melissa jimenez_portfolio1
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Melissa Jimenez design portfolio
Flowers Medium:Prismacolor Color PencilsAcademicIndependentCoat, Desk, and Chair
Medium:Pencil
Medium:Ink & Watercolor Medium:Ink & Watercolor
International House Medium:Charcoal
Case Study| Renzo Piano: Morgan Library
Transversal Section 1 Transversal Section 2
Longitudinal Section
South Elevation
West Elevation
Group Project| Student worked on Transversal Section 1 and 2, South and West Elevation
Program Used: AutoCAD
Analytical Drawing Unfolding Plan Program Used:AutoCADAcademicIndependent
Project Description: Through careful examination of Renzo Piano’s Morgan Library analyze and redraw the plans,sections,and elevations of the project.
Project Description: Use Renzo Piano’s Morgan Library to create an analytical drawing that gives insight into the design of the project.
This unfolding plan of the Morgan Library illustrates a circulation path through the ground floor and gives a sense of spatial quality. The rotations seen indicate a change in direction.
Berkeley Art Museum Program Used:AutoCAD
AcademicIndependent
SOLIDS
SKYLIGHTS
VOID
PROGRAM VOID SLOW STAIR
FAST STAIR
SLOW CIRCULATION
FAST CIRCULATION GALLERIES
SHOPS ETC.
Project Diagrams
Berkeley Art Museum Program Used:AutoCADAcademicIndependent
Project Description: Through experimenting with solid versus void a design was devised for the Berkeley Art Museum. The extractions of that form became courtyards, provided visual light-ness, and allowed for the entry of light. Program was strategically placed throughout to strengthen the circulation and allow for a public and private experience.
Study ModelScale 1/32”=1’
Final Design ModelScale 1/32”=1’
Longitudinal Section
Longitudinal Section
West Elevation
South Elevation
Study ModelScale 1/32”=1’
Study ModelScale 1/32”=1’
Ground Floor Plan First Floor Plan
Sectional Perspective
Final Model Individual Views Scale 1/16”=1’
Case Study| Patkau Architects| Newton Library
West Elevation
South Elevation
Transversal Section 1
Transversal Section 2
Transversal Section 3
Group Project| Student worked on West Elevation and TransversalSection 1,2,3
Program Used: AutoCADAcademic
Project Description: This case study will serve as an exploration in form and use while adding a focus on assembly. The relationships between materials and con-struction in relation with experience and space. Study and redraw the plans, sections, and elevation of the Newton Library to learn about its tectonic system.
Case Study| Patkau Architects| Newton Library
Reflective Roof PlanFloor Plan
Group Project| Student worked on Lighting and Site Diagram, Edited Plans
Group Project| Student worked on Model Case Study| Patkau Architects|
Newton Library
Longitudinal Section 1
Longitudinal Section 2
Structural Diagram
Case Study Modification|Patkau Architects:Newton Library
Study Models| Scale:1/16”=1’
Program Used:AutoCADAcademicIndependent
Project Description: Use the tectonic system designed by Patkau Architects in the Newton Library as the basis for an interactive space. Use this system to further create a spatial relationship between the structure and the program.
Center for Collaborative Research
Rendered Sectional Perspective
Context Ground Floor Plan
Study Model
Study Model in Context
Transversal Section 1
Transversal Section 2
Transversal Section 3
Longitudinal Section
Structure Diagram
Center for Collaborative ResearchProgram Used:AutoCAD & Rhino 4.0AcademicIndependent
Project Description: The Center for Collaborative Research supports research that bridges traditional disciplinary boundaries. The building is designed to accommodate different possible futures of research. The site should actively instigate participation in from the regional, local and campus communities.
Ground Floor Plan
Think Tank: Berkeley Art Center
Rendered Sectional Perspective
Cross-Section
Longitudinal SectionCross-Section
Think Tank: Berkeley Art Center Program Used:AutoCAD & Rhino 4.0AcademicIndependent
Study Model 1
Study Model 2
Project Description: Design a Think Tank that enables the culture found in Berkeley.
The Berkeley Art Center facilitates creativity in music, photography, ceramics, and art. The ground floor plan of BAC breaks the rectilinearity of Telegraph Ave and is inviting to the public. The design of this think tank allows for visual access of the artistic spaces and a split in the program can be seen by a strategic use of offsetting.
Haste Elevation
Teleraph Elevation
Think Tank: Berkeley Art Center
Think Tank Movel View 3
Think Tank Movel View 1
Think TankRoof Top Render
Think Tank: Berkeley Art Center
Interior Render
Program Used:AutoCAD & Rhino 4.0AcademicIndependent
Wood Display Case
Axonometric Drawing of Joints Built Model
Group Project| Student worked on Axonometric Drawing and Built
ModelWood Display Case
Plan
East Elevation
South Elevation
Display Case Render 2
Display Case Render 1
Group Project| Student worked on Plan, South and East ElevationRender 1 & 2
Project Description: Design a wooden display case that can be incorporated to the existing concrete planters in front of Wurster Hall at UC Berkeley. The display case must be four feet high from the planter and cantilever three feet.
This simple and functional design serves as a display case and a table. Its strategic location on the planter allows for it to be used by multiple people at any given time. People are able to actively engage with the surrounding environment and the structure.
Steel Elevated Structure
Plan
North Elevation Joint Detail
Render Drawing Built Steel Structure
Project Description: Create a four to six foot steel structure employing a series of steel connections.
This spiral design employs both bolted and welded connections. At the top of the structure a series of steel cables create a nest that allows individ-uals to sit and interact with the structure.
Group Project| Student worked on Plan , North Elevation,Render,
& Physical Model
Trellis Render 1
Plan
North Elevation
East Elevation
Trellis Render 2
UC Berkeley Wurster Hall Trellis
Project Description: Design a column plan and a hierarchy of beams for a trellis that will help you understand structure as an art form.
This trellis design incorporates the existing archi-tecture of UC Berkeley’s Wurster Hall courtyard. The angle of the beams allows for the transfer of forces throughout the structure and creates three distinct spaces: a swing, an easily accessible sitting area, and a bench.
Group Project| Student worked on Elevations,Plans, and Render 1 Program Used:AutoCAD Academic
Lightweight Concrete Bridge Lightweight Concrete Bridge
Reflected Plan
Reflected Plan Render
Axonometric Drawing
Joint Detail North Elevation West Elevation
North Elevation Render
Rendered Perspective: Reflected Concrete Ramp Constructed
Concrete Bridge 3’Span
Project Description: Produce a lightweight concrete bridge achieving maximum volume with minimum weight.
By creating a symmetrical design and using tension cables we were able to resist both lateral and verti-cal force. The X-shape of the design combined with the waffling created on the ramps allowed for a decrease in the weight of the project.
Group Project| Student worked on Reflected Plan & Render, Joint Detail
Group Project| Student worked on Rendered Perspective and Elevation, & Physical Model
Addition to the Louisiana Museum Addition to the Louisiana Museum
B
B
A
A
N
Floor Plan
Section A Section B
South Elevation
East Elevation
North Elevation
Exterior Render|North Elevation
Exterior Render|South Elevation
Exterior Render|Birds-Eye View
Interior View of Daylight Modelat Equinox 12:00 pm
Interior View of Daylight Modelat Equinox 12:00 pm
Interior View of Daylight Modelat Equinox 12:00 pm
Group Project| Student worked on South, East, & North ElevationExterior Renders, Daylight Model
Group Project| Student worked onExterior Render and Sections
Project Description: Employ sustainable and daylighting techniques to design an additional gallery for the Louisiana Museum with climate conditions from Detroit, Michigan.
Our goal was to create a beautiful, naturally lit gallery, whose architecture was derived from the constraints of the climate. To minimize heat loss and maximize display space, a minimal amount of windows were used, having three choice openings in the building to serve three different purposes. A large window on the south façade is used for passive solar heat gain, a continuous clerestory along the east and north sides provides even, diffuse daylighting, and a long narrow window on the north façade of the building provides a view to exterior landscape.
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