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LIONEL MOSS

INTERNSHIP PORTFOLIO

Welcome to my September 2023 Portfolio : )

The projects below illustrate a wide scope of assignments issuded by the university of Cape Town (EX01-06) and two projects I worked on as a part-time employee at a Architectural Firm in Cape Town (EX07) and as a freelance designer (EX08).

Thank you for taking the time to look through. Cheers !

Regards

Lionel Moss Concept Drawings p3 Diagrams & Site p2 Final Drawings p4

PROJECT X PART-TIME WORK HS Architects

PROPOSAL DATA

TYPE: Conceptual design

DATE: 27 February - 24 March 2023

LOCATION Elands Bay, Western Cape

PROFESSOR Tomà Berlanda

COLLABORATORS Clint Abrahams

A shelter is a place of rest where those inside feel protected. The classic hiker has three basic wants from an overnight hike experience. He wants a place to sleep, eat and enjoy the view. We are achieving this by creating a public, semi-private and private space.

Hikers have an appreciation for nature. A hiker’s motto is “Leave no trace.” Therefore, we aim to create a structure that touches the ground lightly with little disturbance to nature.

We want to encourage a specific approach to the building where the hiker can experience the vertical view of the mountain framed by the shelter. The paths between the two parts of the shelter allow undisrupted movement for hikers who decide not to rest while exploring the mountain.

Concept Drawings

Exploration of basic forms from Simple rectangular layouts to the final shape as seen in plan

Spacial exploration within the decide floor plan form.

DIAGRAMS & SITE MODEL

Exploded axonometric showing structure and use of spaces within the building envelope.

This project consisted of technically resolving the Climate shelter in section.

This mean producing a 1:20 section, 3x Detailed drawings & a 1:10 sectional model of the structure

15x160mm Timber rain screen panels fixed to timber battens with 10mm reveal between panels.

Organic, slanted SA Pine columns as per SANS 1783-2/1460/10149 fixed at the base and top with 12mm M/S plate bolted with M12 bolts

Bi-folding doors as per the door schedule

Partially threaded timber screws for CLT wall To CLT Celling connection

All windows and door opening as per the Window & Door Schedule. All glass in accordance to the SANS 10400.

110x22mm Timber decking Nailed to joists below @ 150mm c.c as per SANS 10163

Rocks to prevent ground erosion due to drip water

from roof

PROPOSAL DATA

TYPE: Conceptual design

DATE: 17 April - 19 May 2023

LOCATION Lunuganga Estate, Sri-Lanka

PROFESSOR Tomà Berlanda

COLLABORATORS Clint Abrahams

A sacred space is a place where you can make yourself vulnerable to some extent Within a safe, protected enclosure, It is an area where you can seek quiet time with a small possibility of being disturbed.

I intend to shield the user against surrounding elements by developing a space with Multiple layers as they enter. Doing so will convince the user that they are entering a Safer & safer space with each passing layer.

Atmospheric sketches of Lunuganga estate in Sri-Lanka

CONCEPT DEVELOPMENT

Idea Development

During my design process, I experimented with several different ways of using similar shapes, such as spheres, cylinders and even the shape of the hood of a traffic light, to push my creative envelope further.

1 experimented with how contrasting shades of timber siding would affect the aesthetic of the exterior facade and how I could orientate & arrange layering walls to create a cross-shaped void in the wall that, at just the right time, would cast a cross-shaped ray of sun across the interior to the opposite wall.

Form Development

The model-making process was an exhilarating stage for me. I realised I had an idea of the model I planned to make. However, as I glued materials together, the task at hand “took over”, and my final product displayed something different than initially planned.

It was in this act of model-making that I developed the scheme of having a main chapel that is completely under the roof and protected. Additionally, a curved timber installation on the exterior will wrap (hugs) the main chapel structure. This timber installation will provide a degree of shading but, more importantly, a place for social gatherings.

RV2- View to outside

RV1- Perspective of the Sacred space in its environment

RV3 Perspective from across the pond

RV4- Perspective from underneath the timber canopy

SECTION AA FINAL DRAWINGS

No variation or instruction can exempt the contractor and/or subcontractors from complying with the National Building Regulations SANS 10400.

H: Consult the architect for clarification on any unclear or ambiguous aspects of this drawing and promptly report errors, discrepancies, or omissions.

I: The architects retain the copyright of this drawing.

CONSTRUCTION NOTES:

1. FOUNDATIONS: (to structural engineer's specifications)

1.1 All foundations to comply with SANS 10400-H

1.2: New slab thickening to Eng. Spec where the two new timber walls are to be built.

FLOORS 2

2.1 All floors to comply with SANS 10400-J and SANS 10082

MBER T 3 3.1. Timber framed structures built in accordance with SANS 10082.

3.2. Timber roof trusses manufactured in accordance with Part L Roofs of SANS 10400 'The Application of the National Building

WALLS 4 4.1 All walls to comply with SANS 10400-K.

4.2 exterior walls using timber posts & cladding.

4.3 DPC's to all external door and window openings. 375 micron embossed DPC.

4.4 Timber lintels over all windows and doors exceeding 3000mm. Minimum two layers (100mm)

5.WINDOWS AND DOORS

5.1 Glazing complies with SANS 10400 -0 & N. 5.2 Glass doors that have more than 1sqm or less than 500mm above FFL to have laminated 6mm clear safety glass.

5.3 Aluminum windows and doors made to size.

38x56x3mm Curved C-Channel battens

250Micron DPC Between Timber ceiling and aluminum tip

3mm Aluminum tip fixed to CLT beam mechanically

10mm Shadow line sealed with structural silicone

ROOF +750.0

120x20mm timber shiplap siding consisting of boards joined edge to edge with overlapping

100x210mm Laminated timber Lintel fixed to framing structure with 6mm M/S plate & 4x M12 through bolts. 20

Rabbeted joints fixed to structure with nails.

210 20 120

120x20mm timber shiplap siding consisting of boards joined edge to edge with overlapping

20 210 20

6x150x80mm M/S plate & 4x M12 through bolts @ 80mm hor. centers & 40mm ver. center.

100x210mm Laminated timber Lintel fixed to framing structure.

250Micron DPC between lintel & aluminium transom

50 50 80 40

25mm UV treated exterior glazed panel

25mm UV treated interior glazed panel

250 micron damp proof membrane [DPM] under all surface beds.

200 x 100 x 60mm thick Concrete Weathered Charcoal colored paving blocks.

NGL

150

150 150 150 400 150 2.76°

Foundations according to SANS 2001-CM2, according to engineer specifications. As well as in accordance with SANS 10400-H for foundations.

270mm Built-up beam with two 279x89 & 92x92mm spacer blocks between. Fixed with two M12 bolts @ 1000mm centers.

25mm UV treated interior glazed panel

50x150mm Timber framing post fixed to ground with M/S anchor strap cast into concrete. Secure with M12 through bolts at 100mm centers

10mm Polished concrete screed. Finish as specified by client.

Rebar according to engineers specifications.

150mm Compacted Filling (G5).

250 micron damp proof membrane [DPM] under all surface beds. 0.25mm polyolefin Damp Proof Membrane underneath Surface bed. Laid on top of selected approved backfill compacted in 150mm layers.

0.25mm

fixed to top of CLT truss with self-threading screws @ 400mm C.T.C. ROOF +750.0 38x56x3mm Curved C-Channel battens fixed to top of CLT truss with self-threading screws @ 400mm C.T.C. 140 220 80mm Split-ring connector tri-configuration consisting of a metal ring inserted into corresponding groves cut into the face of joining members & held in place by 1x M12 Bolt. (See Detail on A503) 3mm Aluminum fl;flashing according to architect's specifications 270mm Built-up beam with two 279x89 &92x92mm spacer blocks between. Fixed with two M12 bolts @ 1000mm centers. 38x38mm Laminated radial timber purlins fixed to bottom of CLT truss with nails @ 400mm C.T.C. XLAM TX99 CLT Truss CNC cut to engineer's specifications to reduce weight. 25mm UV treated exterior glazed panel Soft white downlight within boxed out recess around the timber column SCALE: SHEET SIZE: PROJECT NO: ISSUE DATE: DRAWING NO: PROJECT STATUS: ARCHITECT: CLIENT: DRAWN BY: STUDENT NO: DRAWING TITLE: REVIT 2023 SHEET NO O001 MSSL MOSS LIONEL I DATE A1 DATE DESCRIPTION BY SACRED SPACE TEL: 076 877 0999 EMAIL: THEMETRICDIMENSION@GMAIL.COM WEBSITE: METRICDIMENSION.MYPORTFOLIO.COM 8/28/2023 9:51:41 PM A501 DETAILS EX04 25.07.2023 DESIGN DEVELOPMENT TECHNOLOGY II APG 2021W, 2023 CENTLIVRES BUILDING UNIVERSITY OF CAPE TOWN SCALE: 1 10 5 Structural Column Footing SCALE: 1 10 4 Curtain panel cill SCALE: 1 5 3 Curtain panel head SCALE: 1 5 1 Wall Section SCALE: 1 5 2 Column - Truss Connection Michael Du Toit Christos Simos VAR 02 1 DESK CRIT 1 01.08.2023 2 DESK CRIT 2 08.08.2023 3 DESK CRIT 3 15.08.2023 4 PRELIMINARY SUBMISSION 22.08.2023 5 FINAL PIN-UP 29.08.2023

M12 Countersunk screws @ 50mm C.T.C.

AXONOMETRIC - CRITICAL DETAIL

SCALE:

38x56x3mm Curved C-Channel battens fixed to top of CLT truss with self-threading screws @ 400mm C.T.C.

Custom 80mm Split-ring connector tri-configuration consisting of a metal ring inserted into corresponding groves cut into the face of joining members & held in place by 1x M12 Bolt & washer

XLAM TX99 CLT Truss CNC cut to engineer's specifications to reduce weight.

38x38mm Laminated radial timber purlins fixed to bottom of CLT truss with nails @ 400mm C.T.C.

SCALE:

EAST ELEVATION

270mm Built up beam with two 279x89 &92x92mm spacer blocks between. Fixed with two M12 bolts @ 1000mm centers.

50x150mm Timber framing post fixed to lintel with M/S plate with M12 through bolts at 100mm centers

120x20mm timber shiplap siding consisting of boards joined edge to edge with overlapping Rabbeted joints fixed to structure with nails.

EXPLODED

AXONOMETRIC - CRITICAL DETAIL

PROPOSAL DATA

TYPE: Conceptual design

DATE: 24 July - 25 August 2023

LOCATION Paarden Eiland, Cape town

PROFESSOR Amélie de Bonnières

COLLABORATORS Clint Abrahams

The project focuses on creating a design that optimizes space use, accommodates diverse users, considers cultural and social influences, makes thoughtful material choices, and explores how materials are integrated into the design’s various sections.

This holistic approach ensures that the resulting building is not only functional and aesthetically pleasing but also responsive to the community’s needs and the environment within.

MASSING BLOCKS CONCEPT

I used timber blocks to experiment and gather ideas of what the general massing of my structure could look like.

In the first option, I wanted to create a public space at the entrance of my building, similar to what is shown in my second precedent (Centra at Metropark). This was, however, proving difficult to finalise, which led me to my second option.

In option 2, the massing consists of two main elements - The circulation corridor and living units staggered from the corridor towards the ocean and city.

The staggering of the units creates the opportunity for an overhanging element in the interior of the building, as you will see later.

Option 02 (Chosen)

Option 01

This unit presented the best layout because it has a more rectangular shape sized at 6x3m.

It also creates an opportunity for inhabitants to move onto a balcony should they want to.

The unit also contains a compact kitchen and bathroom and a timber slat screen that does divide the space between night and day functions.

STRUCTURAL EXPLORATION

I-Beam & H-column Structure Welded & bolted connections

Exploded Structural diagram illustrating how the ‘unit boxes’ slot into the bigger framework.

Exploded Diagram illustrating how each unit slots into its “unit box’ structure.

A major driving force of my design was to encourage relationships between inhabitants of the building. Voids in the floor plane just outside an inhabitant’s door allow them to look down or up through the floor at another person who might also be at their door. This initiative will nurture a more cohesive community within the new development.

Slanted & perforated steel mesh feature wall

Communal Space 01

Communal Space 02

RV1 - Street Perspective

RV2 - Boundary wall Facade

RV2 - Foyer Level 01

PROPOSAL DATA

TYPE: Environmental & services based design

DATE: 26 July - 6 November 2023

LOCATION Othongathi KwaZulu-Natal, South- Africa

PROFESSOR Tom Sonya

COLLABORATORS Matthew Shepherd

Project X introduced the world of real life building codes and regulations into our design, these strategies are generally not considers in Design Studio II in order to retain creative freedom.

Our environmental & services subject equipped us with all the necessary knowledge to produce a building that adheres to SANS XA regulations, water & energy models as well as a suitable climatic response for the prescribed site..

Black charred timber

OSB Timber panels

SMORGASBORD

SECTION AA

SECTION BB

Perspective

when developing the Mora One was the classical outdoor water pump. Mora One has the same conical body and sharp transitions to the flat surfaces as an old water pump. Mora One has an advanced and reliable technique. The mixers are contributing to a more sustainable environment by saving as much water and energy as possible without compromising on comfort.

Article number: 262051

Description: Chrome

Ceramic cartridge with soft closing function

Adjustable flow control and temperature limiter

®

Soft PEX hoses with 3/8" connecting nut (stainless steel braided)

Swivel spout, limitation part for 60°, 85°, 110° or 360° included

Hole diameter Ø34-37 mm

Water

Requirements

Uniqe characteristics

Energy class

MORA INXX II shower system kit

With its durable chrome finish the INXX II combines classic design with high performance, constant temperature, outstanding comfort and effective scald protection. The overhead shower has a large, slim shower head that looks great in bathrooms with a strong character and striking shapes, as well as in classic bathrooms designed for rest and relaxation. The mixer has been tested and approved according to current building regulations and is energyefficient, which means it reduces water and energy use without compromising on comfort. The INXX II collection offers a world-class water experience.

About the collection INXX II is an elegant, timeless collection in a palette of carefully selected colours. Offering a combination of high quality, sober design and outstanding comfort, this is the ultimate collection.

Article number: 271800

Description: Chrome, 160 c/c

Consist of: MORA INXX II thermostatic mixer:

Pressure balanced thermostatic mixer

• With reversible headwork

• Temperature handle with safety stop at 38°C

• With Eco-function Approved non-return valves, EN-Standard EN1717

MORA INXX II Shower System:

• Shower hose in metal, PVC- and BPA-free

With Easy-Clean anti-limescale system

• Adjustable height

• Hand shower 7,5 l/min, shower head 11 l/min

I believe it is important to replicate real world conditions as best possible. These images on the left are plumbing fixture taken from manufacturer’s website , they provide all the needed sizes and flow rates for my self to make informed decisions and accurate calculations in my project.

WATER & ELECTRICITY USAGE ANALYSIS

Electricity Requirements

I again compiled information for manufacturer’s almost endless catalogues of lighting fixtures to best suite the scheme and need of lighting in my building. Wattage values and quantities are read into the Excel sheet as well as other variables.

Schedule- Sizes

APARTMENT ORBAN BROOKLYN, NEW YORK

The client owns a loft in Brooklyn, New York. He is looking to sell the space, so he requested that we model up the apartment and add the changes he requested to possible boost the value. These additions included a second bedroom on the ground floor,as well as a Built In Closet.

I was thrilled to work on a project outside of South Africa. Hopefully there are many more to come.

THREE STUDIO 21

THREE STUDIO 21

As-Built Revit drawings of the apartment with some rough measurements provided by the clients PDF drawings.

top

Joinery drawings of the proposed Built In Closet that sits below and on

of the Loft level.

views of