CV&PortfolioSamples_KonstantinosDimopoulos

POR TFO L I O

KONSTANTINOS DIMOPOULOS

Architecture S u s t a i n a b i l i t y C o m p u t a t i o n a l

MArch Eng | MSc ASD

KONSTANTINOS DIMOPOULOS

Architect | Sustainability & Computational Designer

MArch Eng | MSc Advanced Sustainable Design ARB | National Technical Chamber of Greece

A: 102 Westminster Bridge Road, London, UK, SE1 7XT | C: +44[0]7986836025 E: kostas-dim@hotmail.com | L: Linkedin | P: Portfolio

EXPERIENCE 02.2018 | Present

Architect | Interior Designer | MAA Architects London, England | UK

10.2016 | 01.2018

15-20 Architects & Designers ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪ ▪▪

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2 | PORTFOLIO

High -end residential project | Stages 1-3 | 200 Units | Budget ~ £35M High-end office building project in Richmond, London | Stages 3-5 3 Storey ~ £12M High - end workplace refurbishment in Bank, London | Stages 1-5 2 Storey ~ £2M Leesman+ Accreditation for Best Workplaces 2019 | 16th Worldwide Participation in large scale residential feasibility projects for RHP Modulardesign proposals Extended experience with conceptual design | Stages 0, 1, 2 Extended experience with Planning procedures and Detailed Design | Stage 3 Extended experience with Production Information (Stage 4) Preparation of detailed design and technical construction drawing packages | Stage 5 Managing specification, NBS, documentation, TRS schedules Managing exchange of data between all parties| Organizing and setting up meetings Liaising with product suppliers for successful bespoke drawing packages Liaising with structural engineers, MEP consultants, acoustic consultants, value engineers, lighting consultants, interior designers and QS management Organizing and participating at design meetings with main contractors, sub-contractors, consultants and clients.

Taking responsibility for specific expertise areas of the design such as sustainability BREEAM documentation, data analysis, BIM methodologies Form investigation, environmental analysis coordination for space optimization Successful design and technical coordination throughout RIBA stages Participating and recommending valuable CPD training programs Site visit, supervising and coordination

Junior Architect | Gilberts Architects Edinburgh, Scotland | UK 10-12 Architects & Technicians

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11.2011 | 06.2012 09.2014 | 08.2015

Successfully producing drawing packages for construction On site meetings with main contractors, sub-contractors for technical coordination Managing and coordinating Revit BIM 3D modeling technical processes throughout the practice Extended experience with Production Information | RIBA Stage 4 Preparation of detailed design and construction drawing packages RIBA Stage 5 Liaising with structural engineers, MEP consultants, acoustic consultants, value engineers, lighting consultants, interior designers and QS management Successful planning preparations for small residential projects Extensive participation in large High - End nursing care homes in design-construction CPD training programs

Student Intern | Part II | MAs MAKRIDIS ASSOCIATES Thessaloniki, Greece 20-25 Architects, Assistants & Structural Engineers

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Participation in an Energy Saving Upgrading & Energy Production out of Renewable Sources in a School Complex Successful National and International competition participations and publications Parametric modeling via Rhino and Grasshopper Visualization via 3Ds Max and post production processing via Adobe Suite CAD bespoke technical drawing packages

DATA/CURRICULUM VITAE/00

CERTIFICATIONS

SKILLS Revit Rhino AutoCAD Microstation SketchUp 3Ds Max

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IES Grasshopper Photoshop Illustrator InDesign Vray

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Python Greek English Spanish Russian

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EDUCATION 2016

09.2019

Microsoft Excel 2016 Intermediate Royal Borough of Kingston upon Thames | Kingston Adult Education Centre

10.2018

Bentley Aecosim V8i | 3D Architectural Cadventure Ltd | Building Centre

02.2018

Microstation V8i for CAD Users Cadventure Ltd | Building Centre

07.2017

ARB Qualified “Architect” in UK National Council of Architectural Registration Boards (NCARB) (ARB)

03.2017

Certified as an “Architect Engineer” in Greece National Technical Chamber of Greece (TEE)

04.2015

Generative Fields Level 1 | Grasshopper Training Course decode fab lab | Official Mcneel Partner in Greece

10.2008

Intermediate Autodesk 3ds Max 2008 Level Certification Infotech Grouр | Official Autodesk Partner in Greece

TRAINING MSc Advanced Sustainable Design [180 ECTS] Merit | 68.5/100 | Edinburgh College of Art [ECA] The University of Edinburgh | Edinburgh, Scotland, UK Advanced Sustainable Design Dissertation_

Sustainability and Nanotechnology: “Is scientific enquiry and technological innovation in nano-materials for building skins based on sustainable principles?”

01.2020 | Present

Professional Studies in Architecture Lectures | UCL - The Bartlett School of Architecture

09.2019

Designing for a changing climate: toward zero-carbon London | Half Day Conference | NLA

06.2019

International Symposium: Shaping Better Cities Half Day Conference | NLA

03.2019 06.2018

2013

Master’s in Architecture & Engineering Integrated Master’s Degree [300 ECTS] Distinction | 8.62/10 | Department of Architecture [AUTH]

05.2018

Aristotle University of Thessaloniki | Thessaloniki, Greece

OTHER

London’s changing skyline: the future of tall buildings Half Day Conference | NLA NLA Annual Lecture 2018 by Amanda Levete CBE Lecture | NLA City Conversations The Invisible City 2: Soundscape Lecture | Building Centre

Diploma Design Thesis_

“The Samothracean Walls | A multiplex research center” | 10/10 Excellent

Research Thesis_

“Another Interactive | Architecture & Art” | 10/10 Excellent

11.2013 | 08.2014

Infantry Engineer | Mandatory National Service | Hellenic Army

09.2005 | Current

EU Driving License

PORTFOLIO | 3

INTRODUCTION/00

The following portfolio is a selected sample of both professional and academic projects showcasing a variety of architectural projects the Architect Konstantinos Dimopoulos has been participated in his career.

All drawings presented in this document have been conducted either fully or partly by the legal author and editor.

Please note that this is not the full portfolio edition. Therefore some explanatory elements might be missing.

Full Edition Link

PORTFOLIO | 5

01

COMPLETED PROJECTS

Main Lounge Area | Details

1. Main Lounge Area | Plan 5 1

3. Perspective Photo | Built

3

4. Main Lounge Area | Detailed Section 4

2

08 | PORTFOLIO

2. Axonometric Location Diagram

5

5

5. Proposed Signed Off Visuals

BNP/Completed Projects/01

PORTFOLIO | 09

Meeting Rooms | Details

1. Meeting Room | Plan 4

1

2. Axonometric Location Diagram | Meeting

4

3. Perspective Photo | Built | Small Meeting 3

4. Proposed Detailed Layouts 4

4

6

5. Other Details | Floor Finishes Thresholds 6. Perspective Photo | Built | Executive Room

2

10 | PORTFOLIO

5

5

BNP/Completed Projects/01

PORTFOLIO | 11

KINGS MEWS Residential Development SECTOR C1

ARCHITECT MAA Architects

CLIENT JTC

LOCATION

Kings Mews | London | UK

YEAR

2018 - 19

AREA

650 sq.m

BUDGET N/A

STAGE 3 - 5+

SOFTWARE

Microstation 2D/3D | Excel | InDesign

This Design has been prepared to accompany the application for the redevelopment of 10-11 King’s Mews, London, WC1N 2HZ. The site is currently empty, presenting a void along the mews street frontage. The site is flanked on either side by 3 storey private residential properties, generally with basements, either converted from the original mews buildings or new built in a style that follows the essence of the original mews buildings.

The proposal is for a three storey (plus basement) residential building to include 7 flats.

0. Data 1

1. Axonometric Diagram | Existing

2

2. Axonometric Diagram | Massing Study 3. Axonometric Diagram | Storey Division 0

3

4

5

4. Axonometric Diagram | Massing Proposed 5. Photo | Perforated Brick | Elevation | Built

12 | PORTFOLIO

KINGS MEWS/Completed Projects/01

PORTFOLIO | 13

Details | Elevations

1. Proposed Street Elevation | DAS Addendum 2. Photo (Professional) | Built 3. Proposed Detail Elevation | Construction

1

4. Proposed Section | Construction 2

14 | PORTFOLIO

3

4

KINGS MEWS/Completed Projects/01

PORTFOLIO | 15

3D BIM Model | Sections | Details The second stage is the partial demolition of the exisitng nursing home, and the construction of the rest of the new build care facilities with the plan to retain structural and facing walls of the old building.

The planning commission advised the retain of the reusable building blocks of the previous facade as the area is of a historical significance.

The 3D BIM model study (below, both pages) conducted to minimize errors during the erection and construction phase in order to maximize coordination and final results.

Currently the project has been built and BIM 3D models have been used throughout all RIBA stages. More specifically, all planning amendments and even after built drawing packages were submitted through this model.

0. Data 2

1. Axonometric 3D BIM Model | Revit | Proposed

2 3

0

2. Fire Strategy | Plans | Proposed 3. Typical Roof Detailing

2

6

2

4. Axonometric 3D BIM Model Section | Exterior 5. Axonometric 3D BIM Model Section | Interior

1

16 | PORTFOLIO

4

5

6. Axonometric 3D BIM Model Section | Lobby

MUIRFIELD/Completed Projects/01

PORTFOLIO | 17

02

AD. SUSTAINABLE DESIGN

STOW Sustainability and Spatial Investigations SECTOR

Academic | MSc ASD

ARCHITECT

K. Dimopoulos, B. Murphy, E. Carvajal, E. Polychronidou

CLIENT N/A

LOCATION

Stow, Scottish Borders, UK

YEAR 2015

AREA N/A

BUDGET N/A

STAGE N/A

SOFTWARE

AutoCAD | Illustrator | Photoshop

The project assignment was to propose ideas and strategies for sustainable development at Scottish Borders after the completion of the railway reconnection with the mainland Scotland.

The railway is expected to provide massive growth to the area as property values are expected to rise and while more and more people will prefer to live outside the cities and commute to work. The reduce in commute time will play major significant implications as investors and developers will foresee to capitalize from it.

Our team focused in Stow a small village with a great natural habitat surrounding it. The main road (A7) is passing through the village and constitutes the one and only connection point to the rest of the country. The proposal was to develop strategic urban development proposal as growth has been considered as irreversible.

The prediction in numbers based on data of similar case studies, usable agricultural land, free range livestock, climate change, flooding and architectural optimization were the main topics that determined our proposal.

20 | PORTFOLIO

The University of Edinburgh_MSc Advanced Sustainable Design_Design Methodologies_Infrastructure Networks_Group4_Carvajal Ernesto, Dimopoulos Konstantinos, Murphy Ben, Polychronidou Elina_Transcect

0. Data 1

3

5

1. Urban Plan | Proposed 2. Section | Strategy Timeline | Proposed 3. Utopian Image

0

6

2

4. Sustainability Diagram | Utilization Of Land 5. Existing And Future Transportation

4 7

6. Existing And Proposed Development 7. Proposed and Existing Energy/Waste Diagram

stow /Ad. Sustainable Design/02

PORTFOLIO | 21

APPLETON TOWER Redesigned for Dubai’s Climate SECTOR

Academic | MSc ASD

ARCHITECT

K. Dimopoulos | E. Polychronidou

CLIENT N/A

LOCATION

Edinburgh | Dubai

YEAR 2015

AREA

6370 sq.m

BUDGET N/A

STAGE N/A

SOFTWARE

Rhino | IESVE | Adobe Suite | 3Ds Max

Appleton Tower is a building located in the center of Edinburgh, in George square within The University of Edinburgh campus region. In this project we were given the frame structure of this particular building as initial framework and were asked to redesign & develop a concept that could be applied in different weather conditions and environments around the world. We selected Dubai as our location, due to extreme weather conditions and needs that are far opposite to UK standards.

Our basic concept and development was inspired by middle eastern vernacular architectural techniques.

Specifically, chimney ventilation systems were selected to cool down the building and mashrabia façade system in south view to protect the building from direct sunlight exposure. Chimneys, were developed in such way that could be transformable in order to adjust volume according to condition changes and building needs. In this way, energy demands were lowered significantly and according to calculations conducted, the spaces are functioning according to passive house standards.

22 | PORTFOLIO

0. Data 1. Axonometric Diagram | Section | Strategy 2

3

2. Existing Appleton Tower | Relocate to Dubai

1

3. Modular Proposal | Dubai Daylight Analysis 6

0

4. Kinetic Chimney Stack Cooling | Warming 5. Mashrabia Wall | South Elevation

4

5

6. Proposed Perspective | Modular Design

APPLETON TOWER/Ad. Sustainable Design/02

PORTFOLIO | 23

Sustainable Design | Strategy Another major element was the design of building components/spaces that had specific dimensions and placed in a way that could provide cavity spaces, protection from direct sunlight and green spaces within the cavities created. In addition, this rooms and spaces were placed above the main plates to create space for natural ventilation during the year.

0. Data

0 1

1

1

3

6

1. Morning | Afternoon | Evening | Simulation 2. Diagrammatic Representation | Plans

2

3. Adaptive Chimney | Summer And Winter 5

7

4. Section Diagram | Summer Strategy 5. Section Detail | Modular Living Space

4 8

6. Direct Sunlight Diagram | Summer Midday 7. Direct Sunlight Diagram | Winter Midday 8. Section Diagram | Winter Strategy

24 | PORTFOLIO

APPLETON TOWER/Ad. Sustainable Design/02

PORTFOLIO | 25

Sustainability Simulations | IES

A. North Facade | Type 2 Local Shade

B. North Facade | Type 3 Local Shade

C. Welding Space | 100% Glazing

D. Welding Space | Steel Frame

1. Simulated Area | Perspective Key Legend 2. External Envelope Results | Analysis 2

4

3

5

3. Internal Facilities Results | Analysis 4. Holistic Approach Simulation | Results 5. Lux Levels Analysis | Welding Space 6. Air Temperature Simulation | Results

1

26 | PORTFOLIO

6

7

7. Air Quality Simulation | CO2 Emission Results

GALASHIELS/Ad. Sustainable Design/02

Air Temperature Toilet Rooms

North Elevation | Lux Levels | Welding Space | 21 September 12:00AM GMT

South Elevation | Lux Levels | Welding Space | 21 September 12:00AM GMT

Air Temperature | 7th January | Welding Space

Air Temperature | Year Summary | Welding Space

Air Temperature | 17th July | Welding Space

C02 Levels | Year Summary | Welding Space

PORTFOLIO | 27

03

COMPUTATIONAL DESIGN

Morphogenetic Process

The analysis starts with the existing space of the ancient city, where dynamic interactions between the ancient buildings and their use is being interpolated into the coding where various diagrammatic morphologies are being born.

0. Data 1. Axonometric Diagram | Morphogenesis 1

2

2. Existing Site | Spatial Investigation and Interactions Analysis

3

3. Morphogenetic Process | Detailing Patterns 4. Spatial Investigations Vertical Results 5. Spatial Investigations Horizontal Results 0

30 | PORTFOLIO

4

5

6

6. Spatial Investigations Combined Results

SAMOTHRACEAN WALLS/Computational Design/03

PORTFOLIO | 31

Drawings | GF Plan | Sections

1. Axonometric Diagram | Morphogenesis | Final 3

4

2

2. Proposed Plan | Spatial Program 3. Morphogenetic Process | Detailing Patterns 4. Perspective Illustration | SW Entrance

1

5. Section B-B | Proposed 6. Perspective Illustration | NE Entrance 5

32 | PORTFOLIO

6

SAMOTHRACEAN WALLS/Computational Design/03

PORTFOLIO | 33

ASSODIVERS Offices for Maritime Company SECTOR B1

ARCHITECT

MAS Makrides Associates

CLIENT

Assodivers | Private

LOCATION

Piraeus, Greece

YEAR 2015

AREA

6135 sqm

BUDGET N/A

STAGE

Competition

SOFTWARE

Rhino + Grasshopper | 3Ds Max + Vray Adobe Suite | Rhino + Ladybug

An international maritime company assigned a private competition to the biggest and most respected architectural firms in Greece, to propose ideas for their new offices in Pireaus, Greece.

MAS_Makridis Associates, selected to be one of these firms. The proposed office building is designed according to the planning restrictions and regulations of the specific area asked.

The idea was to create a vibrant, sustainable working space that would also resemble as an icon for the future and the growth of the company 0. Data 1

1. Massing Processing | Concept Diagrams 3

0

2. Axonometric 3D Model | Elevations

5

3. Sustainability Analysis | Honeybee | Ladybug

2

4. Axonometric 3D Model | Lighting Design 5. Perspective Illustrations | Visuals | Exterior 4

34 | PORTFOLIO

6

5

6. Perspective Illustration | Visual | Interior

ASSODIVERS/Computational Design/03

PORTFOLIO | 35

04

ONGOING PROJECTS

Elevations | Unit Layout Typology

1. Axonometric Diagram | Key Legend 2. Proposed North West Elevation | CAD 3

2

3. Proposed South East Elevation | Photoshop 4. Ground Floor Plan | Proposed | Planning 5. Fourth Floor Plan | Key Legend 6. 2B/4P Layout Typologies Study

4 1

38 | PORTFOLIO

5

6

6

TWICKENHAM/Ongoing Projects /04

FINAL DESIGN AMOUNT Typical Core / Flat Layout - Block A / F

The units have been laid out in accordance with LHDG and

Although this is above the 8 no. suggested by the London Plan

NDSS space planning standards. Vast majority of the units

SPG, the fact that the development is providing PRS flats, with

feature an ‘open plan’ approach for shared living. Where

a unit mix of 1 & 2 bedroom units, means that there are naturally

possible, bedrooms have been equally sized to support PRS.

more units per core that a development including 3 bed units.

Every flat has a garden, terrace or a balcony/juliette balcony. It is envisaged that internal finishes will be selected for longevity

The cruciform layout of the access route in block F means that

and ease of maintenance.

each route is accessed by only 3 flats and the distance from

Residential cores allow for 70% dual aspect units with no single

generous and varied, ranging from a minimum of 1100mm up to

aspect units facing directly North. The cores in block A, B, C and

1800mm adjacent to flat entrances. A larger 6x4m lobby area

D are accessed by 6 units or less per floor. Blocks E & F on the

is provided adjacent to the lift and stair, giving the circulation an

third and fourth floors, have 10 & 12 units per core respectively.

overall generous feeling.

lift lobby to flat entrance is minimized. The corridor widths are

Block F-4th Floor Plan

2B / 4P Flat Layout 0 Block A & F

2B / 4P Flat Layout - Block F

ACCESS TWICKENHAM

33

PORTFOLIO | 39

Housing | Pre-Application

1. Axonometric Diagram | Proposed 2

2

2

2

2. Massing Strategy Diagrams

3

3. Constraints | Existing 4. Opportunities | Proposed

2

2

2

2

5. Perspective Sketch Proposal 5

1

40 | PORTFOLIO

4

GRAYS/Ongoing Projects /04

PORTFOLIO | 41

Modular Housing | Pre-Application

1. Axonometric Diagram | Proposed 2

2

2

2

2. Massing Strategy Diagrams

3

3. Constraints | Existing 4. Opportunities | Proposed

2

2

2

2

5. Perspective Sketch Proposal 5

1

42 | PORTFOLIO

4

RHP/Ongoing Projects /04

PORTFOLIO | 43

Konstantinos Dimopoulos

Architect MArch Eng | MSc Advanced Sustainable Design ARB | National Technical Chamber of Greece

A: 102 Westminster Bridge Road, London, UK, SE1 7XT | C: +44[0]7986836025 E: kostas-dim@hotmail.com | L: Linkedin