Vivieco

Summary

The project is presented as a fusion between user experience and environmental impact, aiming to transform people's relationship with home energy consumption. It emphasizes the concerning statistic that households are responsible for 25% of global energy usage. The proposal goes beyond aesthetics and usability to influence user behavior, redefining the everyday relationship with energy.

Year
2023​
Role
Senior designer
Contribution
UX · UI · Art direction · Brand

Brief

Business goals

Promote environmental awareness.
Facilitate informed decision-making.
Personalization and adaptability.
Enhance usability.
Optimize data organization.
Maximize environmental and economic impact.

Problem

Homes represent a crucial point of energy consumption, creating a growing need for solutions that enhance efficiency and provide both economic and environmental savings. Technology and consumer awareness create a unique opportunity to design intuitive interfaces that encourage conscious decisions regarding energy consumption.

Research process

Methods used
Competitive landscape

Comprehensive analysis of existing solutions and products in the market addressing home energy efficiency and savings.

Surveys

Structured questionnaires to gather quantitative data on users' preferences, behaviors, and needs regarding home energy efficiency.

Interviews

In-depth conversations with users to obtain qualitative information about their specific challenges, experiences, and expectations related to energy efficiency improvements.

Scenarios and How Might We

Creation of hypothetical scenarios to explore how users might encounter specific situations related to energy efficiency. Formulation of 'How Might We' questions to address identified issues.

FODA

Assessment of the strengths and weaknesses of current solutions in the market, as well as the identification of opportunities and threats related to home energy efficiency.

Feasibility matrix

Detailed analysis of existing solutions and products in the market addressing home energy efficiency and savings.

Journey Map

Visualization of the user's entire journey from considering energy efficiency improvements to implementation and tracking of the results.

Key focus area

Streamlined Design Evolution

Progressive Design Evolution

During the design and development phase, I conducted a comprehensive process that started with creating prototypes, transitioning through Medium-Low Fidelity Wireframes, heuristic evaluations, and culminating in a High Fidelity Prototype. This methodology allowed for a progressive evolution of the design, ensuring usability, and effectively addressing any identified issues along the way.

Interface iterations

Design iterations for energy efficiency improvements with feedback reflecting the continuous refinement of the interface.

Enhancing User Control

One of the key challenges in this process was the introduction of advanced filters, an essential functionality for users to customize the search for energy efficiency improvements based on their individual preferences and needs. Implementing this system not only required an intuitive interface but also careful consideration of the variety of available options to ensure a personalized and comprehensive experience.

Innovative Improvement Generator

Additionally, a feature of improvement generator was incorporated, generating a customized list based on the user-provided responses. This innovative approach not only added value to the project but also presented a significant technical challenge.

Effortless Organization

To further enhance the user experience, I developed a favorites list system. This feature allowed users to organize and save their selected improvements in different lists, ensuring accessibility and efficient organization of content. This addition not only increased functionality but also aligned with the vision of providing a comprehensive and personalized user experience.

Detailed handoff

In handoff, I prioritize clear and detailed communication with developers. I've crafted Flowchart Cards, offering a comprehensive understanding of user interaction. Detailed annotations on advanced functionalities, notably those using Javascript, ensure precision in implementation. The aim is a shared understanding, ensuring the final product aligns with the proposed design, fostering ongoing improvements.

Prototypes

Prototypes in Action

Explore my final prototypes in action and immerse yourself in the tangible experience of my design. Discover how each interaction has been meticulously refined to provide a smooth and captivating user experience. Experience the functionality and visual impact of the solutions I've crafted to captivate and astonish.

Learnings

Continuous Adaptation

Design isn't static; it requires constant adaptation. The implementation of advanced filters and the improvement generator taught the importance of flexibility and iterative adjustments to adapt to the changing needs of users. This lesson recalibrated my approach towards a more dynamic and adaptable design.

Balancing Customization & Simplicity

The pursuit of a balance between customization and simplicity was a significant challenge. The design process reinforced the idea that while customization enhances the user experience, an excess can hinder usability. This led me to continually reassess the relationship between complexity and ease of use in future projects.

The Importance of User Education

The project underscored the importance of user education. Presenting data on initial costs, long-term savings, and the ROI of improvements was crucial. This led me to understand that effective design not only simplifies the experience but also educates the user, enabling them to make informed decisions.

Professional Evolution

These lessons not only influenced the design of this project but also impacted my development as a designer. Each challenge and solution encountered was an opportunity to evolve and redefine my approach towards user-centered design, with a more holistic and sustainable mindset.