MIC-HUB has extensive experience in pedestrian and crowd movement studies, trip generation and footfall analysis, and uses the latest specialist software to assess and simulate the pedestrian environment inside complex buildings and in urban contexts.

Crowd movement is a critical component to the overall visitor experience when attending a major event or accessing a transport infrastructure.

Crowd management, as a specific service of the transport planning and engineering industry, represents one of the most challenging and rapidly evolving fields.

Interpreting people behaviour can also contribute to the development of retail streets, inform the placement of billboards and other advertising and addresses the overall wayfinding requirements.

With an increasing worldwide focus on walkable cities, pedestrian modelling has become an essential activity for MIC-HUB. With over 15 years’ experience in the field, the MIC-HUB team provides an understanding of the phenomenon using the most advanced modelling tools.

Parking is a strategic component of complex developments and mobility hubs. Beyond providing capacity, it must ensure safety, efficiency, flexibility, and seamless integration with surrounding functions. MIC-HUB offers comprehensive parking consultancy services, from feasibility studies to detailed design, optimizsing every aspect of parking infrastructure.

Our services include:

Optimised parking layout design, ramp systems, structural grids, and circulation patterns, based on demand analysis, level of service, and turnover assessments to ensure precise capacity calibration.

Design of underground, surface, and multi-storey parking structures, integrating smart parking technologies, navigation systems, and EV charging infrastructure.

Focus on pedestrian safety, natural lighting, and clear orientation within parking environments to improve user experience.

Design and coordination of access control and revenue management systems, including license plate recognition, dynamic tariffing, and real-time occupancy monitoring, ensuring seamless entry/exit flows and optimized operations.

By aligning functional performance with architectural excellence, we transform parking facilities into future-ready, user-friendly infrastructures.

Wayfinding systems play a crucial role in helping people navigate complex environments safely, efficiently and intuitively, translating architectural complexity into intuitive user experiences.

At MIC-HUB, wayfinding is incorporated into every project from the earliest stages. We analyse how people move through spaces - whether walking, cycling, driving or using public transport - to design navigation systems that support users throughout their journey and ensure the efficient organisation of pedestrian flows and movement systems within complex environments.

Our approach combines spatial hierarchy, architectural cues, signage systems and digital navigation tools to create legible and intuitive environments. The process begins with analysing pedestrian flows and mapping user journeys, identifying decision points and analysing potential conflicts between different movement systems and circulation flows.

We develop comprehensive wayfinding strategies that extend across indoor and outdoor environments, integrating:

• signage and orientation systems

• spatial and architectural cues

• digital mapping platforms

• real-time information displays

• mobile-based navigation tools.

From conceptual orientation strategies to detailed signage specifications, MIC-HUB ensures consistency across all project scales. By integrating wayfinding within architectural and mobility design from the outset, we create environments that are legible, inclusive and easy to navigate, improving both user experience and operational performance in high-footfall and complex building environments.

Efficient logistics and waste management systems are essential for the smooth operation of complex buildings and large-scale mixed-use developments. At MIC-HUB, we provide logistics and service circulation consultancy to organise service flows, deliveries and waste management systems while preserving the quality and usability of public spaces.

Service logistics flows must be carefully organised to avoid conflicts with public circulation and to maintain high standards of safety, hygiene and operational efficiency. Our work focuses on designing clear and efficient service circulation systems that separate operational activities from visitor and pedestrian movements.

We design loading bays, service corridors, delivery yards and waste collection areas, carefully analysing vehicle types, manoeuvring requirements, delivery frequencies and operational peaks. Our solutions optimise service routing and ensure a clear separation between front-of-house and back-of-house operations within complex developments.

We also develop access control strategies for service areas, defining vehicle authorisation protocols, time-slot management systems and monitoring tools that regulate and trace all logistics movements within the development.

Fully integrated within BIM workflows, our designs coordinate spatial, structural and MEP constraints from the earliest project stages. By rationalising logistics processes and optimising space allocation, we improve operational performance while protecting the quality, safety and functionality of public and commercial areas.