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[SoSe 2026] Advanced Recycling Technologies II

Within this integrated course, students will delve into ongoing research and development within the realm of circular economy and recycling technologies. The curriculum encompasses scientific practices, including hypothesis formulation, experimental design, statistical analysis, and other assessment methodologies. Students will also acquire proficiency in experimental and analytical techniques tailored to characterize waste flows, waste-derived products, and recycling processes. Moreover, they will gain proficiency in tools for data management and presentation, along with competencies for delivering effective presentations and scientific writing.

Self-enrolment in the course is possible from 01.04.2025. The first live event will take place on 23.04.2026 at the campus of the TU Berlin in room M123. We would like to use this Kick-Off-Meeting to welcome you to the course, present the current topics for the semester, and discuss the first organizational aspects.

[SoSe 2026] Biological processes and Landfill Technologies: Exercise

ISIS course for the exercise material of the module biological processes and landfill technologies. You will be automatically added to this course if you join the module.

[SoSe 2026] Integrated management of biomass and agricultural residues

This course provides a comprehensive overview of agricultural processing fundamentals and mass flow patterns across diverse agro-economic systems. Students will explore technologies for valorization and energy generation from agricultural residues, alongside methods for biomass resource assessment. Analytical tools such as MFA, spatial analytics, and statistical techniques will be covered for effective resource management. Additionally, students will learn to assess GHG emissions and explore mitigation strategies, preparing them to address environmental challenges in agricultural contexts. Through a balanced mix of theory and practical application, students will gain insights into sustainable agricultural practices and resource utilization.

This course will take place as a block seminar, further information about the time and place will follow.

[SoSe 2026] Biological processes and Landfill Technologies

In this module, students will delve into the quantification and characterization of organic waste and the biological and geochemical conversion processes involved. They'll explore various process technologies used in composting, anaerobic digestion facilities, landfills, and mechanical-biological treatment plants. Additionally, students will learn the essentials of designing and dimensioning composting and biogas plants, as well as landfill facilities, focusing on emission prevention and treatment methods for leachate and exhaust air. The curriculum also covers final storage criteria for landfill management, prognosis and utilization of landfill and biogas, measurement of greenhouse gas emissions from biological treatment plants, and determination of depositing properties. Furthermore, students will study strategies for the remediation and decommissioning of landfills, equipping them with the skills needed for effective waste management practices.

[SoSe 2026] Erhebung, Bewertung und Anwendung von Umweltdaten

Im Rahmen der integrierten Veranstaltung werden anhand konkreter Daten zu Umweltthemen aus der aktuellen Forschung der Fachgebiete des Instituts für Technischen Umweltschutz Beiträge zu folgenden Themen geliefert: Datenformate, Datenstrukturen und Datenverarbeitung von Umweltdaten – Design und statistische Analyse von empirischer Umweltdaten (Deskriptive Statistik, Korrelation, Regressionsanalyse, parametrische und nicht parametrische Testmethoden, Varianzanalyse, Zeitreihenanalyse) statistische Probenahmestrategien und Versuchsplanung zur Erhebung von Umweltdaten – Fehler und Unsicherheitsanalyse dabei werden ausgewählte Statistik-Software-Anwendungen vorgestellt und benutzt.

[SoSe 2026] Product Circularity

Dear Students,

Welcome to the Product Circularity module! We're excited to have you join us as we explore the essential transition towards more sustainable and resource-efficient systems. This module will discuss strategies, technologies, and frameworks of circularity and circularity assessment.

Important Note: If you plan to participate in the module "Product Circularity," please write in addition an e-mail to "circulareconomy-tb-study@win.tu-berlin.de" with a short notification. This allows us to plan the content for the module.

 Please note the details for our first session:

  • Date: Tuesday, April 23nd, 2026
  • Time: 16:00 (4:00 PM)
  • Location: Room BH-N 333

During this module, we will cover a comprehensive range of topics crucial to understanding and implementing circularity:

  • Fundamentals: Examining the complete product life cycle for selected products and innovative product-service systems.
  • Core Strategies: Understanding various RE-Strategies (like Reuse, Repair, Remanufacture, Recycle) and how they are put into practice.
  • Measurement & Evaluation: Exploring key metrics designed for the circular economy.
  • Frameworks & Standards: Investigating the vital role of standardization in enabling product circularity.
  • Digital Enablers: Diving into the concepts and technologies behind Digital Product Passports.
  • Practical Insights: Analyzing real-world case studies across diverse sectors including like Batteries, Textiles, Packaging, Vehicles, Electronics, and Buildings.

This module aims to equip you with the knowledge and critical thinking skills needed to navigate and contribute to the rapidly evolving field of the circular economy.

The ProCirc-Teaching Team

[SoSe 2026] Grundlagen der Kreislaufwirtschaft

Im Rahmen der integrierten Veranstaltung werden unter anderem Stellung der verschiedenen Abfallbehandlungsverfahren im Kontext europäischer und nationaler Umweltpolitik besprochen, naturwissenschaftliche Grundlagen der Kreislaufwirtschaft und rechtliche Grundlagen und Rahmenbedingungen erläutert. Zusätzlich dazu werden Abfallentstehungs- und Abfallvermeidungsprozesse sowie Lösungsansätze für die Kreislaufwirtschaft in Industrie und Privathaushalten und Grundlagen des Rohstoff- und Ressourcenmanagements, Planungs- und Lenkungsinstrumente in der Kreislaufwirtschaft sowie Indikatoren für die Kreislaufwirtschaft thematisiert.


Weitere relevante Themen sind die Vorstellung von Verwertungsverfahren für ausgewählte Abfallströme unter besonderer Berücksichtigung der damit verbundenen Stoff- und Energieströme, die getrennte Sammlung von Abfällen sowie automatisierte Sortiersysteme und die Bearbeitung konkreter kreislaufwirtschaftlicher Problemstellungen im Rahmen von Hausaufgaben sowie das Lösen von Rechenübungen im Rahmen der Modellierung von Recyclinganlagen und -systemen. Abschließend werden Systeme der erweiterten Herstellerverantwortung und Lenkungsinswirkung ökonomischer Instrumente in der Kreislaufwirtschaft betrachtet.

[WiSe 2025/26 & SoSe 2026] CERT Thesis course (B.Sc. & M.Sc.)