints, and showcases the practical power and accessibility of GAMSPy for solving real-life challenges.
On April 23, the academic event “Moving towards a Green Future - China’s Sustainable Development Path under the Dual Carbon Goals” was successfully held at Renmin University of China. Sponsored by the School of Ecology and Environment of Renmin University and co-organized by Beijing Youwan Information Technology Co., Ltd., the event brought together over 50 distinguished participants from universities, research institutions, and enterprises.
At INFORMS Analytics+ 2025 in Indianapolis, GAMS showcased its latest advancements—including the Python-native modeling tool GAMSPy—through hands-on workshops and tech demos on embedding machine learning in optimization. The event offered an inspiring mix of technical insights and community connection, reaffirming the power of collaboration in the optimization space.
