Computational Social Science

University of Amsterdam (BSc)

Work with us, a groundbreaking social and environmental datascience programme that combines social science theories with advanced computational techniques to solve real-world challenges, build digitale prototypes and create impact.

test

What makes CSSci different?

Students work directly with industry and academic partners in a project-based learning environment to co-create computational solutions in addressing societal challenges.

Challenge-Based Learning

Work on real projects with real impact

Industry Partnerships

Direct collaboration with leading organizations

Interdisciplinary Approach

Combine social science with cutting-edge technology

4
Major Projects
20+
Industry Partners
3
Years Program
100%
Hands-on Learning

Showcased Student Projects

See how our students are making real impact through computational solutions

Road Danger: Unveiling the impact of car crashes and change the narratives
Graduation Project

Road Danger: Unveiling the impact of car crashes and change the narratives

Partner:

Why we should care about traffic crash journalism? Traffic crashes are the leading cause of death for people aged 15-29 worldwide. Yet, this topic receives far less attention than other causes of similar mortality. Road Danger started as a research project in collaboration with The Correspondent, aiming to change public opinion on car crashes in The Netherlands.

OptimizationSustainabilityTransport
View project details
North Sea Watch: Transforming Maritime Environmental Data into Policy Action
Graduation Project

North Sea Watch: Transforming Maritime Environmental Data into Policy Action

Partner:

Every year, thousands of ships traverse the North Sea using exhaust gas cleaning systems (scrubbers) that remove sulfur compounds and other pollutants from ship exhaust gases but discharge the contaminated washwater containing toxic chemicals directly into marine ecosystems. While these technologies help vessels comply with international sulfur emission standards by cleaning exhaust gases, they effectively transfer the pollution burden from air to sea through wastewater discharge.

MaritimePollution in PortsAgent-Based Modelling
View project details
Digital Legal Sustainability Benchmark for the Maritime Industry
Prototype for Change

Digital Legal Sustainability Benchmark for the Maritime Industry

Partner:

In collaboration with IT company Delaware our student team developed in 16 weeks a digital tool, a "pogress bench mark' to support Maritime Companies in a check regarding how compliant they are with new and complex sustainability legislation. Why? The maritime sector is responsible for around 90% of the world's trade, and the shipping sector alone generates an estimated $500 billion in revenue annually. In 2018, the global shipping industry was responsible for 2.9% of global greenhouse gas emissions, which is a significant amount and clearly needs to be cut to create a future for the maritime industry.

Maritime PolicyESG ReportingBenchmarking Tool
View project details

Why Become a Partner?

What's in it for you? Connections, visibility, and access to upcoming talent ready to tackle your organization's challenges.

Learn more

Our Partners

Meet some of the innovative organizations we've been working with to create meaningful impact.

View partners

What People Say

Hear from our students, partners, and faculty

"Inspiring programme and students; they help Surf navigate future tech for universities (this quote is a test!)"
Gul Akcaova
lead futuristhttps://www.surf.nl/
"CSSci has transformed how I think about solving social problems. The combination of theory and hands-on practice is incredible."
Sarah Chen
Year 3 Student
"Working with CSSci students brought fresh perspectives and innovative solutions to our organization's challenges."
Dr. Marcus Weber
PartnerTech for Good NL