1 Year On Campus Masters Program
The MSc Analytics and Operations Research in Logistics at Erasmus University Rotterdam is designed for students who want to use advanced analytical methods and mathematical models to solve complex logistics and supply chain challenges. The programme is ideal for students with a strong quantitative background who are interested in areas such as optimisation, decision-support systems, transport planning, and data-driven logistics solutions across industries such as shipping, aviation, healthcare, and supply chain management.
Curriculum Structure
Year 1
During this one-year master’s programme, students develop advanced skills in analytics and operations research by learning how to apply quantitative methods to real-world logistics problems. The curriculum focuses on building expertise in areas such as optimisation models, decision-support systems, logistics planning, and resource allocation, helping students understand how mathematical approaches can improve operational decisions.
Students explore advanced concepts related to logistics and supply chain optimisation, learning how to develop models that support better planning and scheduling decisions. Through research-based learning and applied coursework, students gain the ability to analyse complex systems and create efficient solutions for challenges in sectors such as railways, shipping, aviation, and supply chain management.
The programme concludes with a Master Thesis, where students apply their analytical knowledge to investigate a logistics or operations research problem, often connecting academic methods with practical challenges faced by organisations.
Focus Areas
Analytics and Operations Research in Logistics focuses on:
Learning Outcomes
Graduates develop the ability to apply advanced analytical techniques and optimisation models to improve logistics and operational decision-making. Students gain the skills to design decision-support systems, solve complex planning problems, and support organisations in improving efficiency, productivity, and resource management.
Professional Alignment (Accreditation)
The MSc Analytics and Operations Research in Logistics is offered by Erasmus School of Economics, Erasmus University Rotterdam, and is designed around strong quantitative and research-based training. The programme develops expertise that aligns with professional roles in analytics, logistics, operations research, supply chain management, and consultancy.
Reputation (Employability Rankings)
Erasmus University Rotterdam is internationally recognised for its strong reputation in economics, business, and quantitative research. The programme benefits from the university’s research-driven environment and Rotterdam’s position as a global logistics hub, providing students with exposure to real-world logistics and supply chain challenges.
The programme’s focus on advanced analytics and operations research prepares graduates for high-impact roles in industries where data-driven decision-making is increasingly important, including logistics, transportation, consulting, and technology sectors
The MSc Analytics and Operations Research in Logistics at Erasmus University Rotterdam focuses on applying advanced analytical methods to solve real-world logistics and operational challenges. Students gain practical experience by developing optimisation models, decision-support systems, and data-driven solutions that improve planning, scheduling, and resource allocation across industries such as transport, shipping, aviation, supply chains, and healthcare.
The programme follows a practice-oriented approach, allowing students to work closely with quantitative methods and research-based applications. Through interaction with faculty members involved in academic research and industry consulting, students learn how analytical techniques can be applied to solve complex business and logistics problems.
Students develop practical skills through advanced coursework, research activities, and analytical projects, including:
Optimisation and Decision-Support Modelling: Students learn how to develop and apply mathematical models to support better decision-making in logistics, including planning, scheduling, and resource allocation problems.
Advanced Quantitative Methods: The programme provides hands-on experience with analytical techniques used in logistics and operations research, helping students solve complex problems involving transport systems, supply chains, and workforce planning.
Real-World Logistics Applications: Students apply analytics and operations research methods to practical challenges in sectors such as railways, shipping, aviation, supply chain management, healthcare, and energy.
Research-Based Learning: Students work with faculty members who are active in research and industry consulting, allowing them to understand how academic methods are translated into practical solutions.
Master Thesis Project: Students complete a research-based Master’s thesis, applying their analytical knowledge to investigate a logistics or operations research challenge.
Erasmus University Rotterdam Campus Facilities: Students have access to the university’s Woudestein Campus, including academic resources, study spaces, digital learning facilities, and research support services.
Rotterdam as a Logistics Hub: Studying in Rotterdam provides students with exposure to one of Europe’s most important logistics regions, creating opportunities to connect with challenges related to ports, transportation networks, and global supply chains.
The MSc Analytics and Operations Research in Logistics at Erasmus University Rotterdam prepares students to become specialists who can use data, mathematical models, and advanced analytical techniques to solve complex logistics and operational challenges. Graduates develop the expertise needed for careers in areas such as supply chain optimisation, transport planning, consulting, and data-driven decision-making across industries including shipping, aviation, railways, healthcare, and energy.
Students can explore career opportunities as Operations Research Analyst, Logistics Consultant, Supply Chain Analyst, Data Analyst, or Optimisation Specialist, helping organisations improve efficiency, planning, and resource management through analytical solutions.
Students benefit from Erasmus University Rotterdam’s career support, industry connections, and strong academic environment:
Erasmus University Career Services: Students receive support with career planning, workshops, CV improvement, interview preparation, and guidance to help them transition from university to professional roles.
Industry-Relevant Skills: The programme focuses on developing expertise in optimisation models, decision-support systems, and quantitative methods that are directly applicable to real logistics challenges. Students learn how to move from analysing data to creating practical solutions for organisations.
Strong Industry Connections: Located in Rotterdam, one of the world’s major logistics hubs, students benefit from exposure to a region known for its global port, transport networks, and supply chain activities. The programme also connects students with faculty members involved in academic research and industry consulting.
Graduate Career Opportunities: Graduates have opportunities to work in consulting firms, logistics companies, transport organisations, and technology-driven industries. Example career paths include solving routing challenges in consultancy, improving railway scheduling, or developing optimisation strategies for airlines and logistics providers.
International Recognition and Long-Term Value: A master’s degree from Erasmus University Rotterdam provides graduates with a strong foundation in quantitative analysis, operations research, and logistics, supporting long-term career growth in an increasingly data-driven global economy.
Research and Professional Development: Students who enjoy research and innovation can continue working with academic experts in areas related to analytics, optimisation, logistics systems, and decision-making.
Employment Outcomes:
The university highlights that graduates from this programme develop skills suited for high-impact roles in logistics, supply chain management, and analytics. Specific salary figures are not published for this programme; salaries vary depending on role, industry, location, and prior experience.
Further Academic Progression:
After completing the MSc Analytics and Operations Research in Logistics, students interested in advanced research can continue towards a PhD in Operations Research, Logistics, Supply Chain Management, Data Analytics, or related quantitative fields. Graduates can also pursue specialised professional development in areas such as artificial intelligence, optimisation, data science, and advanced supply chain technologies.



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