2017 portfolio(selected works)(web) by Jasper Sml

jasper lai 2014-18 selected works

3D Software - Rhino // Render Engine - VRay

Design Studio 8 // Landmark Renovation

Professor Philip Lee, Spring 2017 Additional Details: The site is located in St. Louis, Missouri. The project is to renovate an existing 100,000 square foot, 6 stories cold storage landmark building to house a museum of recycling. The light shaft inside the building is not only to bring in natural light but also to remind the public the importance of using renewable energy. Computer Programs: Rhino, AutoCAD, Photoshop, Illustrator

gram for the last 8 years. The city, however, didnâ&#x20AC;&#x2122;t promote this new way of recycling to the public. Therefore, the project is a museum to educate the public why they should recycle food waste or why they should recycle anything. Experment

Experment + Thermal Images

Initial Drawing

2.5 - 12.5 Mins

12.5 - 25 Mins

Combined Drawings

Day Lighting Analysis

January 10am - 6pm

April 10am - 6pm

July 10am - 6pm

Roof

4th Floor

3rd Floor

2nd Floor

Ground

Facade

3D Software - Rhino // Sun Study Plug-in - DIVA

October 10am - 6pm

Design Studio 8 //St. Louis N

Floor Plans Scale 3/32” = 1’-0”

Roof

4th Floor

Food Court

DN UP UP DN

3rd Floor

Workshop / Ofces

UP DN

2nd Floor

UP DN

Exhibition / Gallery

UP UP

Ground Floor

Lobby / Exhibition

Design Studio 7 // Emergent Scapes

Professor William Mac Donald, Fall 2016 This studio focus on interpreting and generating emergent qualitative spatial/time fields mapping relationships between various cultural realms (education, domestic, work, leisure, tourism, etc.) It allows us mutually benefit the processes of design of the elementary school and its relationships to the particular and participant cultures in that same environment. The school will be interpreted as a field of operations and processes which will be invested into the spatial/time/form/matrix of urbanity. Computer Programs: Rhino, Maya, AutoCAD, Photoshop, Illustrator

INFLUENCE MAP

METABOXES

Design Studio 7 // Intensity Mapping of Culture and Qualities

VERTICAL VECTOR

HORIZONTAL VECTOR

CELL MORPHOLOGY & MASS STUDIES

TRANSITORY

MUTABLE

RECLAMATORY

RESTFUL

RECLAMATORY

Design Studio 7 // Cell Morphology Variations

EXTERIOR RENDERING

3D Software - Maya // Render Engine - Arnold

Design Studio 7 // Emergent Scapes

EXTERIOR RENDERING

3D Software - Maya // Render Engine - Arnold

INTERIOR RENDERING

3D Software - Maya // Render Engine - Arnold

Design Studio 7 // Emergent Scapes

INTERIOR RENDERING

3D Software - Maya // Render Engine - Arnold

COLOR CODING

RECLAMATORY Auditorium Classrooms Labs

MUTABILITY Classrooms Studios Gallery Playground

RESTFUL Library Cafeteria Teacher Lounge

TRANSITORY Lobby Admin office Exterior Plauground

Design Studio 7 // Emergent Scapes

RESTFUL Library Cafeteria Teacher Lounge

RECLAMATORY Auditorium Classrooms Labs

MUTABILITY Classrooms Studios Gallery

TRANSITORY Lobby Admin office Exterior Plauground

LS1 LS1

PLAN 1

RESTFUL Library Cafeteria Teacher Lounge

PLAN 2

RECLAMATORY Auditorium Classrooms Labs

MUTABILITY Classrooms Studios Gallery

TRANSITORY Lobby Admin office Exterior Plauground

Design Studio 7 // Emergent Scapes

RESTFUL Library Cafeteria Teacher Lounge

RECLAMATORY Auditorium Classrooms Labs

MUTABILITY Classrooms Studios Gallery

TRANSITORY Lobby Admin office Exterior Plauground

PLAN 3

Design Studio 6 // Modular Architecture

Professor Ahu Aydogan Akseli, Spring 2016 This project is to explore the possibilities of modular architecture, which allows us to achieve fast construction without giving up the beauty of the architecture. We also be able to complete a full set of construction documents and realize the challenges for architects are not only drawings on the paper but much more. Computer Programs: Rhino, Lumion, AutoCAD, Photoshop, Illustrator

Drawn by Christopher Lee 21

Design Studio 6 // Modular Architecture

SUSTAINABILITY

3D Software - Rhino // Render Engine - VRay

EXTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

Design Studio 6 // Modular Architecture

Made by Christopher Lee & Siu Ming Lai

EXTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

Design Studio 6 // Modular Architecture

Made by Christopher Lee & Siu Ming Lai

INTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

Design Studio 6 // Modular Architecture

Made by Christopher Lee & Siu Ming Lai

Design Studio 5 // Pavilion & New Skin

Professor Ivan Rosa, Fall 2015 This intervention project is to redesign then replace the existing facade and entrance of Aaron Davis Hall. The Theater has been a mysterious entrance for students, parents and public. My partner , Gerson Prieto, and I wanted to extend the flying space from the inside to the outside so that the entire facade will become the stage of the theater. Computer Programs: Rhino, AutoCAD, Photoshop, Illustrator

Design Studio 5 // Pavilion & New Skin

INTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

Design Studio 5 // Pavilion & New Skin

Made by Gerson Prieto & Siu Ming Lai

INTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

Design Studio 5 // Pavilion & New Skin

INTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

EXTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

Design Studio 5 // Pavilion & New Skin

Made by Gerson Prieto & Siu Ming Lai

Design Studio 4 // House On The Slop

Professor Frank Melendez , Spring 2015 Spaces should interact with each other so that they can be formed in a whole. When other spaces are ignored, one room can not formed harmony since harmony requires all spaces combine together in a whole with order. Therefore using the system of ratio is one of the ways that pull spaces together and allow them to interact with each other. When two geometries overlap together, the voids will be create within the system and interact with other voids. Those voids will eventually become communal and individual areas for the entire family. Even though three generations are located at different area of the house, they are still united by the system of ratio. Computer Programs: Rhino, AutoCAD, Photoshop, Illustrator

BEDROOM

5TH FLOOR

ROOF

FAMILY ROOM

UP BEDROOM

STUDIO & LIBRARY

BATHROOM

BEDROOM

4TH FLOOR

3RD FLOOR

Design Studio 4 // House On The Slop

DN KITCHEN

BEDROOM

READING AREA

BATHROOM

DINING ROOM

LIVING ROOM

MAIN ENTRANCE

2ND FLOOR

GROUND FLOOR

Design Studio 4 // House On The Slop

SYSTEM OF RATIO 2

1 2

Design Studio 4 // House On The Slop

Design Studio 2 // Donald Judd Foundation

Professor Suzan Wines, Spring 2014 Additional Details: The idea is based on the linear pattern that used on 4th floor. The pattern brings the interior space to the exterior. Those small hills were made based on the shaped of the furnitures as they look like combined with the linear pattern then being brought to the exterior.

Design Studio 2 // Donald Judd Foundation

Design Studio 2 // Box In a Valise - My Memory Box

Professor Suzan Wines, Spring 2014 The wooden sticks symbolize my memories. They are in different length as it symbolizes how long the memory is. The lower part represents my subconscious, and the upper part symbolizes my consciousness. I used longer sticks for my subconscious as human brain usually stores more memories in our subconscious. On the other part, I used shorter stick for the upper part of my model since consciousness usually stores short-term memory.

Design Studio 2 // Box In a Valise - My Memory Box

3D Software - Rhino // Render Engine - VRay

2017 // Juan B. Castagnino Fine Arts Museum TECHO VERDE

PARED DE UGLASS

PARED DE VIDRIO

CONECTORES

MUSEO DE CIENCIA, SAN FRANCISCO USA, RENZO PIANO

MUSEO NELSON ATKINS, KANSAS USA, STEVEN HOLL

MUSEO DEL SIGLO 21, KANAZAWA JAPAN, SANAA

EDIFICIO EXISTENTE

VERSATILIDAD EXPOSITIVA MUSEO CASTAGNINO, ROSARIO ARGENTINA, H H L

Additional Details: The project is a competition which is to design a new addition to the Juan B. Castagnino Fine Arts Museum. It is a team project which I mainly work on the 3D renderings. Computer Programs: Rhino, AutoCAD, Photoshop, Illustrator

EXTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

2017 // Juan B. Castagnino Fine Arts Museum

EXTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

INTERIOR RENDERING

3D Software - Rhino // Render Engine - VRay

2017 // Juan B. Castagnino Fine Arts Museum

COURTYARD RENDERING

3D Software - Rhino // Render Engine - VRay

16”

42”

1. FOLD & FASTEN MIDDLE LIP

3. FOLD UP RIGHT SIDE OF TRIANGLE

5. FLIP UNIT AROUND

2. FOLD UP LEFT SIDE OF TRIANGLE

4. FLIP DOWN TAB FOR FASTENING

6. FOLD IN ANGLED EDGES & FASTEN

5. CONNECT TWO EDGES AND FASTEN

7. FOLD UP BACK TRIANGLE & FASTEN

8. FLIP UNIT 7”

14” 9. INSERT PLANTER AND FASTEN TO CASSETTE LIP

10. FOLD IN FLAPS AND FASTEN

Created by Kathleen Bender 6563

11. COMPLETED UNIT

2017 //Plant-based Dynamic Filtration Systems

Additional Details: Create a building-integrated phytoremediation system using biomech-nical techniques to scrub toxins from the air by integrating modules containing hydroponic- supported plant materials into HVAC systems. My responsibility is to use AutoDesk Computational Fluid Dynamics (CFD) to analyze air flow through our system, and work with the design team to determine the form of the case. Computer Programs: Rhino, AutoDesk CFD, Photoshop, Illustrator

COMBINATION OF UNITS

FANS REMOVABLE PLANTERS

INTEGRATED FRAME AND LID WITH LIGHTING, IRRIGATION, & DRAINAGE

WATER TANK

Created by Kathleen Bender 65

2017 //Plant-based Dynamic Filtration Systems 2017 // Independent Study Sharp Corners

Sharp Edges

Rounded Ext. Edge

Rounded Int.

Rounded Ext. + Int.

10 9 8 7 6 5 4 3 2 1

Flat 1”

Side: 4.824 ft/min

Front: 5.022 ft/min

Mid:

4.329 ft/min

Back: 4.318 ft/min

Side: 4.922 ft/min

Front: 4.225 ft/min

Mid:

4.317 ft/min

Back: 4.335 ft/min

Side: 5.165 ft/min

Front: 5.739 ft/min

Mid:

4.316 ft/min

Back: 4.323 ft/min

Side: 5.287 ft/min

Front: 4.317 ft/min

Mid:

4.321 ft/min

Back: 4.331 ft/min

Flat 2”

Side: 4.825 ft/min

Front: 4.175 ft/min

Mid:

4.315 ft/min

Back: 4.317 ft/min

Side: 4.834 ft/min

Front: 4.331 ft/min

Mid:

4.331 ft/min

Back: 4.529 ft/min

Side: 5.067 ft/min

Front: 4.323 ft/min

Mid:

4.315 ft/min

Back: 4.323 ft/min

Side: 5.310 ft/min

Front: 4.301 ft/min

Mid:

4.318 ft/min

Back: 4.316 ft/min

1 Corner - 2”

Side: 4.464 ft/min

Front: 4.229 ft/min

Mid:

4.303 ft/min

Back: 4.325 ft/min

Side: 4.859 ft/min

Front: 5.457 ft/min

Mid:

4.317 ft/min

Back: 4.329 ft/min

Side: 4.982 ft/min

Front: 4.304 ft/min

Mid:

4.314 ft/min

Back: 4.317 ft/min

Side: 5.052 ft/min

Front: 4.305 ft/min

Mid:

4.316 ft/min

Back: 4.313 ft/min

2 Corner - 2”

Side: 5.320 ft/min

Front: 4.179 ft/min

Mid:

5.328 ft/min

Back: 4.325 ft/min

Side: 4.587 ft/min

Front: 5.474 ft/min

Mid:

4.317 ft/min

Back: 4.331 ft/min

Side: 4.963 ft/min

Front: 4.307 ft/min

Mid:

4.314 ft/min

Back: 4.317 ft/min

Side: 5.078 ft/min

Front: 4.305 ft/min

Mid:

4.315 ft/min

Back: 4.316 ft/min

1/4” Corners

Sharp Edges

Rounded Ext. Edge

Rounded Int.

Rounded Ext. + Int.

10 9 8 7 6 5 4 3 2 1

Flat 1”

Side: 4.999 ft/min

Front: 5.275 ft/min

Mid:

4.319 ft/min

Back: 4.339 ft/min

Side: 4.930 ft/min

Front: 4.275 ft/min

Mid:

4.313 ft/min

Back: 4.337 ft/min

Side: 4.973 ft/min

Front: 5.689 ft/min

Mid:

4.323 ft/min

Back: 4.323 ft/min

Side: 5.286 ft/min

Front: 4.323 ft/min

Mid:

4.324 ft/min

Back: 4.340 ft/min

Flat 2”

Side: 4.955 ft/min

Front: 4.243 ft/min

Mid:

4.334 ft/min

Back: 4.325 ft/min

Side: 4.928 ft/min

Front: 5.511 ft/min

Mid:

4.320 ft/min

Back: 4.330 ft/min

Side: 5.047 ft/min

Front: 4.302 ft/min

Mid:

4.318 ft/min

Back: 4.318 ft/min

Side: 5.142 ft/min

Front: 4.308 ft/min

Mid:

4.318 ft/min

Back: 4.326 ft/min

1 Corner - 2”

Side: 4.873 ft/min

Front: 4.143 ft/min

Mid:

4.334 ft/min

Back: 4.331 ft/min

Side: 4.923 ft/min

Front: 5.507 ft/min

Mid:

4.324 ft/min

Back: 4.332 ft/min

Side: 4.973 ft/min

Front: 4.303 ft/min

Mid:

4.322 ft/min

Back: 4.322 ft/min

Side: 5.098 ft/min

Front: 4.307 ft/min

Mid:

1.318 ft/min

Back: 4.324 ft/min

2 Corner - 2”

Side: 4.865 ft/min

Front: 4.116 ft/min

Mid:

4.279 ft/min

Back: 4.271 ft/min

Side: 4.862 ft/min

Front: 5.497 ft/min

Mid:

4.317 ft/min

Back: 4.325 ft/min

Side: 4.986 ft/min

Front: 4.303 ft/min

Mid:

4.318 ft/min

Back: 4.318 ft/min

Side: 5.504 ft/min

Front: 4.335 ft/min

Mid:

4.331 ft/min

Back: 4.393 ft/min

1/2” Corners

Sharp Edges

Rounded Ext. Edge

Rounded Int.

Rounded Ext. + Int.

10 9 8 7 6 5 4 3 2 1

Flat 1”

Side: 4.934 ft/min

Front: 5.287 ft/min

Mid:

4.135 ft/min

Back: 4.333 ft/min

Side: 4.696 ft/min

Front: 4.093 ft/min

Mid:

4.212 ft/min

Back: 4.215 ft/min

Side: 4.985 ft/min

Front: 5.526 ft/min

Mid:

4.155 ft/min

Back: 4.159 ft/min

Side: 4.698 ft/min

Front: 4.135 ft/min

Mid:

4.146 ft/min

Back: 4.142 ft/min

Flat 2”

Side: 4.959 ft/min

Front: 4.214 ft/min

Mid:

4.315 ft/min

Back: 4.4.523 ft/min

Side: 4.924 ft/min

Front: 5.490 ft/min

Mid:

4.315 ft/min

Back: 4.326 ft/min

Side: 4.832 ft/min

Front: 4.141 ft/min

Mid:

4.155 ft/min

Back: 4.164 ft/min

Side: 5.149 ft/min

Front: 4.305 ft/min

Mid:

4.317 ft/min

Back: 4.315 ft/min

1 Corner - 2”

Side: 4.868 ft/min

Front: 4.179 ft/min

Mid:

4.329 ft/min

Back: 4.316 ft/min

Side: 4.849 ft/min

Front: 5.458 ft/min

Mid:

4.317 ft/min

Back: 4.319 ft/min

Side: 5.012 ft/min

Front: 4.267 ft/min

Mid:

4.306 ft/min

Back: 4.315 ft/min

Side: 5.077 ft/min

Front: 4.305 ft/min

Mid:

4.317 ft/min

Back: 4.313 ft/min

2 Corner - 2”

Side: 4.883 ft/min

Front: 4.196 ft/min

Mid:

4.325 ft/min

Back: 4.314 ft/min

Side: 4.860 ft/min

Front: 5.474 ft/min

Mid:

4.318 ft/min

Back: 4.327 ft/min

Side: 5.021 ft/min

Front: 4.265 ft/min

Mid:

4.306 ft/min

Back: 4.315 ft/min

Side: 4.305 ft/min

Front: 4.318 ft/min

Mid:

4.314 ft/min

Back: 4.984 ft/min

Computational Fluid Dynamics (CFD) Analysis

CFD Analysis by Siu Ming Lai & Chris Lee 66