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Design+ Promoting sustainable UX design

Table 1. Framework connecting principles, strategies, and practical case studies in a cohesive manner, facilitating a better
understanding and application of sustainable UX principles
Principle Strategy Practical application (case study) Effectiveness/data point
Energy efficiency Optimized loading times Google’s Accelerated Mobile Pages Reduced load time by up to 85%
reduces load time on mobile devices
Dark mode YouTube’s dark mode reduces screen Saves up to 60% battery life
implementation energy usage
Efficient algorithms Facebook’s optimized data algorithms Reduced server requests by 30%
Material efficiency Lightweight graphics Snapchat’s use of vector graphics Reduced data usage by 50%
Code optimization GitHub’s streamlined codebase Improved load times by 40%
Longevity and durability Maintainability and Microsoft Windows 10 regular update Extended operating system lifecycle
updates cycles
Scalability Dropbox’s scalable cloud storage Adapted to user growth efficiently
solutions
Accessibility and inclusivity Universal design Apple’s VoiceOver technology Accessible to visually impaired users
implementation
Inclusive content Netflix’s diverse language subtitles Reached a wider global audience
Encouraging eco-friendly actions Setting eco-preferences by The Nest Thermostat setting defaults 20% reduction in heating, ventilation,
default to energy-saving and air conditioning energy usage
Minimizing digital waste Efficient data management Google Drive’s data deduplication Reduced storage needs by 25%
process

can be a competitive advantage and demonstrate a that address both usability and environmental impact.
commitment to sustainability. • Partnerships with environmental organizations:
Collaborating with environmental organizations can
3.11.3. Education and advocacy provide valuable insights and resources for developing
Increasing awareness and understanding of sustainable sustainable digital products. These partnerships
UX design among industry professionals and the public is can also enhance credibility and public trust in
crucial for driving long-term change. sustainability efforts.
• Professional training and development: Offering
specialized training programs for UX designers and 3.11.5. User-centric innovations
developers on sustainable practices can enhance Focusing on user-centric innovations can drive sustainable
their skills and knowledge. These programs can behavior change by making eco-friendly options more
be integrated into university curricula or provided intuitive and appealing. 62
through professional development courses. • Personalization for sustainability: Leveraging
• Public awareness campaigns: Running campaigns personalization algorithms to provide users with
that educate the general public about the importance tailored recommendations for sustainable practices
of sustainable digital practices can influence user can increase engagement and adoption. Personalized
behavior and create a demand for eco-conscious dashboards that visualize individual environmental
products. Highlighting the environmental impact of impacts can motivate users to make more eco-friendly
digital waste and promoting sustainable alternatives choices.
can drive change at the consumer level. • Gamification and incentives: Expanding the use of
gamification and incentive structures can encourage
3.11.4. Interdisciplinary collaboration sustainable behavior. By offering rewards and
Collaboration across disciplines can lead to innovative recognition for eco-friendly actions, designers can
solutions that enhance the sustainability of UX design. create a sense of accomplishment and community
• Cross-functional teams: Forming cross-functional around sustainability.
teams that include UX designers, environmental
scientists, data analysts, and software engineers can 4. Conclusion
foster innovative approaches to sustainability. These As digital technologies permeate all aspects of daily life,
teams can work together to develop holistic solutions their environmental impact becomes an unavoidable

Volume 2 Issue 2 (2025) 11 doi: 10.36922/dp.5015