Interviews with Dmitrii Lagunov

The primary focus in designing this work was to effectively communicate the advantages of adopting new energy-saving technologies in an easily understandable manner. The animation was designed to visually represent the process of energy transformation, highlighting the efficiency and sustainability of these technologies. In terms of user interface design, simplicity, and clarity were prioritized to ensure a seamless and intuitive user experience. The central metaphor utilized in the design is the transformation of energy from one form to another, emphasizing the potential for positive change through the adoption of these technologies. Overall, the goal was to create an engaging and informative design that encourages users to consider the benefits of energy-saving technologies and inspires them to take action toward sustainability.

Moving forward, my vision for this award-winning design with Encontech entails an ongoing process of refinement and expansion guided by user feedback and emerging requirements. Recently, we engaged in discussions with a client regarding incorporating additional website sections and integrating pertinent content to enhance the user experience further.

It took a couple of months to design this particular concept from start to finish. Throughout this time, we conducted extensive research, held brainstorming sessions, and created and refined numerous design iterations. Although it was a lengthy and time-consuming process, each phase was crucial in shaping the final design. Our dedication and attention to detail throughout the design journey ultimately resulted in a product that met and exceeded expectations.

This concept was developed as part of a commercial project. After presenting multiple options to the client, we agreed upon this solution.

Yes, it is a fully functioning website. The client is actively using it in communications with their potential clients and current partners.

Oh, thank you. That's a very interesting question. As a designer, you come into contact with many industries and technologies in your daily life. You know, I've always been interested in energy savings and making a system more efficient. Many scientific and engineering teams worldwide are actively working on the problem of accumulating excess heat from the work of mechanisms and units. Our client has successful developments and applies them in the laboratory and specific cases.

During the design process, I conducted extensive research and analysis of various websites related to sustainability and environmental responsibility. I paid close attention to their approaches to user experience, visual design, and functionality. The design was heavily influenced by the principles of human-centered design and design thinking, which are widely endorsed by designers such as Don Norman, co-founder of the Nielsen Norman Group. The primary objective was to create an intuitive and user-friendly interface that prioritizes the needs and experiences of the users. Additionally, I took inspiration from renowned designers in the field, including Dieter Rams, whose work has significantly influenced my design principles and thinking.

These are different companies in the working cycle, and their temperatures are different. Here are a few industries where the application of such technologies can be very cost-effective: ship engines, water distillation, geothermal energy, data centers, and chemical or metallurgical production.

To explain in simple terms the benefits of using new energy-saving technologies. The transformation of energy is reflected in the animation.

It's the client's company name, which is made up of the words energy conversation technology.

We used the following tools: Trello to manage the development workflow, Miro for the customer journey map, design in Figma, illustrations and icons in Illustrator, and layout of the event analytics structure in Google Sheets.

I built the whole design around the metaphor of energy transformation. Simplicity and functionality - pure energy.

The project focused on the following areas of research: stakeholder interviews, competitor analysis, focus groups, etc. Of course, implementing the design into a working website required the work of a web developer.

Modern web browsers evolve regularly and become more technologically advanced, with support for new features. This makes it possible to create more complex animations on websites and thus increase user engagement. More convenient frameworks appear every year, and development becomes possible in a shorter time and with greater productivity.

Yes, the design was influenced by data and analytical research. To ensure that the design met users' needs and expectations, I conducted extensive research and analysis of various websites related to sustainability and environmental responsibility. The research process included stakeholder interviews, competitor analysis, focus groups, and other methods to gather insights and feedback. This data-driven approach helped inform the design decisions and ensure that the final product was user-centric and effectively achieved its goals.

In designing and realizing this concept, one of the challenges I faced was balancing functionality with simplicity, ensuring that the design remained intuitive and user-friendly while providing comprehensive features.

I was confident that my design possessed the caliber to make a mark and garner recognition at an international level. Viewing it as a chance to gain exposure, glean insightful feedback, and spotlight my talents and ingenuity to a broader community of design fans, I decided to submit it to an international design competition. My goal is to share my work with a diverse audience and spark conversations about the pivotal role of design in achieving business objectives and fostering positive societal impacts.

This project taught me the significance of thinking beyond conventional solutions. I discovered the transformative power of incorporating user feedback and iterative processes into my design approach. It reinforced my belief that adhering to the design process invariably leads to uncovering the most optimal solution, regardless of its classification. Through this experience, I've evolved as a designer, gaining a deeper appreciation for user-centered design principles and expanding my creative repertoire.

I'd like to underscore the significance of ongoing learning and keeping abreast of the industry's newest trends and technologies. Maintaining a growth mindset and actively pursuing avenues for professional advancement is key to staying relevant and innovative as a designer. Moreover, I firmly advocate for the ethos that design should consistently aim to address tangible challenges, foster positive change, and enhance societal well-being.

A single-page format was chosen to streamline user navigation and maintain a clear, cohesive storytelling flow. By presenting the content as a continuous narrative, I ensured that visitors would engage with the company’s innovations without feeling overwhelmed. This format also allowed me to integrate multimedia elements—such as animations and infographics—seamlessly, creating a dynamic experience that combines technical depth with accessibility. For a subject as complex as energy-saving technologies, this approach helped focus attention and reduced the risk of information fatigue.

Stakeholder interviews revealed that high-level decision-makers prioritize clarity, efficiency, and data-driven visuals. This insight guided my design choices, such as incorporating concise yet detailed explanations, interactive graphs, and data visualizations tailored to showcase the impact of the technologies. Focus groups also highlighted the need for a professional aesthetic that conveys trustworthiness and innovation. As a result, I emphasized clean typography, a restrained color palette, and intuitive navigation to align with the preferences of CEOs and engineers who often have limited time for exploration.

The animations were crafted to act as explanatory tools rather than decorative elements. I began by sketching key processes involved in energy transformation and worked closely with engineers to ensure scientific accuracy. Using Figma for prototyping and After Effects for animation design, I created smooth transitions that aligned with the user’s scroll, enhancing interactivity. Each animation was designed to reinforce a specific message, keeping them concise and purposeful, so they complemented the overall user experience without overwhelming the audience.

The primary challenge was translating highly technical information into a format digestible for both technical and non-technical audiences. I addressed this by simplifying jargon, using infographics to break down data, and employing visual storytelling techniques. Collaborating with the Encontech team, I distilled the essence of each technology into key takeaways and paired these with visually engaging animations and diagrams. Testing prototypes with diverse user groups helped refine the balance between technical depth and approachability.

Figma served as the foundation for wireframing, prototyping, and collaboration with developers, ensuring that design elements were responsive and functional. Illustrator allowed me to create high-fidelity vector graphics and infographics, which I then imported into Figma to align with the overall design system. For animations, I used After Effects, exporting them as lightweight assets optimized for web use. This toolchain ensured seamless integration, allowing the visuals, interactivity, and performance to work harmoniously across all platforms and devices.

Sustainability inspired every aspect of the design. The color palette incorporated greens and blues, evoking nature and energy, while gradients symbolized transformation and efficiency. Minimalistic layouts reduced visual clutter, mirroring the company’s value of efficient resource utilization. Additionally, I prioritized lightweight design elements and optimized assets to enhance loading speed and reduce the website’s carbon footprint, aligning the user experience with the company’s sustainable ethos.

Achieving this balance required a dual-layered approach. For technical audiences, I included detailed data visualizations and white papers accessible via links. For non-technical users, I focused on concise text, engaging infographics, and animations that conveyed the core ideas without requiring prior knowledge. By using a modular design, I allowed users to dive deeper into technical content or stay at a high level, depending on their needs.

Tbilisi’s vibrant design culture, with its focus on bold typography and geometric shapes, inspired some of the visual motifs in the project. My international experience brought a global perspective, ensuring that the design would resonate with diverse audiences. This blend of influences allowed me to create a visually distinctive website that adhered to international usability standards while incorporating unique local elements.

The website sets a benchmark for how complex scientific innovations can be communicated in an engaging and accessible manner. By combining visual storytelling with precise data, it not only educates but also inspires action. I hope it encourages other companies to adopt similar strategies, fostering greater awareness of sustainable technologies and driving the shift toward a more energy-conscious future.