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Unlock the Future of Optimisation

Join us for an intensive 8-day course designed to explore advanced mathematical optimisation techniques and data-driven methods to deal with uncertainty.

This advanced course is designed for professionals and researchers with a background in linear optimisation and Python programming. Over 8 days, participants will dive deep into advanced optimisation techniques, focusing on robust and stochastic optimisation methods used to solve complex real-world problems under uncertainty. The course covers theoretical foundations, algorithmic implementations, and hands-on practice using the Python library Pyomo.

Key Topics:

  • Day 1: Review of linear and mixed-integer linear optimisation (case study: Recharging strategy for electric vehicles)
    Day 2: Network optimisation: models and heuristics (case study: Arbitrage search in cryptocurrency markets)
    Day 3: Accounting for uncertainty: “Optimisation meets reality” (case study: Fleet assignment and delays)
    Day 4: Robust optimisation 1 (case study: Production plan accounting for uncertainty)
    Day 5: Robust optimisation 2 (case study: City routing accounting for traffic disruptions)
    Day 6: Stochastic optimisation 1 (case study: distribution centre stock optimisation)
    Day 7: Stochastic optimisation 2 (case study: Investment portfolio optimisation)
    Day 8: Stochastic optimisation 3 (case study: Two-stage land allocation problem with uncertain yield)

Participants will leave with the skills to model, solve, and interpret complex optimisation problems in uncertain environments, gaining practical experience with cutting-edge techniques and tools.

Key Deliverables:

  • Case studies to connect course concepts to real-world problems
  • Daily assignments to reinforce theoretical and practical understanding

This advanced course provides participants with a comprehensive understanding of robust and stochastic optimisation, equipping them with the skills to tackle uncertainty in optimisation problems across diverse industries.

Starting date: 11 April 2025
Tuition fee: € 4,995
Format: This course consists of 8 full days of study.
Participants are expected to work at home for 4 to 8 hours per week
Group size: 8-18
Registration deadline: 7 March 2025.

(The organisation has the right to cancel or postpone the course by 7 March 2025 if there are fewer than 8 admissions)

For more information about this course, please contact: BAforIndustry@vu.nl

This course is part of the Business Analytics for Industry programme.

It includes two other courses: 

For more information?

Feel free to contact us via:

Vrije Universiteit Amsterdam

Nieuwe Universiteitgebouw
Faculty of Science
De Boelelaan 1111
1081 HV AMSTERDAM

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