ZeBeyond Simulation
UI/UX Design

ZeBeyond Simulation

ClientPhenomenon Labs for Phenomenon Studio
ServicesWeb Design, Platform Architecture, Interaction Design
Year2026
Configurations Compared100s

The Challenge

Transforming complexity into intuitive, performant action.

ZeBeyond connects material data with system-level performance, allowing teams to virtually test electric, hybrid, and conventional vehicle architectures. Engineers can compare efficiency, cost, weight, and environmental impact across hundreds of configurations in one place. The UX focuses on clarity and structure, translating complex engineering data into a navigable, decision-friendly interface that works for both technical users and business stakeholders.

The Solution

Art-directed styling meet enterprise structural scale.

We designed a complete dashboard redesign built on absolute visual clarity and structured capabilities sections. By organizing complex simulation workflows, creating end-to-end concept visualizations, and engineering seamless touch-friendly interfaces, we reduced cognitive load and enabled stakeholders to evaluate performance instantly.

ZeBeyond Simulation case study visual 01
01Scannable Powertrain Stories

Case Studies Built for Decision-Making

To help users quickly understand real-world impact, we designed a structured Case Studies section that turns complex engineering work into clear, scannable stories. Each case highlights the challenge, simulation approach, and measurable results, allowing engineers and decision-makers to evaluate outcomes without digging through dense technical material. Industry filters, consistent layouts, and visual cues make it easy to compare projects across use cases and vehicle types. This feature strengthens credibility, supports sales conversations, and helps users connect ZeBeyond’s technology to practical business and engineering value.

ZeBeyond Simulation case study visual 02
02ePOP Concept Specification Lifecycle

End-to-End Engineering Workflow Visualization

We designed an interactive workflow that shows how ePOP supports engineers from early concept exploration to component specification. Each phase is clearly mapped, helping users understand where the platform fits into their development process and how virtual testing replaces costly trial-and-error. By visualizing the engineering lifecycle step by step, the feature turns a complex methodology into an intuitive experience. Engineers can quickly see when to benchmark, compare architectures, and validate performance, while decision-makers gain confidence in how simulation accelerates development, reduces risk, and supports electrification goals.

ZeBeyond Simulation case study visual 03
03Powering powertrain thought leadership

Insight-Driven Engineering Blog

We designed the blog as a knowledge hub that translates complex engineering topics into clear, practical insights. Articles cover simulation methods, electrification trends, and real-world use cases, helping engineers stay informed while giving decision-makers a broader market and technology perspective. Clean card layouts, readable typography, and consistent tagging make content easy to scan and explore. The blog supports thought leadership, improves SEO, and builds long-term trust by positioning ZeBeyond as a credible voice in advanced powertrain engineering and system simulation.

ZeBeyond Simulation case study visual 04
04Decide on-the-go with full feature scaling

Seamless Mobile Experience for On-the-Go Decisions

We designed the mobile experience to preserve clarity and functionality across smaller screens without sacrificing depth. Key sections, including capabilities, case studies, and pricing, adapt into clean, touch-friendly layouts that support quick scanning and effortless navigation. Responsive components, simplified hierarchies, and prioritized content ensure that engineers and decision-makers can explore ZeBeyond anytime, whether reviewing features, comparing plans, or requesting a demo. The mobile experience supports flexibility, keeps engagement high, and extends the product’s reach beyond the desktop workflow.

05From high-fidelity cycle modeling to decision support

Clear Capabilities for Faster Evaluation

To help users quickly understand what powers the platform, we designed a structured capabilities section that breaks complex engineering functionality into clear, digestible blocks. Each capability highlights a core function of ePOP, from high-fidelity cycle modeling to architecture comparison and decision support, making it easy to grasp both technical depth and practical value. This layout supports fast scanning for decision-makers while giving engineers confidence in the system’s robustness. By clearly mapping features to outcomes, the section reduces cognitive load, shortens evaluation time, and helps teams move from interest to action with clarity.

Insights behind this project

Articles that unpack the strategy, design, and engineering behind this case study.

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