Mariana Montero Vega | Transportation Innovation | Research Excellence Award

Mrs. Mariana Montero Vega | Transportation Innovation | Research Excellence Award

Universitat Politecnica de Catalunya | Germany

Urban mobility and transport systems engineer with a strong focus on people-centred, sustainable mobility solutions. Experienced in integrated transport planning, data-driven modelling, GIS, KPI development, and participatory approaches to support evidence-based decision-making. Has contributed to EU-funded research and innovation projects, including Horizon Europe and EIT Urban Mobility, working on autonomous delivery robots, on-demand transport, micromobility, and last-mile logistics. Skilled in quantitative analysis using Python, R, MATLAB, and transport modelling tools. Combines academic research with applied industry experience to deliver inclusive, practical mobility concepts that enhance urban livability and system efficiency.

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Yandika Sirgabsou | Transportation Innovation | Research Excellence Award

Mr. Yandika Sirgabsou | Transportation Innovation | Research Excellence Award

Capgemini Engineering | France

Mr. Yandika Sirgabsou is an accomplished systems and software safety engineer with extensive expertise in the design, analysis, and validation of safety-critical systems across the automotive, railway, and oil and gas sectors. His academic foundation in computer science, embedded systems, electronics, and automatic control supports a strong integration of research and industrial practice. His research focuses on systems safety, software safety, model-based safety analysis, and human factors, particularly in the context of autonomous and connected systems. He has introduced innovative model-driven approaches for embedded software safety assessment and developed reusable software safety pattern libraries to enhance the robustness of safety architectures. A significant contribution includes proposing a structured framework to address psychological safety and trust in human–autonomous vehicle interaction using systems-theoretic methodologies. His work has been published in well-recognized peer-reviewed journals and strengthened through collaborations with leading international research institutions, demonstrating measurable impact on both academic advancement and industrial safety engineering.

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