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Town Planning

CGD Consulting is a trusted provider of town planning services, helping our clients navigate the complexities of urban planning and development. Our team of experienced professionals leverages their expertise to deliver innovative and sustainable solutions that optimize land use, enhance public spaces, and foster economic growth. We provide end-to-end town planning services, from site analysis and feasibility studies to zoning and land use regulations, ensuring that our clients’ projects are not only viable but also align with their goals and objectives. Our collaborative approach and use of cutting-edge technology enable us to deliver superior results that meet and exceed our clients’ expectations. At CGD Consulting, we are committed to creating vibrant, inclusive, and resilient communities through our town planning services.

Mechanical, Electrical, Plumbing and Firefighting engineering

We design integrated active building systems that focus on resource efficiency, environmental quality and resilience. Global experience coupled with rigorous analysis underpins our ability to specify systems which respond to the local context, the climate and the needs of our clients. By developing advanced design tools and selectively adopting new technologies we maintain a constant commitment to innovation.

Sustainable environmental design and analysis

We work closely with the design teams to develop bespoke sustainable strategies to improve the environmental performance, from the scale of detailed building studies to conceptual masterplans. These strategies address resource consumption and environmental impacts along with the comfort, productivity, health and wellbeing. We carry out detailed analysis, using state-of-the-art analytical software and tools that have been developed in-house. These ensure integration of highest performance strategies and their continual refinement and performance benchmarking.

Architectural lighting design

Lighting design enhances and transforms spaces. Our team of specialists includes creative designers, analysts and technologists who use cutting edge lighting technologies to develop customised luminaires and bespoke solutions.

Vertical and horizontal transportation

We provide a comprehensive design and engineering service for vertical and horizontal transportation systems within buildings incorporating elevators, escalators and moving walkways. Our capability is backed by extensive experience of international best practice.

Sustainable environmental masterplanning

We provide detailed contextual analysis and benchmarking that inform the sustainable visions for large-scale masterplans. Our designs aim to reduce consumption of resources and enhance the healthy and productive life of our urban areas. We work closely with our in-house urban design teams to create bespoke, ambitious and environmentally responsive masterplans. Our services ranges through climatic analysis to resource flows.

Utility infrastructure strategy

We provide utility infrastructure strategy for low-consumption, efficient, innovative and bespoke solutions for power, water, drainage and district thermal networks. Our strategies explore onsite renewable energy, centralised systems and large-scale water treatment as fundamental to the delivery of successful masterplans.

Our Research and Insights

CIBSE Journal August 2020: Health Provider – Case Study of the Samson Pavilion at Cleveland Clinic

(PDF 1250KB)

CIBSE Journal July 2020: New Normals – Engineering Response to COVID-19

(PDF 1375KB)

CIBSE Technical Symposium 2018 – Multi-Software Coupled Modelling of the Airfloor HVAC System

(PDF 9313KB)

ASHRAE IAQ 2020 Conference - Impact of WELL Building Standard v2 on the Office Building Energy Performance

(PDF 2002KB)

IGS Journal Spring 2020: Apple Dubai Mall

(PDF 725KB)

CIBSE Journal September 2019 Piers Heath

(PDF 1665KB)

Spring Simulation Conference 2012 – Performance Driven Design and Simulation Interfaces

(PDF 562KB)

ASHRAE IAQ 2020 Conference - Impact of WELL Building Standard v2 on the Office Building Energy Performance - Appendix

(PDF 1406KB)