LCA & openLCA Training for UDST Qatar | DEISO Case Study

Executive Summary

DEISO delivered a five-day on-site engagement for researchers, students, and academic staff at UDST in Qatar, focused on advancing applied LCA capability for waste management systems. The work combined methodological understanding with practical openLCA-based implementation to strengthen research-grade environmental assessment capability.

The engagement helped participants move from theoretical familiarity toward stronger practical readiness to conduct structured LCA studies and integrate lifecycle analysis into academic and applied research outputs.

Client Profile

• Organization Type: Academic and applied research institution
• Institution: University of Doha for Science and Technology (UDST)
• Region: Qatar
• Audience Profile: Master’s students, researchers, lecturers, and assistant professors
• Participants: 11 attendees
• Delivery Format: On-site structured engagement

Strategic Challenge

The academic group required stronger practical capability in applying Life Cycle Assessment within research contexts, particularly in waste management systems where methodological quality and modeling depth are both critical.

• Limited experience in applied LCA modeling for waste systems
• Difficulty translating academic knowledge into structured LCA studies
• Limited hands-on capability in openLCA software
• Challenges in handling multi-stage waste management processes and data
• Need to integrate LCA more effectively into research outputs and publications

DEISO’s Integrated Technical Role

DEISO acted as a technical sustainability partner, designing a specialized engagement focused on waste management applications and combining methodological rigor with practical implementation support using openLCA.

Rather than delivering generic LCA training, DEISO strengthened the internal research implementation environment required for more consistent modeling, higher-quality environmental analysis, and stronger integration of lifecycle thinking into academic work.

Strategic Value

Participants progressed from theoretical understanding toward stronger applied research-grade LCA capability, enabling better integration of lifecycle analysis into research projects, academic outputs, and data-driven environmental studies.

Why This Engagement Matters

In academic and research environments, the value of LCA lies in supporting evidence-based environmental analysis with methodological rigor and practical modeling depth. This engagement demonstrates the importance of combining domain-specific application, software implementation, and structured lifecycle thinking in one integrated approach.