Welcome to my portfolio
This space showcases my many years’ experience in 3D architectural modelling and visualisation.
Here you can view my diverse collection of carefully-crafted 3D modelling and rendering works that bring detailed and realistic architectural concepts to life.
When you explore some of the many hundreds of projects I’ve worked on and the thousands of architectural visualisations I’ve produced, you will see how I have taken initial concepts and ideas transforming them into realistic and accurate representations.
Combining creativity and technical expertise, my portfolio offers a window into a world where authentic exteriors harmoniously converge with breathtaking interiors.
Images
Here you can explore a selection of the lifelike images of the models I’ve built and rendered.
These offer a window into a wide variety of projects, demonstrating the creativity behind my work.
Showcase
The refurbishment of
St Peters, Lurgan
This slideshow will provide you with a glimpse into this multi-faceted project.
I aim to share the tasks and activities I undertook as part of the multi-disciplinary team that brought the project to life.
Surveying the Existing Church
The initial requirement was for a study into relocating the Altar and Pulpit to improve visibility for the congregation.
The absence of any existing drawings resulted in me surveying the relevant aspects of the church.
Building the Initial 3D Model
I built the model on-site and in the office during the survey process.
After a highly positive reception to the model, it was determined that I should build a detailed model for project development as opposed to relying solely on standard 2D drawings.
A detailed model was optimal as this would be used to better demonstrate the proposed central concepts to key stakeholders
Initial Studies and Proposals
The model was used to demonstrate the issues and challenges with the existing church building, explore alternative layouts and present multiple design options.
On-Site Discoveries and Surprises
On day 2 of demolition two major things were discovered that changed the entire scope of the project:
- A previously unknown mosaic floor in the altar area which had been covered up during the 1950’s
- The foundations for each of the columns were only 2 courses of brick and these were disintegrating.
Project Scope Expansion
Essential structural work was required along with adapting the rediscovered floor. Additional exploratory work uncovered further structural problems requiring major work.
It was decided that I should model the remaining church including the entrance lobby and choir area thus enabling our team to test concepts and develop proposals.
Major On-Site Works
A 2m deep pit was excavated within the entire church and new foundations were built under all the walls and columns.
The vast majority of the external walls required their inner course to be replaced due to the existing one disintegrating to the touch.
Heating Oportunities
The excavated floor presented an opportunity to install a previously unplanned underfloor heating system.
I used the 3D model to plan out and quantify the cases, radiator locations and pipework.
The New Altar Area
The discovery of the mosaic floor early in the demolition process resulted in a complete redesign of the initial proposals.
Multiple ideas for the altar area were explored using the 3D model including ideas such as a bridge between the altar and reredos.
The New Floor
A new floor wasn’t in the original brief, but the major structural works now made it both a necessity and an opportunity.
I used the 3D model to plan out the entire layout and design the floor. I designed the patterns to minimise the variations in tile types to make the off-site manufacturing as seamless as possible.
I used some of the existing mosaic designs within the church as inspiration for the patterns.
Requests were made for several special areas such as the entrance lobby and nave, and I designed the cross-keys and Alpha/Omega tiles to suit.
Fitting Out and Floor Laying
The model validated itself over and over again as the construction neared the end with very few surprises on-site.
The floor was laid remarkably quickly as multiple dimensioned drawings detailing the tile layout at multiple locations were produced from the model.
The floor had minimum wastage as the model had already quantified the requirements.
The Finished Church
A selection of photographs of the finished church just prior to handover
The Final 3D Model
Finally, here are some renders of the final version of the 3D model. These renders were produced recently to enable me to test the latest version of Enscape.
One of Enscape’s engineers said:
“Awesome! That’s maybe one of the most detailed modelled projects on that scale I’ve seen here.” They went on to request permission to use the model for testing future versions of Enscape and feature it in their social media channels.
Panorama Tours
The future in front of your eyes.
Here you can view a selection from over sixty interactive tours I have designed and produced.
These immersive experiences allow viewers to navigate and explore properties in detail, providing a dynamic way to engage with architectural designs.
From residential homes to commercial spaces, each interactive tour offers a unique opportunity to experience the intricacies of the property firsthand.
Videos
Here you can watch some of the videos I have recorded and edited that will enable you to experience the architecture I have modelled. From walkthroughs to flyovers, these videos provide a simple yet immersive way to experience the architectural concepts I’ve brought to life.
These videos can be found across a wide range of property social platforms in Northern Ireland and beyond.
Selector Tours
Codesign with the customer
‘Selector Tours’ provide customers with enhanced visualisation of the essential aspects of their new home - going way beyond the usual material finishes, colour swatches and ironmongery options.
I’ve also produced selector tours that enable new homeowners to make their selections submitted via an integrated form that is automatically sent to the developer allowing them to build out the homeowner’s preferences. I am unable to feature examples of selector tours here but can provide a template on request.
Additionally
I have designed and built many websites such as GEMS NI for the non profit sector, David Maxwell Architects and of course, this one you’re viewing right now. Due to the site’s SEO, the DMA site is one of the first non-paid returns on a Google search for "Northern Ireland Architects"
About me
I have a solid background in mechanical engineering where I honed my skills as an apprentice engineer, draughtsman and CAD technician. I take great pride in my ability to decipher, craft, and interpret technical documentation.
For nearly a decade I had my own business in London where we were one of the first bureau's offering CGI services to the property sector. We worked on many projects such as Chernobyl power station, British Airways HQ and the launch of Channel 5. We were very proud to have the first computer-generated image to be exhibited as art at the RIBA.
My professional journey has encompassed diverse projects spanning the food, chemical, industrial, ecumenical and residential sectors. Throughout my career I have produced intricate models aimed at testing and refining design concepts, whether they be architectural or technical questions. Many of these models have served as catalysts for discovering or contributing to solutions during the design process.
In addition to my modelling, I've developed numerous custom tools utilising platforms such as Excel, AutoHotkey, and PowerShell, streamlining workflows and enhancing efficiency. Collaboration is where I thrive, I enjoy working within a team, tackling challenges head-on and collectively finding solutions.
I am continuously curious, I actively explore emerging technologies such as VR, AR, and AI, envisioning how they can integrate into and elevate my current workflows. With a friendly demeanour and a commitment to professionalism, I am dedicated to pushing boundaries and embracing advancements that drive progress in the field.