Resumen

CALIZAYA LOPEZ, José; MINAYA MEDINA, Sergio Carmelo; CARITA CHOQUECAHUA, Ariosto  y  PACHECO QUICO, Miguel. Design of Sustainable Technological Systems for University Social Entrepreneurship: An Engineering Approach. Athenea [online]. 2025, vol.6, n.22, pp.50-60.  Epub 12-Ene-2026. ISSN 2737-6419.  https://doi.org/10.47460/athenea.v6i22.113.

This study examines the design of sustainable technological solutions aimed at strengthening university based social entrepreneurship from an engineering perspective. The research was conducted in three phases: a documentary review, a comparative analysis of Latin American case studies, and the validation of a modular technological system proposal. The findings indicate that the incorporation of sustainability criteria and engineering principles into the development of university digital platforms enhances their social impact and long-term viability. The study proposes a transferable and adaptable structure, validated by experts, that integrates technology, academic training, and social engagement to address contemporary challenges.

Palabras clave : social entrepreneurship; digital sustainability; educational engineering; technological innovation.

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