UCL Travel Booking and Management System

Overview

The University College London (UCL) Travel Booking and Management System (TBMS) is a unified, webbased platform designed to streamline all travelrelated activities for staff, researchers, and students. From booking flights and trains to handling approvals, expense reporting, and policy compliance, the system consolidates every step into a single, secure interface.

Built on modern web technologies and integrated with UCLs central authentication service (UCL Single SignOn), TBMS reduces administrative overhead, provides realtime visibility of travel spend, and ensures that every journey conforms to university policy and sustainability goals.

Key Features

1. Centralised Booking Engine

• Access to preferred airline, rail, and carrental partners with negotiated discounts.
• Dynamic fare comparison and automated bestprice selection.
• Multimodal itineraries (flight + train + taxi) built in a single transaction.

2. PolicyDriven Approval Workflow

• Configurable approval matrices based on cost centre, role, and destination.
• Automatic flagging of outofpolicy bookings with suggested alternatives.
• Realtime email and insystem notifications for approvers.

3. Expense Integration

• Seamless handoff to the UCL expense management system (e.g., Concur).
• Upload of receipts directly from mobile devices.
• Automatic import of booking data to prepopulate expense lines.

4. Sustainability Dashboard

• Carbonfootprint calculator for each itinerary.
• Reporting tools to track emissions by department or project.
• Suggested greener alternatives (e.g., train vs. shorthaul flight).

5. Reporting & Analytics

• Customisable spend reports, trend analysis, and budget forecasting.
• Exportable CSV and PDF formats for finance and audit teams.
• Rolebased access to ensure data confidentiality.

User Workflow

The typical endtoend journey consists of four stages:

Benefits for UCL

Operational Efficiency

By consolidating multiple legacy tools into a single platform, administrative time per booking drops by an estimated 30%. The automated approval flow reduces bottlenecks, and the direct data feed to finance eliminates duplicate entry.

Cost Savings

Negotiated supplier contracts combined with bestprice algorithms have delivered an average 12% reduction in travel spend across the university. Realtime spend visibility helps departments stay within allocated budgets.

Policy Compliance & Risk Management

Every booking is validated against UCLs travel policy before confirmation. Noncompliant requests are either blocked or flagged for manual review, reducing audit findings and liability.

Environmental Responsibility

The sustainability dashboard enables UCL to monitor its carbon footprint and report progress toward its climate targets. Encouraging greener travel options aligns with the universitys broader sustainability strategy.

Implementation Timeline

1. Phase 1 Requirements Gathering (Month12): Workshops with finance, HR, and departmental representatives.
2. Phase 2 System Design & Integration (Month35): Build API connections to airline/rail suppliers and to UCLs Single SignOn.
3. Phase 3 Pilot Launch (Month6): Selected faculties test the system; feedback incorporated.
4. Phase 4 UniversityWide Rollout (Month79): Training webinars, user guides, and helpdesk support.
5. Phase 5 Continuous Improvement (Ongoing): Quarterly updates, policy refreshes, and feature enhancements.

Frequently Asked Questions

Who can use the TBMS?

All UCL staff, researchers, and postgraduate students with a valid UCL email address and active cost centre allocation.

What if I need a travel arrangement not listed in the system?

Users can submit a special request which routes to a travel coordinator for manual quotation and booking.

Is my personal data safe?

Yes. The platform complies with GDPR and UCLs datasecurity standards. All data is stored on universitycontrolled servers with encryption at rest and in transit.

Can I book on behalf of a colleague?

Delegated booking is possible with appropriate authorisationtypically for departmental administrators or research project managers.

How are carbon emissions calculated?

TBMS uses industrystandard emission factors for each mode of transport and distance travelled. Results are displayed in COe (kilograms) before final confirmation.