Abraham Melendez Student Portfolio 2012
From the heart of an architecture student
Abraham Melendez
Experience
A. 2326 N. Monticello Ave. Chicago, IL 60647 M.773.738.5748 E. amelendez@siu.edu
Goodfriend Magruder Structure LLC, Chicago, IL Structural Building Information Modeler `August 2010 -August 2012 Implemention of Revit Structure 2010-2012 Assist with coordination with architects project models Develop office standards and libraries BIM Projects:
John Ronan Architects Gary Comer College Prep 2011
C.E. Anderson & Associates Structural Engineers, Chicago, IL Structural Building Information Modeler August 2008 -August 2010 Generate structural BIM drawings from 2D plans and 3D models Create new family components for details and sections Coordinate with architects on updated models and clash detection
My primary focus since arriving at Southern Illinois University was to finish my Architectural degree. I have been set back for several years due to family obligations and limited finances which made it difficult for me to continue to achieve my goals towards my education. My interest in architecture was not from professional fame or childhood fantasy but from my siblings. It was their struggle and interest that inspired me to pursue a degree in the field of architecture. They never completed higher level education degrees for the same personal reasons that I was set back.
BIM Projects:
FGM Architects Sycamore Middle School 2010 PHN Architects Falcon Park Recreation Center 2009 Wheeler/Kearns Lake Shore Drive Residence 2009
Structural CAD Drafter May 2006-August 2008 Accurately draft details, sections and plan from rough sketches from Engineers Draft sections from paper and digital plans for Project Engineer to analyze Draft from existing structural plans to CAD files for project additions Coordinated projects files for x-referencing and layer management
My family is my inspiration to work hard and push myself to a higher standard that they expect from me. The educational goals that I have laid out for myself are to complete a Bachelor’s degree in architecture and to pursue a graduate degree in architecture as well. My goal as a graduate student to gain the knowledge needed to practice architecture in a concious and responsible nature. These ideas are from my own childhood in which my parents financial standing gave me greater appreciation for fewer possessions. Thus launching my interest in architecture by learning the building blocks of natural environment that has been neglected.
CAD Projects:
Education
My graduate studies will not be about sustaining a balance with nature but rather the neuroscience that causes the need for such possessions. I strongly believe that by understanding the brains functions in architecture we can further understand the need for humans to destroy the only we all can collectively call home, Earth. My professional aspirations depend on my academic goals which are currently within reach. With persistence and my family inspiration I can complete what my sibling could not at this time, a master architecture degree. My degree would help develop my future by giving back to a community that is not lenient on those who struggle to create a better life for their families.
Brininstol + Lynch R+D659 2008 RTKL Central DuPage Hospital Expansion 2006-2008 FARR Associates Charles H. Shaw Learning and Technology Center 2008
Southern Illinois University Carbondale, Carbondale, IL August 2010- Present School Of Architecture Undergraduate - Currently Fourth Year Student Bachelor of Science in Architectural Studies, expected graduation May 2013 Deans List 2010-2011
Wilbur Wright College, Chicago, IL August 2006-May 2008 Associate of Arts, focused on architectural studies, with Honors 2008 Volunteer
Habitat for Humanity Campus Chapter, Carbondale,IL August 2011-Present Construction and Landscaping Volunteer
Affiliation
Abraham Melendez
Studio Magazine, SIU Carbondale School of Architecture Co-Editor / Interviewer / Layout Design, July 2012-Present Habitat for Humanity Campus Chapter, Carbondale,IL August 2011-Present Vice President, August 2012-Present AIAS The American Institute of Architecture Students, SIU Carbondale August 2011-Present Freedom By Design Project Manager, August 2012-Present USGBC United States Green Building Council, SIU Carbondale August 2011-Present Competition Chairperson, August 2012-Present Abacus Architecture Club at Wilbur Wright College, August 2006-December 2008 President, August 2007-December 2007
Related Skills
Autodesk AutoCAD 2012 Revit Architecture 2012 Revit Structure 2012
References
References are available upon request
Adobe Acrobat 8 Photoshop Illustrator
Microsoft Office
CONTENTS
PERSONAL STATEMENT
RESUME
URBAN RESIDENCE, 2005
HAITI DESIGN COMPETITION, 2011
RESTAURANT AND NIGHT CLUB, 2006
CORPORATE OFFICE, 2011
CASE STUDY HOUSE, 2010
2 NEUROSCIENCE IN ARCHITECTURE, 2012
URBAN RESIDENCE, 2005 931 NORTH ELSTON AVE CHICAGO, ILLINOIS
The City of Chicago has underdeveloped neighborhoods that were previously used for industrial purposes. This project consisted of locating a site and developing an urban residence. The site is located in the River West Neighborhood industrial district. The residence is less than 1/4 mile from public rail transit, daily vehicle rental, consumer services and night life entertainment. The residence consist of 1400 square feet. The first floor has a 1/2 bath, living room, kitchen and eating space. The second floor has 1 full bath and 3 bedrooms with closest. The challenging aspect of this site was that it had to stay within the Chicago Building Code, that includes setbacks and height restrictions. The site sits on a triangle area that has a rail line that is 20 feet above grade to the south and a multi-family residence to the north.
SITE PLAN 0
5
15
35
CHESTNUT ST
ELSTON AVE
RACINE AVE
WILLARD CT
AUGUSTA BLVD
URBAN RESIDENCE, 2005 TOP OF ROOF EDGE EL 24’-10” REFLECTIVE SHEET COATING ASPHALT PLY-SHEET METAL JOINT TO BE RETURNED AROUND FRAMES
RIGID INSULATION 3/4“ STRUCTURAL DECKING
CONCRETE WINDOW SILL
2x12 WOOD JOIST
FLASHING 8” BOND BEAM IN FULLY GOUTED
ROOF PLAN 0
1
3
5/8” GYPSUM BOARD 8” CONCRETE MODULAR UNI
7
2x6 TIMBER STUDWORK LINED ON THE EXTERNAL WITH 1/2” OSB SHEATHING
RIGID INSULATION
VERTICAL REINFORCEMENT BAR BATT INSULATION WITHIN STUDWORK VOID
5 6
VAPOR BARRIER
DDOUBLE ANGLE STEEL LINTEL
5
MILLWORK FLASHING
CONCRETE WINDOW SILL
SECOND FLOOR PLAN 0
1
3
FLASHING
7
5
3/4” FINISH WOOD FLOORING 3/4“ WOOD SUBFLOOR 14” OPEN WEB WOOD JOIST
1 BEDROOM
C
TOP OF FINISH FLOOR EL 11’-10”
2
B 3
7
4
FIRST FLOOR PLAN 0
5
1
3
7
3/4” FINISH WOOD FLOORING
1 LOUNGE 2 KITCHEN 3 POWDER ROOM 4 FOYER 5 BEDROOM 6 BATHROOM 7 PATIO
A
THREAD WEEPS 3/4“ WOOD SUBFLOOR 14” OPEN WEB WOOD JOIST
FLASHING LIVING ROOM
GRADE
TOP OF FINISH FLOOR EL 0’-6”
EARTH
6 MIL POLYETHYLENE FILM
VERTICAL REINFORCEMENT BAR
12” STRUCTURAL CONCRETE FOUNDATION WALL
GRAVEL
12” STRUCTURAL CONCRETE FOOTING PARTIAL FINISHED BASEMENT
4” STRUCTURAL CONCRETE SLAB
4” DRAIN PIPE GRAVEL 6 MIL POLYETHYLENE FILM EARTH
SECTION A 0
1
3
SECTION B 7
0
1
3
SECTION C 7
0
1
3
TYPICAL WALL SECTION 7
0
1
2
RESTAURANT AND NIGHT CLUB, 2006 1794 WEST WASHINGTON AVE SAN FRANCISCO, CALIFORNIA The project program was a new urban development for an up-and-coming area in San Francisco. This site is currently a used car dealership which no longer fits the needs of the area. The current district is demanding a new night life scene. The business in this location is set to be a restaurant and a night club mixture. The design space consist of 14000 square feet. The first floor is has a lounge for live mild music and a restaurant. Both spaces are seperated by the kitchen centered ease of access for both spaces. This minimizes wait staff clashing between services. The second level has an open space plan with structure elements designed to create a seperation. Since the site is located in a corner with commercial and residentials, the exterior building is minimal in its design. The main enterance to the restaurant is located in between the new and existing buildings. This was done to create a sense of membership and privacy.
SITE PLAN 0
5
15
35
ON ST
JACKS
TON ST
S AVE
T POLK S
T
CLAY S
S VAN NE
FRANK
LIN ST
G WASHIN
RESTAURANT AND NIGHT CLUB, 2006
4
1
6
5
3 2
7
2
3
6
3 5
2
3
3
5
3
1
4
2 4 2
5 8
4
2
5 1
LOWER LEVEL FLOOR PLAN TN
GN
0
2
6
FIRST FLOOR PLAN TN
12
1 LOADING ENTRY 2 STORAGE 3 FREEZER 4 LOCKER ROOM 5 RESTROOM
2
6
12
0
2
6
SECOND FLOOR PLAN TN
12
GN
0
1 ENTRY 2 BAR 3 LOUNGE 4 KITCHEN 5 ANNEX KITCHEN 6 RESTROOM 7 MAIN DINING ROOM 8 PRIVATE DINING ROOM
0
2
6
12
2
6
12
1 LOUNGE 2 BAR 3 RESTROOM 4 STORAGE 5 DANCE FLOOR
WEST ELEVATION
EAST ELEVATION
NORTH ELEVATION 0
GN
0
2
6
12
SOUTH ELEVATION 0
2
6
12
CASE STUDY HOUSE, 2010 A. Melendez, J. Richards SHIGERU BAN Lake Yamanaka, Yamanshi, Japan 1995 Shigeru Ban first experimented with paper cardboard house in which the house is supported with cardboard tubes. After the earthquake in Kobe, Japan in 1995, it was found that his new design was cheaper and quicker to assemble. The furniture house was an idea from Shigeru Ban to use 33 prefabricated bookshelves as the primary element for structure. These bookshelves are also functional in the interior of the house. Ban describes this as invisible structure concept.
SITE PLAN 0
10
25
50
A
2
1
3
4
5
B
B
6
A
AXONOMETRIC
FLOOR PLAN 0
4
10
20
0
6
15
30
CASE STUDY HOUSE, 2010 CLEANSING
08%
SLEEPING
14%
FOOD PREPARATION
14%
social / learngingSOCIAL/LEARI
64%
VERNAL EQUINOX
SUMMER SOLSTICE
WINTER SOLSTICE
AUTUMN EQUINOX
COLOR AREA SOLAR STUDY 0
4
20
48
1
2
SOLID / VOID 3
STRUCTURAL CABINET 1 EXTERIOR CLADDING PANEL 3/4” 2 STRUCTURAL PLYWOOD PANEL 3 BAT INSULATION 4 2X4 STRUCTURAL FRAME 5 INTERIOR PANEL 6 FINISH DOORS
4
5
6
PRIVATE / PUBLIC
ASSEMBLY PROCESS
STRUCTURAL
ASSEMBLY
0
2
10
22
1
2
3
STRUCTURAL CABINET / CUBBIES 1 INTERIOR PANEL 3/4” 2 STRUCTURAL PLYWOOD PANEL 3 2X4 STRUCTURAL FRAME 4 INTERIOR PANEL 5 FINISH CUBBIE PANELS
4
CIRCULATION
5
DIAGRAMATIC PLANS 0
4
16
38
DIAGRAMATIC PLANS
SECTION A
0
0
2
10
22
1
5
SECTION B 12
0
1
5
12
HAITI DESIGN COMPETITION, 2011 PORT AU PRINCE, HAITI
Following the 2010 earthquake in Haiti, the home design competition was created to provide the best possible homes for rebuilding in Haiti. Though our independent research we uncovered the Haitian culture, previously unknown to us, its history and the peoples lifestyle. We had to create a living area suitable for the climate and culture. Unlike what we known as Americans living in the US, Haitians use very little area as living space. They have very different usage of space from preparing meals, bathing and sleeping. So we were tasked to design a space for the 99% of Haitians. The shelter needed to perform for a certain type of natural occurance like rain, wind, and sunlight. This design performs with the direction of the sun with movable telescoping window panels. Each panel moves to direct the sunlight at any given time for optimal usage.
SITE 0
4
12
24
TELESCOPING CONSTRUCTION 0
1
3
6
SOLAR PENETRATION EXAMPLES
SOLAR STUDY
SOLAR STUDY IN SECTION
SOLAR STUDY IN 3D INTERIOR PERSPECTIVE
SOLAR STUDY IN 3D INTERIOR PERSPECTIVE
CORPORATE OFFICE, 2011 931 NORTH ELSTON AVE CHICAGO, ILLINOIS
The advent of the social network, sustainable thinking and neuroscience occuring in society work places have begun to develop into a new generation of business practices and for employee retention. This project is based on an E-Commerce business. The business that occupies this building is a digital file sharing for the purposes of releasing censored information in a safe and reliable environment. The site is located about 1/8 mile southeast from Southern Illinois University. The site is currently undeveloped with trees and steep hill terrain. Farthest east of the site is a freight rail road. This business type is ideal for the area since the structure will be perched up high in the slope and surrounded by trees for a privacy. The structure is lifted an extra 10 feet above the grade level, at the lowest point, for added protection against vehicular attack. SITE PLAN 65
51
rail road
rt
ad ro d pa ve un g in ist ex
30
is
10
ino
0
ill
GN
s.
TN
SI
DE
WA L
K
PA RK IN G
Guests entering the space have to walk through a long aisle that allow security to prepare for friendly or hostile person. The office space sits lower 15 feet lower from the receptionist space. This is designed as such so guest can view the entire space from above once they enter. Also the purpose is so that hostile persons in the exterior can not see the interior space or who occupies it. The large windows represent the openess of the business and how it relates to releasing information but in a secure location. B
7
2 5
6
9
8
9
4 13 CONFERENCE ROOM
10
A
A
14
SECTION A-A 0
15
3
30
12
HIGHEST RECORD TEMP : 97 F LOWEST RECORD TEMP : -7 F PREVAILING WINDS DIRECTION: SOUTH/SOUTH EAST YEARLY AVERAGE OF 9 MPH 12
RECEPTION
1 B
FIRST FLOOR PLAN TN
GN
0
3
9
1 ENTRY 2 SECURITY CHECKPOINT 3 RECEPTIONIST 4 WAITING AREA 5 MENS RESTROOM
21
6 WOMENS RESTROOM 7 LOADING DOCK VIEWER 8 LOADING DOCK BAY 9 STORAGE 10 GENERATOR ROOM
11 CONFERENCE ROOM 12 SERVER ROOM 13 BREAKROOM/KITCHEN 14 ENCLOSED MEETING ROOM 15 OPEN WORK SPACES
OFFICE SPACE
SECTION B-B 0
NORTH ELEVATION 0
3
15
30
EAST ELEVATION 0
3
15
30
3
30
12
SOUTH ELEVATION 0
3
15
30
WEST ELEVATION 0
3
15
30
NEUROSCIENCE IN ARCHITECTURE, 2011 A STUDY OF THE BRAIN IN ITS RELATIONSHIP WITH VISION Using the brain as the context and the sense of sight as a tool for recognition, memory and the consciousness, it was assigned to develop a model for the representation of the brain. My observations from studying the brain with focus on sight.
The brain makes predictions from past experiences and uses patterns to learn. The yellow lines represent the path the brain makes for future predictions in the consciousness. The black square represent the patterns the brain learns from past experiences. The red and blue ribbons represent the rods and cones in the eye that through visual learning we create memories to recall at a later time. The extrusions of the ribbons represent the complexity of the brains neurons.The yellow oculus represent the eye in which we input information visually to learn.
Manipulation of Vision Our brains are tricked by manipulations of images. We develop a ingular ar method of processing the images we are given. So we take these images es and don’t process another reasoning because it is not in the brainss interest to make such adjustments. Adjustments are for survival.
Prediction Experience
The brain makes predictions to make decisions to help it survive. We develop the knowledge to avoid certain animals, avoid certain plants and d avoid certain people. Since we learned these from past experiences the e brain puts together patterns and removes other unnecessary information n from these components.
Memory Recognition Man in the worm hole. We have seen this image usually in times of confusion in films such as Twilight Zone and Vertigo. We see a person n falling but who is to say that is person falling. What we see is not what at actually is happening. There is nothing to tell you that is correct. Since e this image has been seen before we remember it as it was shown to uss the first time, take it as so. Our memory is bringing back the past st experiences from this image so we don’t question the action.
Digital Model Development
Using the previously mentioned elements of the brain synthesis I developed a model to present vision.
Final board on opposite page.
BRAIN- VISUAL PERCEPTION
SURVIVAL
PATTERNS FUTURE PREDICTIONS
PAST EXPERIENCES
MEMORY LEARNING
STUDIO MAGAZINE, 2012 Co-Editor/Interview/Layout Studio Magazine was created to inform architecture students at Southern Illinois University about the profession outside of studio. Myself and another student developed the magazine to gear it to students. With the help of the campus communications staff and the School of Architecture it was made possible to use campus logos. This publication is not in print format due to funding so it is distributed by e-mail to students. The publication will continue to be developed and grow as the interest and value is appreciated.
STUDIO MAGAZINE
ISSUE # 1.0
|
SEPTEMBER 2012
|
WWW.ARCHITECTURE.SIUC.EDU
STUDIO MAGAZINE
ISSUE # 1.0
|
ISSUE # 2.0 | WWW.ARCHITECTURE.SIUC.EDU SEPTEMBER 2012 | WWW.ARCHITECTURE.SIUC.EDU