About this Service
UITOP designs aviation maintenance software and MRO products built around aircraft status, maintenance planning, work orders, technical records, parts, and operational workflows.
We work with aviation product teams that need to design a new maintenance product, expand an existing platform, or restructure workflows that have become difficult to navigate as more aircraft data, modules, roles, and maintenance records are added.
The work starts with the aviation workflows the product needs to support. We map the users involved, aircraft and maintenance records, actions, workflow states, dependencies, and the information each role needs during planning, maintenance execution, review, and follow-up.
That structure shapes navigation, fleet and aircraft views, maintenance schedules, work orders, task management, records, inventory interfaces, operational dashboards, and supporting product states.
Aircraft maintenance products also contain dense relationships between current aircraft status, upcoming work, completed maintenance, technical records, parts, and related tasks. We design these relationships at the product level so users can move between the aircraft, maintenance requirement, work item, and supporting record with the necessary context.
For aviation products serving several roles, we define how the interface changes for mechanics, maintenance managers, inspectors, operations teams, and other users included in the product scope.
UITOP also prepares reusable components, states, responsive behavior, prototypes, and engineering specifications so approved aviation workflows can move into implementation.
What You Get
Aviation maintenance workflow analysis
User-role and responsibility mapping
Product architecture and information architecture
Aircraft and fleet information structure
Maintenance planning and scheduling UX
Work order and maintenance-task workflows
Aircraft status and due-item views
Inspection and discrepancy workflows where relevant
Aircraft-record and maintenance-history interfaces
Parts and inventory UX connected to maintenance workflows
Role and permission states where required
Operational dashboards and data-heavy views
Search, filters, tables, detail views, and record relationships
Empty, loading, error, permission, pending, and exception states
Wireframes for critical aviation workflows
High-fidelity UX/UI design
Interactive Figma prototypes
Reusable component library and design system
Responsive behavior for relevant desktop, tablet, and mobile workflows
Developer-ready Figma files, interaction specifications, and handoff support
Aviation Workflows We Design
Depending on the product scope, UITOP can work with:
Aircraft and fleet status
Maintenance schedules and due items
Maintenance work orders
Task management
Inspection workflows
Discrepancy and corrective-work flows
Aircraft information and maintenance history
Technical and maintenance records
Parts and inventory connected to maintenance activity
Maintenance dashboards
Operational status and activity views
Role-specific maintenance workspaces
Record review and compliance-related interfaces
Mobile maintenance workflows
Design systems for aviation software
The exact workflow set depends on the product, its users, and the aviation environment it supports.
Who This Is For
This service is a good fit for:
Aviation SaaS companies building maintenance or MRO products
Product teams working on aircraft maintenance tracking software
Aviation startups defining a new operational product
Existing MRO platforms adding new workflows or modules
Product teams redesigning dense maintenance interfaces
Private aviation software companies working with aircraft status, schedules, tasks, records, or inventory
Teams that need external product designers who can work with aviation-specific workflows and data relationships
Engineering teams that need a defined aviation product system before implementing larger workflow changes
What Aviation Maintenance Software Needs to Define
Aircraft Context: The interface needs a clear relationship between the aircraft, its current status, upcoming maintenance activity, completed work, and related records.
Maintenance Planning: Scheduled work, due items, inspections, and maintenance activity need a structure that helps users understand what belongs to each aircraft and what requires attention.
Work Execution: Work orders and maintenance tasks need defined states, actions, supporting information, and relationships to the relevant aircraft and records.
Records & History: Users may need to move between current work and historical maintenance information. Record structure, status, supporting documents, and relationships between maintenance events need to remain understandable across the workflow.
Parts & Maintenance Activity: When parts are included in the product scope, inventory information needs to stay connected to the maintenance activity that requires the material.
Roles & Access: Mechanics, managers, inspectors, and operations teams may work with the same aircraft information through different actions, priorities, and access scopes.
Operational States: The product needs defined behavior for pending work, incomplete data, changed schedules, unavailable information, permissions, errors, and other states that affect maintenance workflows.
What You Can Expect
Aviation workflow context
We work from the aircraft, maintenance activity, records, users, and operational rules involved in the product scope.
Structured operational data
Aircraft status, schedules, work items, records, parts, and related information receive a defined hierarchy across the relevant product areas.
Role-aware workflows
The interface can reflect differences in responsibilities, actions, and information requirements across the aviation roles included in the product.
Realistic product states
The design covers the states required to understand the selected maintenance workflow across normal activity, pending work, exceptions, and supporting records.
Reusable product patterns
Components and interaction rules establish a consistent foundation for related aviation modules and future product work.
Engineering context
Approved workflows include relevant component states, interaction behavior, responsive rules, and implementation notes.
Direct collaboration
You work directly with the designers responsible for the product throughout the engagement.
How We Work
1. Product & Aviation Context: We review the product, target users, current workflows, existing modules, requirements, technical constraints, and available aviation documentation.
2. Workflow Mapping: We map the aircraft, maintenance records, users, actions, dependencies, and states involved in the selected workflows.
3. Product Structure: We define information architecture, navigation, module relationships, and how users move between aircraft context and maintenance activity.
4. Wireframes: Critical scenarios are developed into low-fidelity product screens so the team can review workflow structure and information hierarchy.
5. UX/UI Design: Approved workflows are developed into high-fidelity interfaces with realistic records, statuses, controls, and product states.
6. Prototype & Review: Key scenarios are connected into interactive prototypes for product-team, stakeholder, or user review where useful.
7. Design System & Handoff: Reusable components, interaction patterns, states, responsive behavior, and implementation specifications are organized for engineering.
Tools
Figma for aviation product design, wireframes, prototypes, component systems, and developer specifications.
Claude and other AI-assisted tools where useful for organizing product requirements, workflow material, and functional prototype exploration.
Product documentation and research tools already used by your team can be included in the design process.
Slack, Google Meet, Zoom, or your existing collaboration environment for project communication.
Experience With Aviation Maintenance Software
UITOP redesigned WingWork, a cloud-based B2B SaaS product for private aviation maintenance.
The product includes aircraft status, maintenance schedules, task management, aircraft and maintenance records, inventory, and compliance-related maintenance workflows.
UITOP redesigned the maintenance dashboard around Live Aircraft Status and Maintenance Schedules, giving users separate views for current fleet context and upcoming maintenance activity.
The wider WingWork product also required structured interfaces for aircraft information, maintenance tasks, operational records, inventory, and reusable component patterns across the platform.
This gives UITOP direct product-design experience with aviation maintenance software where aircraft data, maintenance activity, records, and operational workflows are connected across a complex B2B product.
Building or redesigning aviation maintenance or MRO software?
Share the product, requirements, or maintenance workflow you are working on, and we can define the design scope around the aircraft data, users, records, and operational workflows involved.
