A time-constrained, five-day process for answering critical business questions through design, prototyping, and testing ideas with customers.
- Metodologías: Ingeniería, Diseño de producto, Gestión de proyectos
Design Sprints

Design Sprints
- Metodología ágil, Sprint de diseño, Pensamiento de diseño, Innovación, Desarrollo de productos, Creación de prototipos, Creación rápida de prototipos, Pruebas de usuario, Diseño centrado en el usuario
Objetivo:
Cómo se utiliza:
- Popularized by Google Ventures, it's a structured recipe for a small team to move from a problem to a tested solution. It includes understanding, sketching, deciding, prototyping, and testing.
Ventajas
- Produces a tangible, user-tested prototype in just one week; reduces the risk of building the wrong product; creates alignment and momentum within the team.
Contras
- Requires the full-time, focused commitment of the entire team for a week; can be intense and exhausting; is not a substitute for long-term product development.
Categorías:
- Ideación, Resolución de problemas, Diseño de producto, Gestión de proyectos
Ideal para:
- Rapidly solving big challenges and testing new ideas with users in a structured, five-day process.
Design Sprints are particularly advantageous in industries such as technology, healthcare, and consumer products, where the need for rapid iterations and user feedback is paramount. This methodology can be employed effectively during the early project phases, such as before developing a producto mínimo viable (MVP) or during the ideation stage of product development. Teams commonly initiate a Design Sprint when they encounter significant uncertainties or challenges that could jeopardize project timelines or budgets. Participants typically include cross-functional team members, such as product managers, designers, developers, and marketing specialists, facilitating diverse perspectives that enrich the problem-solving process. For instance, tech companies like Slack and Airbnb have successfully employed Design Sprints to design user-centric features, helping them quickly align on ideas and validate them through user testing. The sprint’s structured approach supports focused decision-making; by dedicating five days to concentrated effort, teams can overcome common pitfalls associated with protracted design cycles. The rapid nature of this methodology not only accelerates development but also enhances collaboration and morale, as team members see immediate progress and tangible results, which can be shared with stakeholders to secure continued investment or support.
Pasos clave de esta metodología
- Understand: Identify the challenge and gather insights on the user and the problem space.
- Sketch: Generate solutions individually through sketching ideas and concepts on paper.
- Decide: Review sketches and select the most promising ideas to move forward with.
- Prototype: Build a rapid, low-fidelity prototype that represents the selected solution.
- Test: Conduct user testing sessions to gather feedback and observe interactions with the prototype.
Consejos profesionales
- Involve diverse team members with varied expertise to enhance creativity and uncover unique solutions during the understanding and sketching phases.
- Prioritize user feedback from testing to iterate on the prototype immediately, rather than waiting for a subsequent sprint cycle.
- Use storytelling techniques during presentations to stakeholders to communicate the rationale behind design choices and foster buy-in for the next steps.
Leer y comparar varias metodologías, recomendamos el
> Amplio repositorio de metodologías <
junto con otras más de 400 metodologías.
Sus comentarios sobre esta metodología o información adicional son bienvenidos en la dirección sección de comentarios ↓ , así como cualquier idea o enlace relacionado con la ingeniería.
Publicaciones relacionadas
Gestión de operaciones de fabricación (MOM)
Sistema de Ejecución de Fabricación (MES)
Plan de control de la fabricación
Pruebas manuales
Tablas de evaluación de la manipulación manual (MAC)
ManTRA (Herramienta de evaluación de riesgos en las tareas manuales)