Part 2 PORTFOLIO - selected works

Page 1


ARCHITECTURE

ARCHITECTURAL ASSISTANT

Worcester, UK +44 7903762495 | joachimumoh@gmail.com https://issuu.com/umohjoachim/docs/portfolio_remix

Right to work Sponsorship needed from (Jan, 2025)

EDUCATION

M.Arch | Coventry University 2:1 Merit | Part 2 | Coventry, UK Oct 2020 — Sept 2022

BA (arch)| European University of Lefke | Honours | Part 1 equivalent | Gemikonagi, Cyprus Feb 2016 — Jan 2020

PROFESSIONAL EXPERIENCE

TEACHING FELLOW | Coventry University | Coventry, UK

Oct 2022 — June 2024

■ Provided one-on-one tutoring sessions on design thesis modules to final-year students. Tutoring approximately 30 students in design concepts and communication, resulting in increased overall student achievements.

■ Improved student learning via advice on building and detailing approaches.

■ Collaborated with a diverse team on courses to create an equitable and vibrant teaching environment.

■ Helped achieve RIBA accreditation by designing and implementing a student exhibit at Coventry University.

ARCHITECTURAL ASSISTANT | DJD Architects | Worcester, UK

Aug 2023 — Sept 2023

■ Independently spearheaded comprehensive surveys and strategically drafted Stage 2 plans for three residential projects using Archicad, optimizing project initiation.

■ Developed Stage 3 plans for two flats in strict adherence to various approved documents and NDSS space standards using Archicad, ensuring compliance and regulatory alignment.

■ Produced compelling tender documents, contributing to successful bid submissions.

■ Rendered assistance to other team members when overloaded or absent.

INTERN | Studio 14 | Nicosia, Cyprus

July 2019 — Sept 2019

■ Applied advanced 3D modelling techniques to iteratively refine designs using auto-cad and Sketch-up, contributing to enhanced project visualization and client presentations.

■ Organized and produced visually striking renderings for two residential projects using lumion, v-ray and photo shop, positively influencing project aesthetics and client satisfaction.

■ Collaborated seamlessly with a multi-disciplinary design team, enhancing project efficiency and achieving successful project outcomes.

INTERN | Rasim Enar Architects | Gemikonagi, Cyprus

July 2018 — Sept 2018

■ Executed meticulous site visits and analyses for two residential proposals, providing critical insights that influenced project viability.

■ Developed schematic construction drawings for a residential project, ensuring accurate and detail-oriented design documentation.

■ Instrumental in the documentation and creation of technical diagrams, contributing to comprehensive project understanding.

NOTABLE ACHIEVEMENTS

Riba accreditation exhibition Coventry University. Nov 2023

Pangaea Sculptors workshop | Coventry University. May 2022

Collaborative online international learning | Coventry University and University of Pennsylvania.

2021

Behaeddin student award competition Eastern Mediterranean university (EMU), farmagusta.

Jul 2020

KIC architectural competition | Union of International Architects, (UIA) Tripoli. Feb 2019 — Jun 2019

Campus map design team | European university of lefke, gemikonagi. Nov 2018 — Jan 2019

SKILLS

AutoCad (5 years)

Rhinoceros 3D

Sketch-up (5 years)

Revit

ArchiCad

Vray (4 years)

Lumion 3D (4 years)

Enscape

Adobe Creative Suite

Microsoft office.

Sketching.

THE CHANNELSEA COLLECTIVE

URBAN TEST CENTRE

The channelsea river, East london. 40579m2

River remediation through architecture is not prevalent or often practiced.

This project seeks to establish an urban testing facility for the trial of contamination scenarios, which will constitute the remediation of the Channel Sea River.

The project’s primary source of inspiration and implementation will be the utilization of MYCOREMEDIATION (fungus and mushrooms).

This is because, despite being usually disregarded, mushrooms have a great deal of untapped potential towards bio-remediation.

In this project, further bio-remediation techniques were investigated and implemented. This includes phytoremediation, oyster filtration, moss filtration amidst the use of mushrooms.

Revit Autocad Sketchup Vray Photoshop Illustrator

The old pump station is responsible for the pollution at the channelsea river. Dumping sewage discharge at intervals throughout the year

Lea River Pollution Abbey mills pump

FUNGAL PODS

The mind-map diagram illustrates the specific fungi or mushrooms, that directly have affinity for certain pollutants and break them down.

The pollutants are given specific classifications, based on research carried out.

Biodegradable Fungal pods were designed to be inserted into the river bed of the Channelsea .

The fungi in the pods, break down the substrates and then, the surrounding pollutants that can be found in the river bed.

The pods are were designed to be created by the community.

The edge of the site was broken down into different scenarios. These scenarios included plants, organisms and micro-organisms being receptive with the river. This creates a symbiotic relationship between the edges and the river.

These scenarios include: Phytoremediative plants, moss and oyster beds for water filtration, mushroom farm and mushroom pod preparation area, amphitheatre for social gatherings and the laboratory facility.

The mushroom farm was designed using previously established, simple methods. The use of contextually designed raised beds that fit the criteria for mushroom farming was used.

The pod preparation area is where the community will implement the use of mushroom pods. The pods will be freshly prepared.

The amphitheatre was designed to be a means of social remediation between the community and the channelsea river.

Pod Preparation space
Amphitheatre

1. Roof finish (Aluminium roofing sheets)

3. Rigid insulation (700mm Xt/HYF insulation)

4b.Protection membrane (Vapour barrier)

5. Wood construction (150mm clt floor deck)

7. Steel construction (10mm steel bracket)

9. Gutter (Aluminium gutter profile)

2. Wood construction (50mm*30mm wood battens)

4. Protection membrane (EPDM membrane)

4c. Protection membrane (Breather membrane)

6. Wood construction (200mm *400mm glulam beam)

8. Wood construction (glulam column)

10. Coping (Aluminium Coping cap)

1. Floor finish (10mm wood flooring)

3. Rigid insulation (700mm Xt/HYF insulation)

4. Protection membrane (TF200 breather membrane)

5. Wood construction (200mm *400mm glulam beam)

7. Steel construction (10mm steel bracket)

9. Cladding (corten panel)

2. Mortar (30mm screed)

3b. Fibre insulation (batt roll)

4c. Protection membrane (Breather membrane)

6. Wood construction (glulam column)

8. Wood construction (200mm *400mm glulam beam)

10. Soffit (10mm Ventilated soffit)

THE BARN STUDIOS

ART STUDIO

Henwick Rd Worcester UK. 400m2

The tasked aimed at this project was to design an art studio for local artists in Worcester.

Using sustainable materials like glulam structural column and beams for the framed structures, cross laminated timber for the proposed walls and the use of clay bricks and bespoke metal rain-screen cladding, to blend with the surrounding urban fabric.

The structure boasts of 2 open space offices at the top floor of the structure with ample storage, multiple individual studios as needed, meeting rooms and a social space at the reception of the building.

The structure aims at hosting up to 20 individual artists as they produce artistic products.

Keynote Legend

Keynote Legend

Key Value Keynote Text

03310.J7175mm

03310.J7175mm

Cast-in-Pla ce Concrete Slab

Cast-in-Pla ce Concrete Slab

05121.A10L150x150x 10

05121.A10L150x150x 10

06110.C150x75

06110.C150x75

06110.K275x150

06110.K275x150

06160.A313mm

06160.A313mm Gypsum Sheathing

Gypsum Sheathing

06160.D1Plywood Sheathing

06160.D1Plywood Sheathing

06400.A2Wood Laminate

06400.A2Wood Laminate

07210.B675mm Rigid Insulation

07210.B675mm Rigid Insulation

07220.A1R-12.5 Rigid Insulation

07220.A1R-12.5 Rigid Insulation

07610Sheet Metal Roofing

07610Sheet Metal Roofing

07710.A1Gutter

07710.A1Gutter

09110.J750x15mm Metal Channel

09110.J750x15mm Metal Channel

09110.L122mm Hat Channel

09110.L122mm Hat Channel

09250.A16mm Gypsum Wallboard

09250.A16mm Gypsum Wallboard

09640.B219mm Hardwood Flooring

09640.B219mm

Hardwood Flooring

THE ARCHES COMMUNITY HUB

MIXED-USE COMMUNITY CENTRE

Croft Road, Worcester UK. 1000m2

The aim of this project was to design a mixed use community centre, consisting of event halls, an office a micro library and a roof garden.

Versatile spaces for the community to organise social functions were created. The halls can host functions like adult classes to bingo games or host ceremonies. It has an office space for rent and micro library with an adjoining green roof for the users.

Understanding and analysing the surrounding context was also key in this project.

Extracting inspiration from the Arch flyover for trains adjacent to the site, based on materiality and form. The Arches community hub structure, seeks to blend with the surrounding context.

Revit Enscape
Offices
Community spaces
Diagram 3: Building composition

Keynote Legend Key Value Keynote Text

02315.B1Gravel

03310.I375mm Cast-in-Pla ce Concrete Slab w/ Metal Decking

03310.J1Concrete Slab - See Structural

03310.L1450 x 300mm Concrete Footing 03530.A450mm Concrete Topping

04080.E14.5mm Dia. x 150mm Z Tie 04090.A2Rubber Sash Block Joint

04200.B1Cast Stone Cap 04210.A5Ontario Brick10mm Joint 04220.A6150x200x3 00mm CMU - 2 Core

05121.B28C100x8 05121.D40HS102x5

Keynote Legend

Key Value Keynote Text

05121.I238W310x107

05310.A11.5 MR 16 Composite Metal Deck

05410.A8150mm

Metal Stud

06160.A313mm Gypsum Sheathing

07130.A2Epdm Sheet Waterproofi ng

07210.A10Batt Insulation

07210.B675mm Rigid Insulation

07260.A4Vapor Retarder

07610.A1Standing Seam Metal Roof

09210.A119mm Gypsum Plaster

09400Terrazzo

09510.A12Tegular Edge (9x600x120 0)

09650.A2Vinyl Compositio n Tile

13mm Gypsum Sheathing

Keynote Legend

02315.B1Gravel

03310.I375mm

Cast-in-Pla ce Concrete

Slab w/ Metal Decking

03310.J1Concrete

04090.A2Rubber Sash

04200.B1Cast Stone Cap

04210.A5Ontario Brick10mm Joint

Keynote Legend Key Value Keynote Text

Slab - See Structural

03310.L1450 x 300mm

04220.A6150x200x3 00mm CMU - 2 Core

05121.A1L200x200x 30

05410.A9190mm Metal Stud

Concrete

Footing

05121.B28C100x8

06110.D150x100

05121.D40HS102x5

03530.A450mm

Concrete

Topping

04080.E14.5mm Dia. x 150mm Z Tie

02315.B1Gravel

03310.I375mm Cast-in-Pla ce Concrete Slab w/ Metal Decking

03310.J1Concrete Slab - See Structural

Keynote Legend Key Value Keynote Text

02315.B1Gravel

03310.L1450 x 300mm Concrete Footing

04090.A2Rubber Sash Block Joint

04200.B1Cast Stone Cap

04210.A5Ontario Brick10mm Joint

03310.J1Concrete

03530.A450mm Concrete Topping

04080.E14.5mm Dia. x 150mm Z Tie

04220.A6150x200x3 00mm CMU - 2 Core

05121.A1L200x200x 30

06160.A313mm Gypsum Sheathing

05121.I238W310x107

05310.A11.5 MR 16

06160.D1Plywood Sheathing

05410.A8150mm

06400.A2Wood Laminate

07130.A2Epdm Sheet Waterproofi ng

07210.A10Batt

07210.B675mm Rigid Insulation

07260.A4Vapor Retarder

07610.A1Standing Seam Metal Roof

08410.C19Storefront MullionDouble Glazed

09210.A119mm Gypsum Plaster

05121.B28C100x8

05121.D40HS102x5

05121.I238W310x107

05310.A11.5

09400Terrazzo

09510.A12Tegular Edge (9x600x120 0)

09650.A2Vinyl Compositio n Tile

POOL MEADOW BUS STATION

BUS STATION

Fairfax street, Coventry. 14,933m2

The project focused on the redesign of the Pool meadow bus station. The Pool meadow bus station is the only bus station responsible for bus transportation in Coventry. This structure is one of the oldest buildings on Fairfax street with a unique contextual history.

The new proposal harbours a unique character. The structure is an unconventional green roof which will be cultivated with plants that produce pollen and attract birds and insects alike.

This serves as a meeting point for the prescribed users to socially interact and connect.

AutoCad SketchUp Vray

ECOLOGICAL STRATEGIES

Plants include lavender, rosemary and Abelia among others.

The outcomes of these ecological strategies is to achieve the co-habitation between humans and the biodiversity of other organisms.

17. Wood construction (Rendered Plaster board)
19. Brick (215mm x 102.5mm clay brick)
14. Concrete construction (R.C foundation Slab)
6. Protection membrane (EPDM membrane)
22. Steel construction (200mm * 200mm steel beam)
21. Steel construction (Steel Decking)
16. Steel construction (Brick Anchor)
8. Steel construction (30mm * 50mm steel joist)
23. Steel construction (180mm * 150mm steel beam)
18. Cavity
10. Steel construction (3mm angled steel cleat)
2. Roof cladding (Aluminium roofing sheets)
20. Floor finish (20mm epoxy finish)
12. Protection membrane (EPDM membrane)
4. Fibre insulation (70mm Rockwool roll insulation)
7. Steel construction (200mm * 200mm steel joist)
9. Steel construction (Primary steel beam)
1. Steel construction (3mm angled steel cleat)
11. Floor finish (20mm epoxy finish)
3. Coping (Aluminium roof coping)
13. Rigid insulation (100mm Rigid insulation board)
5. Soffit (30mm aluminium panels)
15. Earth (Crushed stone / Gravel)

Step 1

A small cubic box which consists of a green roof which acts as a water filter for harvesting rain water.

Step 2

These boxes are combined and added while varying the heights which forms a module .

Step 3

Varying heights are for different plant species depending on their root typology.

Step 4

BLURRED TREES

OUTDOOR LIBRARY

Namtari village, Zamfara, Nigeria. 2757.25m2

Statistics show that the northern region of Nigeria has a low rate of education due to terrorism, poverty and cultural and patriarchal factors.

The presence of an outdoor library will present opportunities to promote self-learning among the local youth and children.

The project is located in Namtari. This is a village situated at the south of adamawa state with a population of less than 50,000. It is a small community with farming as the main occupation and source of income.

The structure serves to collect rainwater in order to increase and better soil and water quality.

AutoCad SketchUp Vray

The structure is designed using bespoke steel column and beam profiles. Shelves are located in the playful seating boxes. The structure is designed to be self sufficient regarding its energy needs and usage.

layout)

PROFESSIONAL PROJECT

CARMICHAEL HOUSE

RESIDENTIAL FLATS

DJD Architects Worcester, Kevin Davis, Olivia Firth

ArchiCad

The Carmichael house is a refurbishment from an existing office to 2 flats. 1 flat consisting of 2 beds and 3 persons and the other flat is 1 bed and 2 persons. The 2 flats were designed in reference to the NDSS schedule and the Fire Safety: approved document B.

KEY

NOTES

Concept design only.

Subject to OT Approval and comments.

Existing Living area, converted to a single bedroom as requested by the OT.

Existing dining area, converted to proposed living area.

Proposed access provided to the living area from the Hall.

Amend kitchen counter to facilitate for proposed access.

Existing interior Wall, modiÞed to form partition between the proposed bedroom and proposed living area.

Remove decorative brickwork to existing internal archway and inÞll opening with new acoustic partition. Steelwork may be required to existing opening.

Detailed design required.

NOTES

Concept

Subject

PROFESSIONAL PROJECT

MIDA 3

APARTMENT COMPLEX

STUDIO 14 / s t u d i o n d ö r t mimarlık ltd, Nicosia, Fevzi Özersay Autocad Sketchup Vray

The project consists of 2+1 apartments . the apartments tally up to 20 units divided in 2 structures. The entirety of the ground floor is dedicated towards parking spaces for the residents.

As part of my internship for studio 14 architects, i was mostly responsible for the facade designs and 3d modelling.

VERTICAL NEST

MIXED-USE BUILDING

Bedrettin demirel street, Nicosia Cyprus. 10435m2

The aim of this project was to design a mixed use building, consisting of residential, commercial and leisure functions with 2 existing structures.

Understanding and analysing the surrounding context was key in this project.

The structure consists of shops that are designated on the high street, gyms, offices, cinema and a community centre.

The vertical nest project, sought to implement all these variating functions with little or no conflict during its use. It also sought to improve pedestrian movement and circulation with the proposal of public squares that connected two streets.

The challenge of this project was designing a unique structure that fits the contextualization of Nicosia.

AutoCad SketchUp Vray

CONCEPT & DEVELOPMENT

STEP 1 establishing a link between the main road and the service road. establishing an access to a prospective high street.

STEP 2 extrusion of forms in accordance with the context of the nearby structures.

STEP 3 orienting the design towards the site’s views thereby contributing to the street’s context.

STEP 4 creating the possibility of optimizing views for residents.

STEP 5 addition of terraces due to climatic intrusions.

STEP 6 addition of shading components for sun and shadow control.

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Part 2 PORTFOLIO - selected works by Joachim Umoh - Issuu