The Bar Council Optimizes Student Workshop Flow with Virtual Queue Management

The Bar Council (UK), a professional body representing barristers in England and Wales, hosted a one-day student engagement event focused on career development. A central feature of the event was a CV workshop, where students participated in one-on-one consultations with practicing barristers. With more than 800 students attending and only a limited number of 15-minute consultation slots available, the event faced significant demand pressures. The goal was to create a structured, efficient system that could manage attendee flow, reduce wait times, and ensure a consistent and professional experience for students, staff, and participating barristers.

The Challenge

The Bar Council logo for the student CV workshop event.

Prior to implementing a digital solution, the workshop environment lacked a structured approach to managing service flow. Students formed an informal line near the consultation area, creating visible congestion and making it difficult for staff to control the flow of attendees. Wait times were unpredictable, and students had no clear visibility into when they would be seen, leading to frustration and repeated inquiries to staff.

The absence of real-time communication created inefficiencies, as students often hovered near the service area to avoid missing their turn. This contributed to crowding and disrupted the overall event environment.

As demand fluctuated throughout the day, the lack of a coordinated system limited throughput, reducing the total number of students who could be accommodated. The experience varied significantly depending on timing and queue conditions, resulting in inconsistencies for attendees.

The Solution

ACF Technologies implemented the Q-Flow Virtual Queuing Solution designed to support high-demand, event-based service delivery. The digital queue management solution allowed students to join remotely using their mobile devices, eliminating the need for physical lines.

Upon arrival, students scanned a QR code that directed them to a mobile-friendly interface where they could enter basic details and join the queue. Once registered, each student received access to a personalized queue status webpage, PIP, Personal Info Page, that displayed their current position, estimated progress, and real-time updates.

Automated SMS notifications were also integrated into the workflow, providing timely communication at key stages. Students received confirmation upon joining the queue, updates as they progressed, and a notification when it was their turn to proceed to the service area. This allowed attendees to move freely throughout the venue instead of waiting in a fixed location.

Behind the scenes, Q-Flow structured the service process by coordinating student flow with barrister availability. When a student was called forward, staff at the welcome desk directed them to the next available barrister, ensuring balanced utilization across all consultation points. This created a continuous and predictable rotation, enabling all twenty barristers to operate at optimal capacity throughout the event.

Integration and Key Improvements

01 Digitized queue entry and management:

Students joined the queue through a mobile interface rather than forming physical lines. This reduced congestion in the workshop area and created a controlled, structured intake process that improved overall event flow.

02 Real-time queue visibility for attendees:

Each student had access to a live status page showing their position and progress. This transparency reduced uncertainty and minimized the need for staff intervention to answer status inquiries.

03 Automated communication through SMS notifications:

Timely notifications informed students when to prepare and when to proceed to their consultation. This ensured smoother transitions between sessions and reduced missed or delayed appointments.

04 Elimination of physical queues and crowding:

By removing the need for students to wait in a designated area, the solution improved the overall environment, reduced noise and congestion, and allowed for a more professional event setting.

05 Improved operational visibility for event staff:

Staff gained real-time insight into queue length, flow rate, and service progress, allowing them to manage demand proactively and make adjustments as needed.

The Results

The implementation of Q-Flow resulted in a measurable improvement in both operational efficiency and attendee experience. Wait times were significantly reduced compared to previous events, and the structured workflow enabled a higher number of students to be seen within the same timeframe.

Through better coordination and real-time visibility, all twenty barristers were utilized consistently throughout the day, maximizing the value of available resources. The elimination of physical queues created a more organized and comfortable environment, while automated communication reduced confusion and improved punctuality for consultations.

Students experienced a more transparent and predictable process, while staff were able to manage the event with greater confidence and control. Barristers benefited from a steady and balanced flow of consultations, allowing for more focused and consistent interactions.

Client Feedback

A Better Overall Experience

The introduction of a virtual queuing system transformed the workshop from a reactive, manually managed process into a structured and predictable service environment. Students were able to engage with the event more freely, without the burden of waiting in line, while staff gained the tools needed to coordinate demand effectively.

This approach established a more consistent and professional experience across all touchpoints, ensuring that each interaction followed a clear and efficient path. By improving visibility, communication, and flow management, the Bar Council created a scalable model for future events, demonstrating how digital queue management can enhance both service delivery and overall event operations.