Departure Control System (DCS)

The Departure Control System (DCS) is a critical platform for airline operations. It manages the entire passenger journey from check-in to boarding, handling seat assignments, baggage tracking, passenger manifest management, and gate operations.

Project Scorecard

OCT 2024
6 weeks
Team
WebAppUX DesignOperational SystemSaaSAviation

Context — Mission-Critical Operations

A Departure Control System (DCS) is the backbone of airline operations. It's used by ground staff, gate agents, and operations teams to manage flights, passengers, and aircraft from check-in through departure. Any downtime or usability issues directly impact flight operations, passenger experience, and airline revenue.

When I joined KIU, the DCS was an existing system that needed significant UX improvements to meet the demands of modern airline operations and support the suite's unified design language.

We need a system that's fast, reliable, and easy to use even during peak operational hours.

— Airline Operations Manager

The Challenge — Complexity Under Pressure

DCS systems must handle multiple concurrent operations: passenger check-in, seat assignments, baggage tracking, special services, gate management, and real-time flight status updates. All of this happens under time pressure during peak hours.

DCS operational complexity

Research & Discovery

I conducted extensive research with operations teams, gate agents, and ground staff across multiple airlines to understand their workflows and pain points.

Users Interviewed

50+ operators

Airlines Studied

12 airlines

Operations Observed

100+ flight operations

Key Findings

Insights that shaped the redesign

Speed is Critical

Operations staff need to complete tasks in seconds, not minutes. The interface must support quick actions without navigation delays.

"I need to check-in a passenger in under 30 seconds, especially during peak hours."

Information Density

Operators need access to all relevant information at a glance, but presented in a way that doesn't overwhelm.

"I need to see passenger details, seat availability, and flight status all at once."

Error Prevention

Mistakes in DCS can have serious operational consequences. The system must prevent errors through clear validation and confirmation patterns.

"I can't afford to accidentally move a passenger to the wrong flight."

Design Solution

Key features and operational experience

Fast Check-in Flows

Streamlined check-in process with keyboard shortcuts and batch operations to handle high passenger volumes efficiently.

Real-time Flight Status

Live updates of flight status, gate assignments, and passenger counts with visual indicators for immediate awareness.

Integrated Seat Management

Seat map integrated with passenger manifest, allowing quick seat assignments and changes with drag-and-drop interactions.

Baggage Tracking

Comprehensive baggage management system with tracking from check-in through loading, ensuring baggage accountability.

Results & Impact

The redesigned DCS system improved operational efficiency and user satisfaction:

Check-in Time

40% faster

User Satisfaction

85% positive

Error Reduction

60% fewer errors

  • Operational systems require a balance between information density and clarity.

  • Keyboard shortcuts and batch operations are essential for high-volume use cases.

  • Real-time updates must be non-intrusive but always visible.

  • Error prevention is more valuable than error correction in mission-critical systems.