Jerwin Geo_Portfolio-2023

Jerwin Geo Architecture Portfolio 2018-2023

Jer wi n G eo

|Architect | Computational Designer | Content Creator|

DOB 27-06-1999 Gender Male AL10 8SF, Hatfield, England

ar.geojerwin@gmail.com (+44)7442224310 IG: @geo_jerwin

I feel that architecture has an important role in changing people’s lives and establishing new trends. So it’s reasonable to believe that with the aid of Architecture, and wiith associated computational methhods, we can improve mankind and address important social and geographical concerns.

And I am eager to collaborate with like-minded professionals and explore the limitless possibilities of the field.

Education 2016-2121

Sigma College of Architecture, Kanyakumari

| Bachelor of Architecture (5 years)

2022- ...

Univerisity of Hertfordshire (Year 1 completed)

| Masters in Architecture & Urbanism (2 years)

Experience 2019-2019

Suvasthuk Architects, Bangalore

| Architecture Intern

2021-2022

Muse Architects, Bangalore

| Junior Architect

2022- ...

Kaarwan.com (part-time)

| Tutor for Rhino + Grasshopper

2022- ...

Univertsity of hertfordshire (part-time)

| V.L for Rhino + Grasshopper

Certifications 2020

AI Urbanized_Equim Education

| (Rhino + Grasshopper)

2021

D.A.M_Equim Education

| (Rhino + Grasshopper, Maya, Blender)

Attainments 2018

ITIUTA Adhiyamaan_(solo)Product design competition

2nd Place

Creating a multi functional product (Bag+ Seat) 2020

A.I Urbanized_(group)(Computational Design Competition

Hon. Mention

Archdais Mars Calling_(solo)International Architecture Competition

Top 50

Designing a high rise building and running various simulations over it.

2021

Visualizing a mars colony 2021

D.A.M-Equim_(solo)Parametric Design Competition

2nd Place

Archmello TOY 2021_(solo)Academic Thesis Competition

Hon. Mention

Designing a Aqua based Structure using parametric tools

2021

UG Degree Thesis (Chhiwali- Brownfield Development)

2016-2022

Other Milestones: • Co-Host for multiple Inter (Symposiums)/Intra college events • Built over 5000 subscribers on YouTube (Geo Creations) • Got published in Print Media (The New Indian Express) *The article is about me and my accomplishments as a photo manipulator.

Skills Software

CAD (2d&3D)

Rhinoceros

BIM

Revit

3D Modelling & Animation

Maya

Parametric

Grasshopper

Rhino Inside Revit

Rendering

Unreal Engine

V-ray

Graphics

Photoshop

Indesign

Video editing

After Effects

Premiere Pro

Web, UI &UX

XD

AutoCAD

3Ds Max

Sketchup

Blender

Dreamweaver

Lumion

Dynamo Enscape Twinmotion

Iillustrator Davinci Resolve

Figma

Coding

HTML, CSS, Python

Media

Photography, Film Making, Motion Graphics, 3D&2D Animation, Web Designing

Misc

Public Speaking, Model Making, 3D Printing, Digital&Manual Art, Swimming, Skating 4

Content This portfolio comprises works from my Bachelor Design studio, Masters year -1 works, competitions, and my conceptual Arch-Viz work.

The selected works are from the year 2018-2023.

All the units are Metres unless mentioned otherwise.

The Garden Block

Academic work | Year 1 | Assignment 5 (Individual work)

Chhiwali B.F.D_6

Academic work | Thesis (Township) | 2021 (Individual work)

Bhavani Medai_16

Academic work | Urban Design Proposal |2020 (Individual work)

T-Frence_20

Academic work | Auditorium |2018 (Individual work)

Voro Tree House_24

Volume Zero-Tree House Competion | 2021 (Individual work)

LeviQuarium 2121_30

D.A.M_Equim-Parametic Design Competion | 2121 1st Runner up (Individual work)

D-LY Towers_34

Parametric High Rise Tower -AI simulation | 2020 Honourable mention (Team work)

Arch-Viz_38

Competitions, Miscellaneous works | 2018-2021 1-International Top 50 (Individual works)

4

THE GARDEN BLOCK Urban design project Academic work | Year 1 | Assignment 5 Typology Site Project type

: Reserch, Urban : London (3.5 Ha) : Individual work

HEIGHT RANGE

The Thames Barrier

Ideal height : + 110m

VISTA 1

Emirates Cable Car

Ideal height : + 35m

The ideal heights for viewing several vistas in London have been provided, including the Thames Barrier, Emirates Cable, River Thames, O2 Arena, Canary Wharf Skyscrapers, Victoria Park, and London Stadium. These heights are essential for creating viewing decks or towers that provide tourists and visitors with a panoramic view of the city and its landmarks.

The Thames Barrier, located on the River Thames, requires a viewing height of 110 meters. Emirates Cable, on the other hand, requires a height of 35 meters for optimal viewing. The River Thames and O2 Arena require a height of 40 and 60 meters, respectively, while the Canary Wharf Skyscrapers and Victoria Park require a height of 70 and 60 meters, respectively. Finally, the London Stadium requires a height of 130 meters for optimal viewing.

5

VISTA 2

River Thames

Ideal height : + 40m

VISTA 3

Ideal height : + 60m

The project proposes a commercial building of 35 meters in height, which will be used to generate income. The remaining height, after 130 meters, is reserved for the creation of a viewing deck that allows tourists and visitors to view the city and its landmarks. These viewing decks can be designed in a variety of ways, such as a tower, a cantilevered platform, or a sloping roof. Regardless of the design, the viewing deck will offer a unique and memorable experience for tourists and visitors alike.

m

O2 Arena

The Canary Wharf

VISTA 4

VISTA 5

Victoria Park

VISTA 6

The london Stadium

VISTA 7

Grid = 250 x 250 m

Ideal height : + 70m

Commercial

Ideal height : + 60m

Residence

35m height

Ideal height : + 130m

Tourist

130m height 4 6

Design process

Offesting to create an Atrium -like space

Determining the shape of the towers by taking perpendicular lines from the vistas.

View to london Stadium

View to Thames, The Barrier and the cable Car

Massing

Ctreating opening for more Vista access.

Planning

8m

9

Smoothing hard edges

Testing Structures

Final Design

Site Plan 4 10

4

4

@A1

4

Interior View from Residence

Interior View from Residence Pre Visuals

Pre Visuals

Pre Visuals Physical Model

11

Conclusion: After designing the of planning the arranging formats and creating the structure blocks utilizing Grasshopper, the venture has advanced to the following stage where the private units are currently coordinated into the structures. The buildings are made up of three towers, Physical Model Pre Visuals the tallest of which is Tower Hamlets and has a height of 188 meters.

In Grasshopper, Galapagos was used to optimize the building massConclusion: ing, in athe balanced and the pleasing composition.

Afterresulting designing of planning arranging formats and creating the structure blocks utilizing Grasshopper, the venture has advanced to the following stage where the private units are currently coordinated into the structures. The buildings are made up of three towers, the tallest of which is Tower Hamlets and has a height of 188 meters.

In Grasshopper, Galapagos was used to optimize the building massing, resulting in a balanced and pleasing composition.

Exploded View

View from a Public space (Tower -1)

4 12

CHH I W A L I Brown field Development Academic work | UG Thesis | Sem 10 Typology Site Project type

: Reserch, Township : Kanpur (46 Acres) : Individual work

View 1A: Aerial view of plaza from the entrance

Honourable Mention

1- Exisitng water stream, leading to river ganges.

2- Artificial Lake.

3- Water Catching system, inspired by namibian desert 4- Exhibition Center 5- Retail park

Concept Brownfield development based on Critical Regionalism (Topography) and built sustainably (Material Usage) with Bio Mimicry (Namibian Desert Beetle).

Site Selection Criteria The site selection is based on a research article published by Prof. Dr. Tim Mansfeldt and Prof.

Dr. Georg Bareth. Which states that the site is being contaminated by COPR, which hamrs the land and its surroundings, causing land polution and water pollution. So the goal of the project is to make that toxic waste to an useful building material.

Recycling Of Chromite Waste (COPR) for Concrete Abstract The objective of this study is to identify the significant factors and interactions involved in maximizing compressive strength of concrete when chromium waste is used as admixture. In this respect, experimental factors at two levels, which are admixture type (chromite/ chromite+ superplastizer), admixture percentage (5- 15%) and cure duration (7-28 days), are selected as possible candidates affecting the compressive strength.

Materials & Methods Super plasticizer and naphthalene sulfonate were added to the mixing water, which was then mixed with the cement. Mixing was carried out at the room temperature.

Chromite FeCr2O4

Naphthalene- 2,7-disulfonate C20H11N2Na3O10S3

15

a

b

c

SEM micrograph of samples with cement + super plasticizer (a), cement + chromite industry waste (5%) + super plasticizer (b), and cement + chromite industry waste (15%) + super plasticizer (c) for 28 days.

10- Appartments (Residential zone) 11- Bridge passing through the artificial lake 12- Connecting atrium for the retail park 13- Ramp leading to underground car parking

t beetle.

6- Mixed use Zone 7- Club house (Residential zone) 8- Children’s and Adult’s park (Residential zone) 9- Ramp to acess successive levels

14- Roof ventilation (retail Park)

Section AA’

Section BB’

V1B<

V1A<

C

>V1

>V1D

V1E<

Master Plan 4 16

The roof Skin ti Created using SubD with a poly carbonate material, to allow natural light, and a voronoi steel frame, providing suport to the whole structure.

The ground and first floor space is going to act as a prop to attract people into the site. thats why it must be well designed. This form is optimised for visal appeal an recreation.

This is the voronoi structure, which I’ve usedas a pavilion. Uses wood as the primary material annd steel as the structural material. The model is done using grasshopper.

Exploded view 17

View 1B: User perspective of the plaza

4 18

Free Form Base on the site

Surface offset for the ceiling

Smooth connection(Rhino SubD)

View 1C: Exhibition Centre

Top View The exhibition center - Chhiwali This is a fluidic structure, comes as a part of recreational area. as it promotes tourism and stands as a infotainment hub. This is fundamentally buit for botanical exhibition, followed by, recreational activities, interactive hubs, restraunts, parks etc.

19

View 1D: Exhibition Centre’s Interior View 4 20

Bioinspired surfaces : Darkling beetles of the Namib Desert, live in one of the driest habitats in the world. It consist of superhydrophilic spots over a superhydrophobic background.

The surface consists of spots, size of 0.5 mm and a pitch of 1 mm was chosen, hydrophilic spot diameter: 0.2–0.5 mm, pitch: 0.5–1.5 mm.

Section

Plan

Isometric Section

21

View 1E: Tree pod’s Exterior view 4 22

BHAVANI MEDAI Urban design Proposal Academic work | Urban Design | Sem 9 Typology Site Project type

: Urban Design : Chennai (1200 sqm) : Individual work

View 2A: Night view of Bhavani Medai

Breakdown

Mismanagement

Mis Use

Bhavani Medai is one of the main Place Making Element of Thiruvanmyur, where once a lot of cultutal activities used to happenen. The core concept of this design is to bring back some social interacion is an effective manner, without affecting the existing local business.

Current Scenario The place lost its significance, due to urbanization and cultural shift.

Ground floor Plan

Now-a-days people are using it as a semi permanent market space and occationaly a gathering space.

First floor Plan

Section AA’

Section BB’

25

Axnometry- Exlpoded

View 2B: Night view of Bhavani Medai

4 26

T

FRENCE

Conference hall design Academic work | Time Problem | Sem VI Typology Site Project type

: Time Problem : Kanyakumari (4 acres) : Individual work

View 3A: Front View

A’ B’

A

B

Plan

Section AA’

Section BB’ T-Frence (Tomorrow+Conference) This is an auditorium design, initially done as a part of my academics. The main feature of this design is the idea of using switch glass technology to control the opacity of the roof, thus allowing natural light to enter only in required parts of the building.

A 29

8m

8m

View 3B: Interior View - Lobby

4m

0.6m

2.5m

Axnometry- Exlpoded

0m

View 3C: View from the entrance

4 30

VORO TREE HOUSE ParametricTree House International Competition | Volzero | 2021 Typology Site Project type

: Residence : Kanyakumari (400sqm) : Individual work

View 4A: Exterior view

Participant

Voro tree House: The Project Focuses on providing a habittat, designed especially, for 2 individuals, but enough semi open space to accomodate their friends and family.

The design is completely parametric. mainly focusing on randomly generated voronoi pattern, reflecting the randomness of the nature, ie the environment of the tree house.

0m

2m

4m

Site plan A

A’

B

33

B’

Plan - Level 1

Plan - Level 2

Section AA’

Section BB’

View 4B: View From the balcony 4 34

0m 4m

8m

+9.15m

+8.98m

+9m +6m +3.2m +9m

+3.2m +3.15m

+3m

+2.97m

0m Axnometry- Exlpoded The materials used are local wood (Eucalyptus) and steel. This model is completely done using Gh Scripting with some little additions here and there using rhino modelling. The aim was to make the structure, 100% parametric so that it would be a little flexible to changes and iterations.

35

View 4C: Front View 4 36

LEVI QUARIUM 2121 Levitating Aquarium Parametric design Competition | Equim | 2021 Typology Site Project type

: Aquarium (comm.) : Ocean Not Specified : Individual work

View 5A: Underwater

1st runner up

Point Attractors - aquashine Point attractors are used both w the water and in the glass below a little tilt allows the users to hav and that have a variable scale like a shiny scale of a fish that re What’s the Structure about?

Hotel + Observatory: The floating Voronoi cells pointing down ens Aquarium: The live Aquarium be is a multifunctional live exhibition including restaurants.

How this is floating ?

Quantum levitation or quantum ly match the magnetic fields sur to levitate pinned in a strong ma

Superconducting State

Resistivity

Wh

Normal State

Temperature

Superconductivity Grap

Tech Behind the Floating buildin

Axnometry- Exlpoded

39

The Meissner Effect: When a superconductor reaches its critical temperature all magnetic fields applied to it are excluded from

the interio words, the go aroun through it

View 5B: Full frontal view

with the Voronoi of the structure levitating above and w the water. The Voronoi cells are pointed down with ve a great view. Hexagonal cells are used as panels e as it progresses towards the centre, making it seem eflects light in a particular way.

g Structure above the water has peeking glasses with suring privacy. elow the waters n of aquatic animals with a wide range of amenities

m locking is the ability of a superconductor to perfectrrounding it, which allows a Type II superconductor agnetic field.

hat is superconductivity ?

Superconducting materials can transport electrons with no resistance, and hence release no heat, sound, or other energy forms. Superconductivity occurs at a specific material’s critical temperature (Tc).

As temperature decreases, a superconducting material’s resistance gradually decreases until it reaches critical temperature. At this point resistance drops off, often to zero, as shown in the graph at right. At higher temperatures are in development, superconductivity is typically possible only with expensive, inefficient cooling processes.

ph

ngs

Supercurrents: or. In other When a supercone field will ductor at its critical nd it, not temperature is exposed to a magnetic field currents are induced within it. Thus

a floating piece of superconductor will stay in any position it is left in and will follow a magnetic track.

4 40

Top 50

Nili Fossae People’s Zone (2021) The ultimate aim of this concept is to emulate the human conditions on Earth, as much as possible. The Artificially pressurized Dome has enough oxygen supply and the exterior material takes up most of the harmful radiation. So, the inhabitants need not worry about taking tedious precautions, making them feel like they are in a living hell.

This work won the “The International Top 50” Rank. The competition is conducted by Archduas, Titled “Mars Calling” The software used to acheve this result are, Rhino + Grasshopper for modelling, Lumion fro rendering and Photoshop for post processing.

45

39 4 46

JERWIN GEO ar.geojerwin@gmail.com (+44)7442224310 IG: @geo_jerwin

flow.page/geo_creations