MG iSmart by Star Exemplifies Human Centered Design for Automotive Brands

Discovering the Research Driven Methodology Behind a Golden Award Winning Interface Designed to Connect Automotive Brands with Customers

Picture the following scenario: your automotive brand is preparing to launch vehicles in two entirely new international markets, and the digital interface inside every car will serve as the primary conversation between your brand and thousands of new customers. Every tap, swipe, and voice command becomes an opportunity to build loyalty or lose it. The in-vehicle infotainment system transforms from a mere feature checklist item into the most intimate touchpoint your brand will ever have with drivers and passengers. The challenge described above is precisely the strategic challenge that inspired the creation of the MG iSmart interface, and the methodology behind the interface development offers valuable lessons for any enterprise seeking to strengthen customer relationships through thoughtful digital experiences.

The design team at Star approached the MG iSmart challenge with a philosophy that places human needs at the center of every decision. What emerged from the Star team process was an infotainment system HMI that earned recognition with a Golden A' Design Award in the Interface, Interaction and User Experience Design category in 2021. The Golden A' Design Award recognition celebrates designs that reflect extraordinary excellence and advance the intersection of art, science, and technology. For brands considering how digital interfaces can serve strategic business objectives, the story behind MG iSmart reveals a replicable framework built on research, collaboration, and genuine user understanding. The investment in understanding real customer needs before designing solutions demonstrates how methodical approaches to interface design can support ambitious market expansion goals while creating meaningful emotional connections with new audiences.

Understanding the Strategic Role of In Vehicle Interfaces for Brand Building

When automotive enterprises expand into new territories, the challenge extends far beyond logistics and distribution networks. Every element of the vehicle experience must resonate with local customers who bring distinct expectations, preferences, and cultural contexts to their relationship with mobility. The digital interface inside the vehicle occupies a unique position in the brand expansion equation because the interface represents ongoing, daily interaction between the brand and its customers long after the initial purchase decision.

Consider the nature of the infotainment touchpoint. Drivers and passengers interact with the infotainment system during commutes, road trips, and countless moments throughout vehicle ownership. Interface interactions shape perceptions of the brand in ways that marketing campaigns cannot replicate. A frustrating interface experience during a stressful traffic situation creates negative associations. A seamless, intuitive experience that anticipates user needs reinforces positive feelings about the entire vehicle and the brand behind the vehicle.

The MG iSmart project emerged from the understanding of strategic brand communication through interface design. The client, SAIC Motor Corporation Limited, a major automotive corporation headquartered in Shanghai, recognized that entering new markets in India and Thailand required more than simply translating existing interfaces. Each market presented unique user expectations, technological infrastructure considerations, and competitive landscapes. The infotainment system needed to feel native to the target markets while maintaining brand coherence across regions.

The strategic imperative for market-specific interface design demanded a design partner capable of conducting genuine user research in target markets, synthesizing findings into actionable design principles, and executing visual and interaction design that would resonate emotionally with diverse audiences. The project scope encompassed connectivity features, digital touchpoints, and smart assistant integration, reflecting contemporary expectations for in-vehicle technology. Success would be measured through user adoption and satisfaction in markets where the MG brand was building its presence from the ground up.

The timeline presented additional pressure. Development began in January 2019 with the goal of presenting new vehicles featuring the completed HMI at the Shanghai Autoshow in April 2019. The ambitious schedule required disciplined process management alongside creative excellence, demonstrating that rigorous methodology need not sacrifice innovation or quality.

Establishing Research Foundations Through Direct Customer Engagement

The approach to understanding user needs for MG iSmart exemplifies how enterprises can ground interface design in genuine customer insight rather than assumptions. The Star design team hosted numerous creative and research sessions with two distinct stakeholder groups: the SAIC team who understood brand strategy and market positioning, and actual customers in the respective target markets who would ultimately use the interface daily.

The dual research track serves an important purpose. Internal stakeholders bring strategic knowledge, technical constraints, and brand requirements that must inform any solution. End users bring experiential knowledge, behavioral patterns, and emotional responses that determine whether a solution will succeed in practice. Synthesizing both perspectives creates design foundations that satisfy organizational objectives while delivering genuine value to customers.

The research sessions focused on learning what engages customers and gathering data points that could empower user-focused design from inception. The phrasing reveals a sophisticated understanding of research objectives. Rather than simply asking users what features they want, which often produces wish lists disconnected from actual behavior, the team sought to understand engagement drivers. What captures attention? What creates positive emotional responses? What patterns of interaction feel natural versus forced?

Gathering data points implies systematic collection of observable information rather than relying on subjective opinions alone. User research achieves maximum value when the research combines what people say with what they actually do, recognizing that stated preferences frequently diverge from real behavior. The most useful insights emerge from watching how users interact with existing interfaces, identifying moments of frustration or delight, and understanding the contexts in which interactions occur.

The research investment serves strategic brand interests in multiple ways:

• Research identifies opportunities to differentiate through superior user experience rather than feature parity
• Research surfaces cultural nuances that might otherwise cause interface elements to feel foreign or confusing to local users
• Research creates internal alignment around design decisions by grounding decisions in documented user needs rather than personal opinions or hierarchical authority
• Research establishes benchmarks against which design solutions can be evaluated throughout development

For enterprises undertaking similar initiatives, the lesson extends beyond automotive applications. Any digital touchpoint that represents ongoing brand interaction benefits from customer research investment. Whether designing mobile applications, retail kiosks, service platforms, or connected product interfaces, the methodology of engaging both internal stakeholders and end users creates foundations for solutions that serve organizational strategy while resonating with actual customers.

Translating Research Insights Into Interaction Frameworks

The journey from user research to design solution requires structured methodology for translating insights into actionable interaction concepts. The MG iSmart development process demonstrates how translation from research to design can occur efficiently within demanding timelines while maintaining creative exploration and user-centered principles.

Following the initial research phase focused on market trends and competitive landscape analysis, the Star team conducted on-site ideation sessions designed to understand the customer journey. The journey mapping approach considers the complete sequence of interactions a user has with the interface across different contexts and use cases. A driver accessing navigation during morning commutes has different needs than someone selecting entertainment for passengers during a family road trip. Understanding distinct user journeys helps ensure the interface serves varied scenarios gracefully.

The ideation process produced three interaction concepts, each representing a distinct approach to organizing information, sequencing tasks, and responding to user inputs. Multiple concepts serve important purposes beyond simply having options from which to choose. Multiple concepts force designers to explore different solutions to the same problems, often revealing insights that would remain hidden if the team converged prematurely on a single direction. Multiple concepts also provide stakeholders with genuine alternatives to evaluate, making selection decisions more informed and defensible.

Quick prototyping of core interaction frameworks allowed the three concepts to be evaluated against user scenarios before investing in detailed visual design. The sequencing of interaction design before visual design reflects mature design process understanding. Interaction patterns determine how users accomplish tasks, while visual design determines how interactions appear and feel. Getting interactions right before finalizing visuals prevents expensive rework and helps ensure the foundation supports the complete experience.

The collaboration model during the ideation phase demonstrates how design partnerships can accelerate enterprise initiatives. By joining forces with SAIC's innovation team for visual design development, the project leveraged complementary expertise. The Star design agency brought user experience methodology and creative capabilities, while the SAIC team contributed brand knowledge, technical platform understanding, and organizational context. The collaborative model produced six different design directions, significantly expanding the exploration space beyond what either team might have developed independently.

Internal testing of the six directions led to selection of three finalists, with final selection made by SAIC based on strategic fit and brand alignment. The funnel approach, from six directions to three finalists to one final selection, allows progressive refinement while maintaining stakeholder engagement throughout decision making. The final selected direction then received detailed visual and motion design treatment, helping ensure every element supported the interaction framework with appropriate aesthetic expression.

Validating Design Decisions Through Systematic Testing

Design excellence in interface projects emerges through iterative refinement informed by validation at critical milestones. The MG iSmart process incorporated testing throughout development, helping ensure that solutions met user needs and technical requirements before progressing to subsequent phases.

The approach to testing reflects a practical understanding of how interface projects intersect with software engineering workflows. By finalizing and validating user experience flows at the mid-project point, the Star team helped ensure that the user interface kit was ready for engineers to implement and develop. The coordination between design and engineering disciplines helps prevent the frustrating scenario where beautiful designs prove difficult or impossible to build within technical constraints.

Validation at the mid-project milestone serves multiple purposes:

• Validation confirms that interaction patterns work as intended across the range of user scenarios identified during research
• Validation identifies any elements that feel awkward or confusing to users who were not involved in the design process
• Validation surfaces technical feasibility questions while there remains time to adjust solutions
• Validation creates documented evidence of design quality that supports stakeholder confidence in moving forward with implementation

The internal testing of design directions mentioned earlier represents another validation layer. By evaluating multiple directions against consistent criteria, the team could make selection decisions based on evidence rather than personal preference alone. Systematic evaluation helps organizations avoid the common pattern where the most senior person in the room simply chooses their favorite option, potentially overlooking solutions that would perform better with actual users.

For enterprises managing similar projects, establishing clear validation milestones with defined criteria creates governance structures that balance creative exploration with practical delivery requirements. Design teams need freedom to explore possibilities, but design teams also need checkpoints where solutions are evaluated against objectives. The MG iSmart process demonstrates how the balance between exploration and delivery can be achieved through structured methodology that respects both creative and business imperatives.

The timeline success of delivering a completed HMI solution ready for Shanghai Autoshow presentation within approximately four months demonstrates that rigorous process need not slow delivery. Well-structured methodology often accelerates projects by preventing the rework cycles that occur when validation happens too late or not at all. Getting design decisions right progressively costs less than getting decisions wrong and fixing them later.

Integrating Contemporary Technology Expectations Into Interface Design

Modern automotive interfaces must address user expectations shaped by experiences with mobile devices, smart home systems, and digital services across many domains. The MG iSmart design embraced technology trends centered around connectivity, digital touchpoints, and smart assistants, reflecting the understanding of how contemporary users approach in-vehicle technology.

Connectivity expectations have transformed dramatically over recent years. Users expect their vehicles to integrate with their digital lives, accessing music services, navigation with real-time traffic information, communication platforms, and various connected services. The interface must manage connected services gracefully, making complex technical integrations feel simple to the person using the integrations. Success in connectivity means users accomplish what they intend without needing to understand the underlying systems making accomplishment possible.

Digital touchpoints within vehicles have multiplied as screen technology has advanced and manufacturing costs have decreased. Central infotainment displays, instrument clusters, head-up displays, and rear-seat entertainment systems all represent opportunities for brand communication and user value. The challenge lies in creating coherent experiences across touchpoints so that users perceive a unified system rather than a collection of disconnected screens. Design language, interaction patterns, and information architecture must align across touchpoints while respecting the distinct purposes each touchpoint serves.

Smart assistant integration represents perhaps the most significant shift in automotive interface expectations. Voice interaction allows drivers to accomplish tasks while maintaining visual attention on the road, improving both convenience and safety. However, voice interfaces present unique design challenges. Users must understand what they can ask and how to ask requests. The system must handle natural language variation and recover gracefully from misunderstandings. Conversational flows must feel natural rather than robotic.

The MG iSmart design addressed contemporary technology expectations within the context of specific market requirements. Users in India and Thailand bring particular patterns of technology use, connectivity infrastructure realities, and cultural contexts for voice interaction. Solutions that work brilliantly in one market may require adjustment for another. The research-driven approach described earlier equipped the Star team to understand market nuances and design accordingly.

For automotive enterprises and other manufacturers of connected products, the lesson involves recognizing that technology expectations evolve continuously. Interfaces designed for today must anticipate how expectations will develop over vehicle ownership periods spanning many years. Building flexible foundations that can accommodate evolving services and capabilities extends the relevance of interface investments beyond initial launch.

Creating Emotional Brand Connections Through Interface Experience

Beyond functional effectiveness, the MG iSmart project pursued a more ambitious objective: strengthening consumers' emotional relationships with both the vehicle and the MG brand. The emotional connection goal recognizes that interface design influences how people feel about products, not merely whether people can accomplish tasks. Emotional connections drive loyalty, recommendation, and the kind of brand relationship that sustains commercial success over time.

Emotional response to interfaces emerges from countless small moments across the interaction experience. The way the system responds when first activated. How information appears as the user navigates through options. The fluidity of transitions between screens. The appropriateness of sounds and haptic feedback. The helpfulness of smart assistant responses. None of these individual elements may register consciously with users, yet their cumulative effect shapes emotional perception profoundly.

Visual design plays a crucial role in emotional impact. Color palettes, typography choices, iconography styles, and spatial relationships between elements all communicate brand personality and evoke emotional responses. The motion design component of the MG iSmart project helped ensure that dynamic elements (animations and transitions) reinforced the intended emotional qualities rather than undermining those qualities through jarring or inappropriate movement.

The intuitive nature of the interface directly supports positive emotional response. When users accomplish their goals easily and feel competent in their interactions, users associate positive feelings with the product and brand. When interfaces create confusion or require excessive effort, frustration transfers to brand perception regardless of how well other vehicle aspects perform. Interface frustration explains why user experience investment serves brand strategy even when benefits resist easy quantification.

For brands expanding into new markets, as MG was doing with the iSmart initiative, emotional connection building through interface design offers particular value. New customers have no established relationship with the brand, no reservoir of positive experiences to draw upon. Every interaction during early ownership shapes the developing relationship. An interface that delights during formative interactions establishes emotional foundations that can sustain loyalty through the inevitable minor disappointments that accompany any complex product ownership.

Those interested in examining how research-driven methodology produces interfaces capable of building emotional brand connections can Explore Star's Award-Winning MG iSmart Interface Design to see how these principles were realized in a production HMI solution now serving customers in multiple international markets.

Applying Human Centered Methodology Across Enterprise Initiatives

The principles demonstrated through the MG iSmart project extend beyond automotive infotainment to any enterprise initiative where digital interfaces represent brand touchpoints. The methodology of combining stakeholder research with end-user research, developing multiple concepts before selecting directions, validating at critical milestones, and pursuing emotional connection alongside functional effectiveness applies across industries and interface types.

Consumer electronics manufacturers face similar challenges when designing interfaces for connected devices. The principles of understanding user context, creating intuitive interactions, and building emotional resonance through design quality translate directly. Healthcare technology companies designing patient-facing applications can apply the same research-driven approach to understand diverse user needs across different populations and contexts. Financial services firms developing mobile banking experiences benefit from the same attention to emotional response and the same validation methodology.

The collaborative model between Star and the SAIC team demonstrated in the MG iSmart project offers a template for how enterprises can leverage external expertise while maintaining brand ownership. Rather than outsourcing design entirely or attempting to build all capabilities internally, the partnership approach combines specialized skills with organizational knowledge. The result reflects both design excellence and brand authenticity because both perspectives shaped the outcome.

Timeline management in the MG iSmart project demonstrates that ambitious schedules and quality outcomes need not conflict when methodology provides structure. The January through May 2019 development period culminated in successful presentation at Shanghai Autoshow and subsequent deployment in vehicles now on roads in India and Thailand. The real-world deployment validates that the methodology produced solutions capable of meeting both user needs and technical requirements at scale.

For enterprise leaders evaluating interface design investments, the MG iSmart story illustrates how strategic objectives like market expansion and brand building can be served through thoughtful interface design. The investment in research, the commitment to user-centered methodology, and the pursuit of emotional connection alongside functional effectiveness represent an approach that treats interface design as strategic capability rather than feature development. The perspective shift toward strategic interface capability often determines whether interface investments generate lasting competitive advantage or merely achieve feature parity.

Advancing Interface Excellence Through Recognition and Continuous Learning

The Golden A' Design Award recognition received by the MG iSmart project represents external validation of design excellence from an esteemed international jury of design professionals. The Golden A' Design Award recognition celebrates the project as a marvelous, outstanding, and trendsetting creation reflecting exceptional wisdom in design methodology and execution. For enterprises investing in interface design, award recognition provides third-party validation that can support internal advocacy for design investment and external communication about brand commitment to quality.

Award recognition also serves the broader design community by highlighting methodology and outcomes worthy of study. When excellent work receives visibility, recognition establishes benchmarks that elevate practice across the industry. Other design teams undertaking similar challenges can learn from approaches that have proven successful, adapting principles to their own contexts and requirements.

The specific outcomes of the MG iSmart project (vehicles equipped with the new HMI solution now operating in India and Thailand) demonstrate that design excellence translates to real-world deployment serving actual customers. The connection between award-winning design and market success matters because the connection confirms that the methodology produces practical results rather than merely impressive presentations. Customers in India and Thailand interact with the interface daily, building relationships with the MG brand through the touchpoint the MG iSmart project created.

The team behind the MG iSmart work brought diverse expertise together effectively. The project involved designers specializing in user experience methodology alongside visual designers and motion specialists, with SAIC team members contributing product management and brand design perspectives. The multidisciplinary collaboration reflects contemporary understanding that interface excellence emerges from the intersection of multiple skill sets rather than any single discipline alone.

Closing Reflections

The MG iSmart project demonstrates how enterprises can approach interface design as strategic brand building rather than feature specification. Through research-driven methodology that engages both internal stakeholders and end users, through collaborative processes that leverage diverse expertise, through validation at critical milestones, and through pursuit of emotional connection alongside functional effectiveness, the project created an interface worthy of Golden A' Design Award recognition and successful deployment in international markets.

For automotive brands and enterprises across industries, the principles illustrated in the MG iSmart project offer guidance for interface investments that serve strategic objectives while creating genuine value for customers. The methodology respects both business imperatives and human needs, recognizing that business goals and human needs align when approached thoughtfully. The result is interfaces that build brand relationships through countless positive interactions over extended ownership periods.

As connected products proliferate and digital touchpoints multiply across every industry, how will your enterprise approach the interfaces that represent your brand to customers in their most frequent and intimate interactions?