PORT FO LIO TIMOTHY ALAN HOLMES
Architecture is for me a chance to provide space that enhances a certain feeling. To build something that brings out the desired setting. It is a way to provide the environment that delivers on exactly what is wanted, and more so what is needed. By combining engineering with architecture in the design process, which is applied at Aalborg University I find that the architect has the required knowledge to design something that can actually be realized as it was originally thought.
Portfolio: https://issuu.com/timothyalanholmes/docs/portfolio_5.0
Timothy Alan Holmes Cand.Polyt.Arch timothy4allan@gmail.com 04-03-1993 - Oldham, England Christiansgade 7 st. th. 9000 Aalborg, Danmark. +45 20780236
Sep. - Oct. 2018
Fall 2017
2017
WORK EXPERIENCE
Corp. Internship // WE Architecture // Copenhagen Concept development, detailing and design in 2D-3D. Primarily utilizing Rhino & Adobe. Internship // Arkitema Architects // Aarhus Competition department - all phazes of projects Rhino, Adobe, Revit, sketchup. Student assistant // University of Aalborg Faculty of Engineering and Science // Department of Civil Engineering Assisting in research on Urban Tranquility, a research project funded by the European Regional Developement Fund focusing on acoustics in the urban environment.
July 2015
Student assistant // University of Aalborg Faculty of Engineering and Science // Department of Civil Engineering Developing a masterplan as basematerial for Civil Engineerings 3rd semester. A redevelopement of my 4th semester project.
2014, 2015
Instructor // University of Aalborg Faculty of Engineering and Science // Architecture & Design Instructor for new students. Introducing them to the life at the university, being their go-to person regarding questions.
Fluent
Fluent
Advanced
Danish
English
Norwegian
Autodesk Revit AutoCad SketchUp Rhinoceros Grasshopper
Illustrator Photoshop Enscape V-ray MS-Office
�Architecture is for me a chance to provide space that enhances a certain feeling. To build something that brings out the desired setting. It is a way to provide the environment that delivers on exactly what is wanted, and more so what is needed. Whether it be a concert hall to enhance music and ambiance, or educational settings to inspire students. By combining engineering with architecture in the design process, which is applied at Aalborg University I find that the architect has the required knowledge to design something that can actually be realized as it was originally thought.�
SELECTED PROJECTS MASTER & BACHELOR PROJECTS INDIVIDUAL PROJECTS ARCHITECTURE & DESIGN AALBORG UNIVERSITY
1
KOCKUMS KULTURFABRIK ”A final thesis that investigated the challenges and qualities of transformation architecture, particularly in the transformation of heritage buildings, and it’s contribution to society.”
2 3
HATLEHOL CHURCH ”The project that displays a perfect harmony of techical aspects in construction and acoustics through architecture.”
DENTALCENTRE ”The first look into parametric modelling, and direct client contact. A project that seeks to challenge classic office architecture.”
4
INDIVIDUAL PROJECTS ”Projects that showcase additional skillsets, such as urban architecture, as well as individual technical capabilities.”
01
2018
KOCKUMS KULTURFABRIK /
Malmรถ, Sweden
SUSTAINABILITY / TRANSFORMATION / CULTURAL HERITAGE / HERITAGE BUILDING / INDUSTRIAL / NEW MEETS OLD / CULTURAL CENTRE / SOCIAL- & ENVIRONMENTAL SUSTAINABILITY /
�This master thesis concerns the transformation of a vacant Foundry, in a collected development of a shut down shipyard, introducing new life to a building embodied with history and heritage. The project takes its basis in the notion of transformation architecture, and the intent to transform and preserve history, rather than demolish and throw away cultural heritage. The project debates the aspects of social and environmental sustainability, comparing the harmony between the two in a future development of a listed building. The final design reflects the supposition of this, through an angular building, that extends from an original fabric into a modern extension, reaching out into the surrounding context.�
ARCHITECTURAL CONCEPT
The large sports hall can accommodate large gatherings for sport and allows for many people to participate in the activities. Furthermore, the design allows for different sports, as the size and room height is fitting for most sports.
SPORTSHALL
The flexibility of the sports hall allows for different uses, and by making it possible to divide the hall in two, smaller sports events can be arranged, and the sports hall can be used by several groups simultaneously.
The sports hall is designed primarily towards sport however, the open space further allows for a different use entirely, through exhibitions of dance and gymnastics, where seating can be arranged herein.
The large size of the hall can even be used for settings in a more static manner, such as seated events, covering the floor of the hall. Concerts and plays, as well as lectures etc. can ,therefore, take place in this space.
02
2016
HATLEHOL CHURCH /
Aalesund, Norway
TECTONICS / MULTI OBJECTIVE OPTIMIZATION / SELF-BEARING CONSTRUCTION / ACOUSTICS / ATMOSPHERE /
�The Hatlehol church project is based on a reinterpretation of Nordic tectonics in combination with Sekler and Framptons views on tectonics. A modern church with traditional values is the design basis. The central focus is applied on the interior church construction which is based on parametric modelling, working with funicular shells and relaxation. The construction is both loadbearing and applies acoustic properties. In order to design the optimal construction, inspiration came from funicular shells where interdisciplinary analysis is applied through parametric modelling.�
03
2015
DENTANET DENTALCENTRE /
Aarhus, Denmark
TECTONICS / PRIVATE FIRM COOPERATION / PARAMETRIC DESIGN / OFFICE / NATURE IN ATMOSPHERE /
�Functionality through form-finding is the driving force in this project. An entirely new building for a dental firm that functions as a dental practice as well as conference building. A clean but warm feeling achieved through materiality resulted in the final design, where an inspiring building form was designed through parametric modelling. The shell is achieved through parametric modelling in grasshopper, where the shell and its internal structure is modelled.�
MODELS
04
Residential
10 storey
Commercial
4 storey
Mixed residential, commercial & trade
3 storey
Public institutions Public natural/ recreational areas
Park area
Landmark
Recreational area
400m
Residential
Commercial & trade
2 storey 1 storey
400m
Public institutions
SHARED OFFICE DEVELOPEMENT NØRRESUNDBY, DENMARK INDIVIDUAL PROJECT, SPRING 2015 4TH SEMESTER BACHELOR OF SCIENCE (BSC) IN ENGINEERING (ARCHITECTURE & DESIGN) AALBORG UNIVERSITY
This project is a derivative of a semester project, where I and a fellow student were approached to alter the design, and implement water canals in order to apply drainage. The design is altered for use as basis material for a different institution. The entire project is focused on urban design and the interconnectivity of users through mixed use. The shared office principle was applied since a requirement was 80% of the buildings were to be commercial offices.
ENV. 1.1 9
7
8
6
7 6 5 4 3 2
Flexibility and adaptability Removable inner walls
4 3 2
0 Insulation
Mineral
Insulation
Wood
Wood
Phases (Plywood wall)
Phases (gypsum wall) 15
6
10
kG CO2 eq. pr. m2
kG CO2 eq. pr. m2
LCA - Primary Energy Renewable energy source
5
7
5 4 3 2
5 0
1 0
ECO. 2.1
1
1 0
ENV. 2.1 Materials (Plywood wall)
kG CO2 eq. pr. m2
kG CO2 eq. pr. m2
Materials (gypsum wall)
Production
Replacement
Waste treatment
Landfill
-5 Production
Replacement
Waste treatment
Landfill
-10
Life Cycle Assesment Choice of materials
SOC. 1.1
SOC. 1.2
Thermal comfort Solar shading in summer
Atmospherical comfort Visual comfort Mechanical & natural ventilation Placement of windows
Figure 08 Section AA
INTEGRATED DESIGN IN SUSTAINABLE ARCHITECTURE UNDEFINED LOCATION INDIVIDUAL PROJECT, SPRING 2017 2ND SEMESTER MASTER OF SCIENCE (MSC) IN ENGINEERING (ARCHITECTURE) AALBORG UNIVERSITY
SOC. 1.4
SOC. 1.6
Outdoor areas Detailing of balcony
Figure 07 Section BB
The main goal and driving force for the design process here is sustainable architecture. By applying principles from the Danish Green Building Council - through DGNB, sustainability was integrated in the design process. The goal was to design a 3 student accommodation loft, with adequate living spaces as well as social areas and finally proper outdoor areas.
PORT FO LIO