Project Management
Our proprietary PMIS integrates scheduling, cost control, document management, quality assurance, and reporting into a single cloud-based platform. Clients receive real-time access to project dashboards, ensuring complete transparency and enabling data-driven decision-making at every stage.
The system is accessible via web browser and mobile applications, ensuring that project stakeholders — from site engineers to board members — have the information they need, when they need it, on any device.
Our Innovation Lab explores emerging technologies that will define the next generation of construction. We partner with Qatar University, international research institutions, and technology vendors to pilot new methodologies on live projects — turning research into reality.
Computer vision algorithms analyzing construction site photographs to automatically identify quality defects, safety hazards, and progress deviations.
Design-for-manufacture workflows optimizing building components for off-site prefabrication, reducing on-site construction time by up to 40%.
Distributed ledger technology tracking material provenance, certification, and delivery across the construction supply chain.
Our client portal provides real-time, 24/7 access to project information. No more waiting for weekly reports or monthly meetings — clients can monitor progress, review documents, track costs, and communicate with the project team at any time, from any device.
The portal is customizable to each client's preferences, with role-based views ensuring executives see strategic dashboards while site teams access operational data.
Our sustainability technology stack enables us to design, build, and operate assets that minimize environmental impact while maximizing operational efficiency — directly supporting Qatar National Vision 2030 environmental objectives.
Dynamic thermal simulation predicting energy consumption, peak loads, and HVAC sizing. Enables optimization of building envelope, orientation, and systems before construction.
Embodied carbon calculation for materials and construction processes. Operational carbon tracking post-handover. Supports net-zero pathway planning and carbon offset strategies.
Daylight autonomy, glare analysis, and thermal comfort simulation ensuring occupant wellbeing while minimizing artificial lighting and cooling loads.
Comprehensive database of construction materials with environmental product declarations (EPDs), recycled content data, and regional availability. Enables informed material selection.
Our capability is amplified by deep alliances with the world's leading technology vendors, research institutions, and co-development partners — keeping us at the frontier of construction technology, in Qatar and beyond.
A digital twin is a virtual replica of a physical asset, continuously updated with real-time data from sensors, building management systems, and operational inputs. At Q Prime, we deploy digital twin technology to transform how assets are monitored, maintained, and optimized throughout their lifecycle.
Unlike static BIM models, our digital twins are living systems that evolve with the asset. They enable predictive maintenance, energy optimization, space utilization analysis, and operational scenario planning — delivering measurable reductions in operating costs and extending asset life.
We deploy advanced drone technology, photogrammetry, and LiDAR scanning to capture accurate as-built conditions, monitor construction progress, and create detailed 3D models of existing assets. Our reality capture capabilities reduce survey time by 70% and improve accuracy to within 2cm.
High-resolution aerial photography and videography for site documentation, progress monitoring, and marketing deliverables. Weekly drone flights provide visual records of construction progress.
3D model generation from overlapping aerial photographs. Used for topographic surveys, volumetric calculations, and as-built documentation. Accuracy within 2cm horizontally and 3cm vertically.
Laser scanning for high-precision 3D capture of existing structures, complex geometries, and as-built conditions. Essential for renovation projects and clash detection with existing conditions.