sustainable systems engineering

Position research on how energy transition timelines differ across regions—SYNERGY2026's virtual format enables presenting case studies that compare policy implementation speeds and grid modernization pathways across continents, directly addressing the conference's focus on sustainable systems engineering at scale.

Highlight unpublished data on smart cities infrastructure resilience—the Scopus publication requirement makes this conference ideal for experts with measurable findings on how renewable energy integration affects urban system stability, a gap in peer-reviewed literature the conference actively seeks.

Frame green technology adoption barriers as systems-level problems—rather than single innovations, propose research examining how interconnected technical, regulatory, and market systems either accelerate or block the transition; this aligns with the conference's 'systems engineering' emphasis rather than isolated technology showcases.