Jarvis J. Hawkins Portfolio

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ARCHITECTURE

JARVIS J. HAWKINS

HELLO, MY NAME IS JARVIS HAWKINS

I’M PURSUING A MASTER’S DEGREE IN ARCHITECTURE AT PRAIRIE VIEW A&M UNIVERSITY. IN MAY 2020, I OBTAINED A BACHELOR’S DEGREE IN CIVIL ENGINEERING AND A MINOR IN ARCHITECTURE FROM PRAIRIE VIEW A&M UNIVERSITY. MY STUDIES TAUGHT ME HOW TO INNOVATE IN STRUCTURAL ENGINEERING AND ARCHITECTURAL DESIGN.

THROUGHOUT MY JOURNEY, I HAVE LEARNED LEADERSHIP SKILLS, OVERCOMING ADVERSITY, NOT TAKING MY TALENTS FOR GRANTED, WORKING WITH OTHERS ON A TEAM, AND KNOWING WHAT IT TAKES TO SUCCEED. OF COURSE, I WILL CONTINUE TO PURSUE MY GOALS OF ONE DAY OF ACHIEVING MY PROFESSIONAL LICENSE BOTH AS A CIVIL ENGINEER AND AS AN ARCHITECT.

1. RESUME

TABLE OF CONTENT

3. ARCHITECTURAL STUDIOS

5. ARCHITECTURAL STUDIO DESIGN VII

THE TRILLIUM FACILITY - HOUSTON LIVING LAB

13. ARCHITECTURAL STUDIO DESIGN VI

THE TRIFECTA - MIXED USED BUILDING

23. ARCHITECTURAL STUDIO DESIGN IV

YEONG WON - WINERY & BREWERY

31. ARCHITECTURAL STUDIO DESIGN III

ANSHIN SURU - JAPANESE TEA HOUSE

41. ARCHITECTURE PROJECTS KM CONSULTING

43. ENON RIDGE REDEVLOPMENT MULTI FAMILY COMPLEX / BIRMINGHAM AL/ 2020

45. MOORE HOME RENOVATION / BIRMINGHAM AL / 2020

47. ROMAN GARY - ARCHITECT

WILSON RESIDENTAL / ALANTA GA/ 2020

49. CIVIL ENGINEERING DESIGN

SENIOR DESIGN PROJECT

51. COMMERCIAL MASTER PLAN/ PRAIRIE VIEW TX/2020

53. EXON GAS STATION CANOPY DESIGN/ PRAIRIE VIEW TX/2020

Objective

Seeking an internship/ co-op within an architecture & engineering firm to utilize my architecture skills and structural engineering skills, nurture my talent, and enhance my abilities to become a Professional Engineer and a licensed Architect. In addition, I am looking forward to using my interpersonal skills, teamwork, and dedication to grow your company.

Education

Prairie View A&M University, Prairie View Exp. Graduate May 2024

Master of Architecture GPA: 3.90/4.00

Prairie View A&M University, Prairie View

Bachelor of Science in Civil Engineering

Minor in Architecture

Software Skills

Graduated: May 2020

• CAD and Analysis Skills - Revit, AutoCAD (2D and 3D), Rhino, SketchUp, STAAD Pro, InfraWorks, ESRI ArcGIS, Inventor, Java, C++, Microsoft Office (Project, Excel, Word), Adobe Creative Cloud (Photoshop. InDesign, Illustrator)

Professional Experience

Department of Civil & Environmental Engineering, Prairie View A&M University

Graduate Assistant (Non -Teaching)

Prairie View, TX

October 2021 – Present

• Assist faculty with course requirements for CVEG 2301 Engineering Mechanics I, CVEG 3304 Structural Analysis, and CVEG 4302 Transportation Engineering Design.

Roman Gary - Licensed Architect Atlanta, GA

Architectural Designer

• Utilized AutoCAD and Revit for rendering and construction documents.

• Collaborate with clients.

• Developed architectural plans for single-family resident.

May 2021 – October 2021

Department of Civil & Environmental Engineering, Prairie View A&M University Prairie View, TX Program Assistant

May 2021 – August 2021

• Attend meetings with the Toyota Project Team [Principal Investigator (PI) and Co-Principal Investigator (Project Faculty (P.D.)] to provide feedback on key points of the project.

• Assisted with collecting and analyzing data regarding the study area and transportation assets.

KM Consulting

Architectural Designer

• Worked under the supervision of an Architect and the Project Manager.

• Developed construction document for a single-family home renovation.

• Design floorplan and 3D rendering for both multifamily and single-family homes.

Birmingham, AL

September 2020 – April 2021

Toyota Mobility Challenge, Prairie View A&M University and Toyota Motor North America Prairie View, TX Research Intern

June 2018 - May 2020

• Research on identifying personal mobility solutions for persons with disabilities, veterans, and older Americans (60+) residing in Waller County, Texas.

• Utilized Geographic Information System (GIS) tools to map key areas relative to the demographics statistics.

• Trained on TMNA'S Toyota Business Practice (TBP)

Engineering Intern June 2017 – August 2017

Developed 2D and 3D equipment, tool design drawings,and models.

Directed and implemented the Prairie View A&M University's G.A.L.S. Camp (STEM based Program).

Computer-Aided Design (CAD) Technician June 2016 –May 2017&September 2017 -December 2017

Utilized AutoCAD and Inventor in dimensional drawings of complex models and equipment. Revised/ updated existing drawings to reflect design changes, and collab on drawing documentations.

Prairie View A&M University

Teacher Assistant

Guided and tutor students in AutoCAD.

Engineering Projects

Senior Design Project(Design a Commercial Master Plan at the Intersection)

Project Manager

Supervised a team of three for the successful completion of the project.

Prairie View, TX

January 2016 – May 2016

Utilized AutoCAD for the intersection design and the commercial center layout, Drafted construction documents and detailed reports following the completion of the project.

Design a Gas Station Canopy

Design an Exxon 10 pump gas station canopy on a site plan that covers 44,000 sqft.

Utilized AutoCAD to designs the layout plan, elevation plan, and the footing foundation.

Utilized STAAD Pro to designs the beam and the column in the steel frame.

Senior Design Project (Prairie View Gardens Residential Community)

Project Manager

Designed a 4-stories townhome that sits on a 130 ft x 130 ft lot.

Prairie View, TX

Spring 2020

Spring 2020

Prairie View, TX

Fall 2020

Drafted the construction document, including: the overall site plan, grading, drainage, street plan and profile, floor plans, structure design, and foundation design.

Steel Design

Prairie View, TX

Project Manager Spring 2019

Designed a structural steel frame for a 9-stories healthcare facility with a total height of 122 ft - 6 in.

Utilized STAAD Pro to design the steel frame and perform the beam and column load analysis.

Accomplishments

Dwight David Eisenhower Transportation Fellowship Scholar

Awarded outstanding student for special project at PVAMU School of Architecture

Awarded 2022 best poster presentation for DDETF at the Transportation Research Board (TRB)

Lockheed Martin Scholarship

George Foundation Scholarship

Mid-America Transportation Center (MATC) Scholar

Dean’s List and Honor’s List

Leadership and Organization

Engineering Without Border EWB-PVAMU Chapter, President

American Society of Civil Engineers (ASCE), Community Service Chair

National Society of Black Engineers (NSBE), Member

2022 – 2023

2021 – 2022

2018 – 2019

Spring 2022

January 2022

2019 – 2020

Spring 2019

Fall 2017

2015 -2022

August 2021 - Present

August 2018 - May 2020

August 2015 - May 2020

ARCHITECTURE STUDIOS

ARCHITECTURE - DESIGN

THE TRILLIUM FACILITY

HOUSTON LIVING LAB

LIVING LAB FACILITY

ARCH STUDIO VII/ 2022

PROFESSOR: JOSEPH FONG

LOCATION: 519 COMMERCE ST. HOUSTON, TX, USA 77002

SOFTWARE: REVIT/ AUTOCAD/ TWINMOTION

PROJECT STATEMENT

THE HOUSTON LIVING LAB FACILITY (HLLF) IS POSITIONED ACROSS THE EXISTING HOUSTON AIA BUILDING AND SUPPORTS THE ARCHITECTURE, CONSTRUCTION SCIENCE, AND COMMUNITY DEVELOPMENT TEACHING AND RESEARCH PROGRAMS. THE HLLF CAN ASSIST PROFESSIONALS, CONSTRUCTION SCIENTISTS, AND STUDENTS IN ADVANCING KNOWLEDGE AND DESIGNING PROJECTS FOR THE COMMUNITY AND FUTURE GENERATIONS.

THE TRILLIUM FACILITY IS A LIVING LAB FACILITY THAT FOCUSES ON STUDYING AND ANALYZING THE GROWTH AND DEVELOPMENT OF YOUNG CHILDREN, YOUNG ADULTS, AND ADULTS.  THE FACILITY ALSO LOOK AT THE STUDY IF NATURAL LIGHT AND BEING SURROUNDED BY NATURE PLAY A ROLE IN HUMAN DEVELOPMENT. THE DESIGN OF THE FACILITY IS A BLEND OF THREE KEY CONCEPTS: OPEN INNOVATION/ OPENNESS, BALANCE WITHIN THE ECOSYSTEM, AND CHANGES/ MOVEMENT.

SITE PLAN

SCALE: 1”= 60’-0”

SITE ANALYSIS

THE LOCATION OF THE TRILLIUM FACILITY HOUSTON LIVING LAB IS 519 COMMERCE ST., HOUSTON, TEXAS 77002. THE SITE IS LOCATED SOUTH OF BUFFALO BAYOU, THUS SITTING ON THE FLOOD PLAN. AROUND THE FACILITY ARE RESTAURANTS, OFFICE SPACE, AND THE UNIVERSITY OF HOUSTON DOWNTOWN, AND THE AIA ARCHITECTURE BUILDING IS  ON THE OPPOSITE SIDE OF  COMMERCE ST. THE SOUTHEAST OF THE FACILITY IS NOISIER DUE TO LIGHT RAIL AND HEAVY TRAFFIC COMING FROM MAIN ST. ON THE EAST SIDE OF THE FACILITY.

FIRST FLOOR SCALE: 3/32’ = 1’-0”

DESIGN STATEMENT

THE TRILLIUM SERVED AS THE DESIGN’S INSPIRATION FOR THE LIVING LAB FACILITY. I DESIRED TO EMBRACE NATURE NOT ONLY IN THE FACILITY’S EXTERIOR BUT ALSO WITHIN ITS ARCHITECTURAL ENVELOPE. ACCORDING TO SEVERAL STUDIES, PHYSICAL, COGNITIVE, SOCIAL, AND EMOTIONAL DEVELOPMENT ARE CONSIDERABLY ENHANCED BY EXPOSURE TO NATURE. THEREFORE, THE MAIN STRUCTURE’S DESIGN REPRESENTED THE TRILLIUM PETALS, WITH EACH PETAL REPRESENTING A DISTINCT STAGE OF HUMAN GROWTH.

IN STIMULATING CREATIVITY AND GENERATING NEW IDEAS, IT IS NECESSARY TO MAINTAIN AN OPEN MIND AND THINK UNCONVENTIONALLY. THUS, YOU CAN OBTAIN A VARIETY OF PERSPECTIVES, WHICH COULD LEAD TO FASTER AND MORE EFFECTIVE DEVELOPMENT, NEW IDEAS, AND PROGRESS. MOREOVER, THE CONCEPT PERMITS THE INTEGRATION OF THE INTERNAL AND EXTERNAL SURROUNDINGS.

MUCH LIKE HUMAN DEVELOPMENT, NO ONE’S JOURNEY IS THE SAME, AND THERE ARE TURNS AND TWISTS IN DEVELOPING AND FINDING BALANCE. Therefore, I WANT THE DESIGN TO SHOW THIS BY HAVING A MORE ORGANIC SHAPE TO DEMONSTRATE MOVEMENT AND FLOW FROM ONE SECTION TO ANOTHER WHILE STILL MAINTAINING BALANCE AND COEXISTENCE.

SECOND FLOOR SCALE: 3/32’ = 1’-0”

THIRD FLOOR SCALE: 3/32’ = 1’-0”

TRANSVERSE SECTION 3/32” = 1’-0”

SOUTH ELEVATION

SCALE: 3/16”= 1’-0”

NORTH ELEVATION

SCALE: 3/16”= 1’-0”

EAST ELEVATION

SCALE: 3/16”= 1’-0”

WEST ELEVATION

SCALE: 3/16”= 1’-0”

THE TRIFECTA MIXED- USED BUILDING

COMMERCIAL MIXED USEDARCH STUDIO VI/ 2022

PROFESSOR: Huiyi Xu, LOCATION: CITY CENTRE, HOUSTON , TX,-USA

SOFTWARE: REVIT/ AUTOCAD/ TWINMOTION

PROJECT STATEMENT

THE TRIFECTA OFFICE BUILDING IS THE CITY CENTRE SIGNATURE STRUCTURE FOR RAISING PROPERTY VALUES AND BROADENING THE CUSTOMER BASE. THE HIGH RISE HAS A TOTAL HEIGHT OF 40 STORIES AND A GROSS AREA OF ABOUT 1,200,000 SQUARE FEET. THE MINIMALLY NECESSAR

UMEROUS SHOPS, SEVERAL RESTAURANTS, THE GYM (1), THE PUBLIC RESTROOMS, THE ELEVATOR (1), AND THE EQUIPMENT ROOMS (ELECTRICAL ROOMS, MECHANICAL ROOM)

GREEN SPACES ARE NECESSARY AND THEREFORE WAS TAKEN INTO ACCOUNT A SKY GARDEN WAS DESIGN FOR OUTDOOR ACTIVITIES AND CITY VIEWS.

THE SITE PLAN MUST TAKE OUTDOOR ACTIVITIES INTO ACCOUNT AND WORK IN HARMONY WITH THE EXISTING CITY CENTRE MASTER PLAN. A PARKING STRUCTURE IS NECESSARY, AND THE OVERALL NUMBER OF PARKING SPACES MUST COMPLY WITH THE CITY OF HOUSTONOFF-STREET PARKING ORDINANCE.

LEED CERTIFICATION IS NECESSARY. TO MEET THE GOAL OF ENERGY CONSERVATION, THE DESIGN MUST TAKE INTO ACCOUNT HOW TO UTILIZE NATURAL LIGHTING AND REDUCE SOLAR HEAT ACQUISITION AND LOSS.

SITE PLAN

SCALE: 1”= 60’ -0”

SITE ANALYSIS

·

Concept Narrative Trifecta

1.Represent the THREE Skyline IIN THE CITY of Houston (Uptown, Texas Medical Center, Downtown).

2.Represent The Texas Triangle--the urban mega region consisting of the Dallas-Fort Worth, Houston, San Antonio, and Austin metropolitan areas connected by Interstate 45, Interstate 10, and Interstate 35.

·

LEGEND

HIGH RISE TOTAL SQUARE FEET = 583,800 SF

1ST FLOOR = 62,000

·

COMMERCIAL LOBBY AND MARKET/GALLERY SPACE 25,000 SF

· RETAIL SPACE 10,000 SF

· STARBUCK 2,500 SF

TRADER JOE’S 15,000 SF

OUTDOOR COURT YARD 4,500 SF

MAIN OFFICE LOBBY 5,000 SF

2ND FLOOR = 53,000

· FOOD HALL 38,000 SF

RESTAURANT 13,000SF

· COVER BALCONY 2,000 SF

3RD FLOOR 68,500 SF

· ROOF GARDEN 46,000 SF

GYM 8,000 SF

3RD FLOOR LOBBY 14,500 SF

4TH FLOOR =25,000 SF

· OFFICE SPACE = 25,000 SF

5TH -18TH FLOORS = 201,500 SF

OFFICE SPACE PER FLOOR 15,500 SF

19TH FLOOR = 15,500

·

OFFICE SPACE 3,100 SF

ROOF GARDEN 12,400 SF

20TH - 24TH FLOORS = 49,600 SF

OFFICE SPACE PER FLOOR 12,400 SF

25TH FLOOR = 12,400 SF

· OFFICE SPACE 3,100 SF

ROOF GARDEN 9,300 SF

26TH - 32ND FLOOR = 55,800 SF

OFFICE SPACE PER FLOOR 9,300 SF

33RD FLOOR = 9, 300 SF

· OFFICE SPACE PER FLOOR 6,200 SF

ROOF GARDEN 3,100 SF

34TH - 39TH FLOOR = 26,000 SF

· OFFICE SPACE PER FLOOR 5,200 SF

40TH FLOOR 5,200 SF

· PENTHOUSE =1,500 SF

ROOF TOP = 3,700 SF

SPECIFICATION

·OFFICE SPACE, 6 ELEVATORS

·COMMERCIAL SPACE 4 ELEVATORS

·OFFICE SPACE, 8 ESCALATOS

·COMMERCIAL SPACE, 2 ESCALATORS

·OFFICE SPACE, 2 EMERGENCY STAIR CASE

·COMMERCIAL 3 STAIRS

·FLOOR 1, 5 RESTROOMS

·FLOOR 2, 4 RESTROOMS

·FLOOR 3, 4 RESTROOMS

·FLOOR 3, 2 LOCKER ROOMS

·FLOORS 4 - 39, 2 RESTROOMS

PARKING SPECIFICATION

PARKING GARAGE

·4 ELEVATORS

· 4 STAIRS

TOTAL PARKING = 462

LEVEL 1

·47 PARKING SPACE @ 90 DEGREE

·7 PARALLEL PARKING SPACES

·6 HANDICAP PARKING SPACES

LEVEL 2 -7

·51 PARKING SPACE @ 90 DEGREE

· 10 PARALLEL PARKING SPACES

·6 HANDICAP PARKING SPACES

PARKING AREA

·10 PARALLEL PARKING SPACES

3RD FLOOR PLAN

SCALE: 1/32”= 1’-0”

5TH - 18TH FLOOR PLAN SCALE: 1/32”= 1’-0”

19TH -24TH FLOOR PLAN

SCALE: 1/32”= 1’-0”

33RD -39TH FLOOR PLAN SCALE: 1/32”= 1’-0”

4TH FLOOR PLAN

SCALE: 1/32”= 1’-0”

25TH -32ND FLOOR PLAN SCALE: 1/32”= 1’-0”

40TH FLOOR PLAN SCALE: 1/32”= 1’-0”

MATERIALS

WEST ELEVATION SCALE 1/32"=1'

NORTH ELEVATION SCALE 1/32"=1'

SOUTH ELEVATION SCALE 1/32"=1'

1.

2.

4.

5.

3.

5.

YEONG WON WINERY & BREWERY

“ETERNITY”

COMMERCIAL

ARCH STUDIO IV/ 2022

PROFESSOR: SHEBA AKHTAR

LOCATION: BUSAN, SOUTH KOREA

SOFTWARE: REVIT/ AUTOCAD/ LUMION

PROJECT STATEMENT

THIS PROJECT IS A WINERY AND A BREWERY INTENDED FOR SOUTH KOREA’S BUSAN REGION, SERVING SOJU AND MAKGEOLLI.THE ARCHITECTURAL PRINCIPLES THROUGH THE USE OF KOREAN CULTURAL IDEAS WOULD INVITE A DESIGN CRITERIA WHICH IS INTEGRATED IN THIS PROJECT.THE PROJECT’S PROGRAMMATIC REQUIREMENTS INCLUDE A CORRIDOR, LOBBY, WINE GALLERY, GIFT SHOP, OFFICE, WINE PRODUCTION ROOM, AGING ROOM, WINE TASTING AREA, RESTAURANT, KITCHEN, AND RESTROOMS. THE OUTDOOR SPACES INCLUDE AN OUTDOOR PATIO, BALCONY, RICE PADDY FIELD, REFLECTING POOL, GUEST PARKING (INCLUDING ADA-ACCESSIBLE PARKING), AND SERVICE PARKING (WITH STAFF AND TRUCK PARKING).

HISTORY OF ALCOHOL BEVERAGES MAKGEOLLI & SOJU

“A LITTLE TASTE OF HEAVEN”

MAKGEOLLI IS A TRADITIONAL KOREAN RICE WINE THAT HAS BEEN MADE BY KOREANS FOR GENERATIONS. MAKGEOLLI IS KOREA’S OLDEST ALCOHOLIC BEVERAGE. HISTORICAL RECORDS SHOW THAT KOREANS HAVE BEEN DRINKING MAKGEOLLI FROM AS FAR BACK AS THE GOYREO DYNASTY (918-1392). MAKGEOLLI IS A DEEP PART OF BUSAN’S HISTORY. THIS FERMENTED RICE WINE’S ORIGINS TRACE BACK TO THE JOSEON DYNASTY ERA WHEN PEOPLE BEGAN TO BREW IT AT GEUMJEONGSANSEONG FORTRESS, LOCATED 800 METERS UP ON THE TOP OF MT. GEUMJEONG HERE IN BUSAN.

SOJU FIRST APPEARED IN 14TH-CENTURY GORYEO, WHEN MONGOL INVADERS LED BY GENGHIS KHAN BROUGHT THE LEVANTINE DISTILLING TECHNIQUE FROM ARABIA TO THE KOREAN PENINSULA. DISTILLERIES WERE LATER ESTABLISHED IN AND AROUND GAEGYEONG (NOW KNOWN AS KAESONG), THE CAPITAL OF GORYEO AT THE TIME. SOJU IS A MODERNIZED VERSION OF THE TRADITIONAL KOREAN RICE WINE MAKGEOLLI.

SITE ANALYSIS

YEONG WONG BREWERY AND WINERY IS LOCATED IN THE BUSAN REGION OF SOUTH KOREA. THE WARMEST MONTH OF THE YEAR IS AUGUST (AVERAGE TEMPERATURE OF 86F DEGREES), WHILE THE COLDEST MONTH IS JANUARY (AVERAGE TEMPERATURE 32F DEGREES). THE AVERAGE ANNUAL RAINFALL IS 4.05 INCHES. THE MAXIMUM HUMIDITY IS 85%. THE PREVAILING WIND BLOWS FROM THE NORTH-EAST BETWEEN SEPTEMBER AND MARCH, AND FROM THE SOUTH-WEST BETWEEN APRIL AND AUGUST.

SITE PLAN

SCALE: 1”= 40’ -0”

DESIGN STATEMENT

THE CONCEPT, “YEONG WON”, MEANING ETERNITY, WAS INSPIRED BY THE ETERNAL MOUTAINOUS NATURAL LANDSCAPE OF KOREA WHOSE RICH CULTURE HAS A LONG TRADITION OF CONFUCIANISM.

THE ESQUISSE SKETCH REPRESENTS A MOUTAIN, SYMBOLIZING THE CENTER OF THE WORLD AS WELL AS A BRIDGE BETWEEN HEAVEN AND EARTH. MOUNTAINS HAVE ALWAYS BEEN CENTRAL TO THE KOREAN IDENTITY. IN KOREAN MYTHOLOGY, THE GOD HWANUNG CAME DOWN FROM “HEAVEN” (MOUNT TAEBAEK) TO RULE THE EARTH.

IN THE FINAL DESIGN, THE TRIANGULAR ROOF FORM EXPRESSES BOTH THE SIGNIFICANCE OF THE MOUNTAIN IN KOREAN CULTURE AS WELL AS THE STRENGTH OF THE KOREAN NATION SINCE THE TRIANGLE IS FIRMLY

SUSTAINABLE STRATEGIES

FIRST FLOOR PLAN

SCALE: 1/8”= 1’-0”

SOUTH ELEVATION

SCALE: 3/16”= 1’-0”

NORTH ELEVATION

SCALE: 3/16”= 1’-0”

EAST ELEVATION

SCALE: 3/16”= 1’-0”

WEST ELEVATION

SCALE: 3/16”= 1’-0”

METAL ROOFING

7/16" OSB WITH CLIPS (SHEATHING)

SIMPSON H-1 TRUSS TIE

TOP OF BEARING

7/16" OSB

3/8" EXTERIOR WOOD PANEL

STEEL FRAME

WINDOW

15'-0"

2 X 6 MUD SILL

TOP OF 1ST FLOOR

12'-0"

TOP OF BASEMENT

TOP OF FTG.

2 X 4 DOUBLE - TOP PLATE

R13 INSULATION

5/8" DRYWALL

PRE- ENGINEERED WOOD RAFTER @ 24" O.C.

DBBL 2 X 6 HEADER

1/2" FINISH FLOOR

3/4" OSB T&G GLUED AND NAILED SUBFLOOR

TOP CORD TRUSS PLATE POINT PANEL

R13 INSULATION

5/8" DRYWALL

13" PARALLEL CHORD (FLAT) TRUSS

12" X 1/2"Ø ANCHOR BOLT WITH 2" HOOK @ 48" O.C.

TOP COURSE BOND BEAM SLUSHED W/1 #4 REBAR

2" RIGID INSULATION

12" POURED REINFORCED FOUNDATION CONCRETE WALL (S.S. 8", D.S. 12")

1/2" EXPANSION JOINT MATERIALS

PARAGE AND DAMPROFING

DETAIL WALL SECTION

SCALE: 1”= 1’-0”

1/2" FINISH FLOOR 1'-0"

3/4" OSB T&G GLUED AND NAILED SUBFLOOR

FABRIC FILTER

PERFORATED 4"Ø PVC DRAIN TILE

CLEAN GRAVEL FILL PARGE COVE

FABRIC FILTER

CLEAN GRAVEL FILL

4" CONCRETE SLAB

8" X 1/2"Ø #3DOWELS @ 5'-4" O.C.

2- #4 REBARS

8 X 16 CONC. FOOTING

ANSHIN SURU

JAPANESE TEA HOUSE

COMMERCIAL ARCH STUDIO III/ 2021

PROFESSOR: SHEBA AKHTAR

LOCATION : AUSTIN , TEXAS, USA

SOFTWARE: SKETCHUP/ AUTOCAD/ LUMION

PROJECT STATEMENT

THIS PROJECT IS A JAPANESE INSPIRED TEAHOUSE THAT IS MEANT FOR THE CITY OF AUSTIN, TEXAS. THE ARCHITECTURAL PRINCIPLES THROUGH THE USE OF JAPANESE CULTURAL IDEAS WOULD INVITE A DESIGN CRITERIA WHICH IS INTEGRATED IN THIS PROJECT. THE TEA HOUSE CONSIST OF A LOBBY, A TEA-ROOM WITH TWO HEARTHS, TOKONOMA ALCOVE AND AN ATTACHED MIZUYA (KITCHEN), A MEDITATION ROOM (WITH AN OPTIONAL TOKONOMA ALCOVE), AND RESTROOMS. THE REQUIRED OUTDOOR SPACES ARE A ZEN GARDEN, GUEST PARKING (WITH REQUIRED HANDICAPPED PARKING SPACES) AND SERVICE PARKING.

“TO BE AT EASE”

SITE ANALYSIS

THE CITY OF AUSTIN IS LOCATED IN THE UNITED STATES ON THE NORTH AMERICA CONTINENT. THE LATITUDE AND LONGITUDE ARE 30.3° N & 97.7° W. THE SUMMER SOLSTICE ON JUNE 21 HAS A 85.5° SOLAR ANGLE. THE SPRING/FALL EQUINOX ON MAR./SEPTEMBER HAS A 62° SOLAR ANGLE. THE WINTER SOLSTICE ON DEC. 21 HAS A 38.5° SOLAR ANGLE. THE HIGHEST TEMPERATURE ARE IN THE MONTH OF AUGUST WITH 96.4°F AND THE LOWEST TEMPERATURE ARE IN THE MONTH OF JANUARY WITH 42.6°F. THE MOST PRECIPITATION HAPPENS IN THE MONTH OF MAY. THE AVERAGE ANNUAL PERCENTAGE OF HUMIDITY IS 70% WITH THE MONTH OF MAY HAVING THE HIGHEST PERCENTAGE AT 75%. IN THE MONTH OF FEBRUARY THRU DECEMBER THE PREVAILING WINDS ARE SOUTHERLY WHILE IN THE MONTH OF JANUARY THE PREVAILING WINDS ARE NORTHERLY.

SITE PLAN SCALE: 1”= 10’ -0”

DESIGN STATEMENT

THE JAPANESE TEAHOUSE DESIGN CONCEPT FOR THIS PROJECT WAS BASED ON MULTIPLE JAPANESE CULTURAL CONCEPTS SUCH AS FUKINSEI, WA, SEIJAKU, AND SHIZEN. THE DESIGN OF THE PRIMARY SPACES WITH DIFFERENT SIZES/HEIGHTS CIRCLING THE ZEN GARDEN, SHOWING UNITY AND BALANCE THROUGH ASYMMETRY, REPRESENTS THE CONCEPT OF WA AND FUKINSEI. WHICH ILLUSTRATED THAT PEOPLE FROM DIFFERENT BACKGROUNDS CAN COME TOGETHER. SEIJAKU’S CONCEPT IS REPRESENTED BY BEING SURROUNDED BY WATER, WHICH ALLOWS GUESTS TO FEEL CALM AND AT PEACE EVEN ON A BUSY DAY. THE IDEA OF SHIZEN IS PORTRAYED IN THE DESIGN THROUGH THE USED OF NATURAL MATERIAL AND THE USE OF NATURAL PLANTS SURROUNDING THE JAPANESE TEA HOUSE, IN ALLOWING ONE TO FEEL AS BEING PART OF NATURE.

THE USE OF THE TATAMI MAT MODULE (3 FT X 6 FT) AS THE BASIC MODULE OF THE PROPORTIONING SYSTEM IN THE DESIGN WAS ANOTHER COMPONENT OF THE DESIGN. ENVIRONMENTALLY SUSTAINABLE STRATEGIES AND UNIVERSAL ACCESSIBILITY ARE OTHER REQUIRED CONSIDERATIONS FOR THE DESIGN.

BUBBLE DIAGRAM

FIRST FLOOR PLAN SCALE: 3/16”= 1’-0”

SCALE:

SCALE:

LONGITUDINAL SECTION -A

3/16”= 1’-0”

TRANSVERSE SECTION -B

3/16”= 1’-0”

SOUTH ELEVATION

SCALE: 3/16”= 1’-0”

NORTH ELEVATION

SCALE: 3/16”= 1’-0”

METAL ROOFING

7/16" OSB WITH CLIPS (SHEATHING)

SIMPSON H-1 TRUSS TIE

TOP OF BEARING 10'-0"

2 X 4 DOUBLE - TOP PLATE

R13 INSULATION

5/8" DRYWALL

7/16" OSB

3/8" EXTERIOR WOOD PANEL

DBBL 2 X 6 HEADER

PRE- ENGINEERED WOOD RAFTER @ 24" O.C.

WINDOW

DOOR

TOP OF FLOOR SLAB ON GRADE 0'-0"

2 X 10 HEADER

2 X 6 MUD SILL

FINISHED GRADE , 6" MIN. SLOPE 1%

EXISTING GRADE

PARAGE AND DAMPROFING

1/2" FINISH FLOOR

3/4" OSB T&G GLUED AND NAILED SUBFLOOR

R19 ENCAPSULATED INSUL.

2 X 10 FLOOR JOIST @ 16' O.C.

FABRIC FILTER

CLEAN GRAVEL FILL 12" X 1/2"Ø ANCHOR BOLT WITH 2" HOOK @ 48" O.C.

TOP COURSE BOND BEAM SLUSHED W/1 #4 REBAR

FABRIC FILTER PERFORATED 4"Ø PVC DRAIN TILE

CLEAN GRAVEL FILL PARGE COVE

DETAIL WALL SECTION

SCALE: 1”= 1’-0”

12" POURED REINFORCED FOUNDATION CONCRETE WALL (S.S. 8", D.S. 12")

8" X 1/2"Ø #3DOWELS @ 5'-4" O.C.

2- #4 REBARS

8 X 16 CONC. FOOTING

DETAIL WALL SECTION WITH 25 LABELS

EAST ELEVATION

SCALE: 3/16”= 1’-0”

ARCHITECTURE PROJECTS

ARCHITECTURE PROJECTS

ENON RIDGE REDEVELOPMENT MULTI FAMILY COMPLEX

MIXED USED - MULTI FAMILY COMPLEX

DESIGN CONCEPT/ 2020

CLIENT: KM CONSULTING

LOCATION : BIRMINGHAM AL

SOFTWARE: REVIT

PROJECT STATEMENT

ENON RIDGE IS A NEIGHBORHOOD IN BIRMINGHAM, ALABAMA, WITH A POPULATION OF 1,946. ENON RIDGE IS IN JEFFERSON COUNTY. THE MULTI-FAMILY COMPLEX WILL BE LOCATED ON 1502 5TH ST. N BIRMINGHAM, AL 35204. THIS COMPLEX CONSIST OF SIX UNITS WITH THREE DIFFERENT FLOOR PLANS, A MEDICAL CENTER, TWO EDUCATION CENTERS, AND A OFFICE SPACE FOR THE RESIDENTS.

UNIT 1-A AND B - 2 BEDS2 BATHS

1064 SF

UNIT 2- A AND B - 2 BEDS 2.5 BATHS

1201 SF

UNIT 3 - A AND B - 1 BED 1.5 BATHS

800 S

MOORE HOME RENOVATION

RESIDENTIAL

COMPLETED/ 2020

CLIENT: KM CONSULTING

LOCATION : 1502 5TH ST. N BIRMINGHAM, AL 35204.

SOFTWARE: REVIT

PROJECT STATEMENT

THE PROJECT IS AN RENOVATION OF AN EXISTING SINGLE-FAMILY RESIDENCE, INCLUDING REPLACEMENT OF INTERIOR FINISHES, INSTALLATION OF NON LOAD BEARING WALL, AND EXTENDING THE EXISTING EXTERIOR DECKS.

WILSON RESIDETIAL

RESIDENTIAL

DESIGN / 2020

CLIENT: MR. WILSON

SUPERVISOR : ROMAN GARY

-ARCHITECT

LOCATION : ALANTA, GA

SOFTWARE: REVIT

STATUS: UNDERCONSTRUCTION

PROJECT STATEMENT

SF 7,000 INTERIOR

SF 851 GARAGE

BATH 5.5 BEDS 5

CIVIL ENGINEERING DESIGN

ENGINEERING DESIGN

COMMERCIAL MASTER PLAN

COMMERCIAL

SENIOR DESIGN / 2020

CLIENT: PROFESSOR DR. R. RADHAKRISHNAN

LOCATION: PRAIRIE VIEW, TX, USA

SOFTWARE: AUTOCAD

ROLE: PROJECT MANAGER

PROJECT STATEMENT

DEVELOPED A SUSTAINABLE AND DETAILED PLAN THAT CONFORMS TO THE GUIDELINES AND PARAMETERS OF A COMMERCIAL MASTER PLAN AT AN INTERSECTION LOCATED IN PRAIRIE VIEW, TEXAS. PROVIDED THE EXISTING CONDITIONS, A COMPETENT PLAN WAS DEVISED TO CONSTRUCT AND COMPLETE SITE DEVELOPMENT AND DESIGN SERVICES, EACH REVOLVING AROUND THE RESIDENTIAL SUBDIVISION LOCATED IN WALLER COUNTY.

WAS TASKED WITH INCORPORATING A SUPERMARKET, SHOPPING MALL, POST OFFICE, GAS STATION, FAST FOOD RESTAURANT, TWO WORKOUT FACILITIES, AND A LIBRARY, ALL WITHIN THE PROPOSED MASTER PLAN. BASED ON THE SQUARE FOOTAGE PROVIDED FOR EACH BUILDING DESCRIPTION.

STRUCTURAL DESIGN - EXXON GAS STATION CANOPY

EXON GAS STATION CANOPY DESIGN

COMMERCIAL

SENIOR DESIGN/ 2020

CLIENT: PROFESSOR DR. R. RADHAKRISHNAN

LOCATION: PRAIRIE VIEW, TX, USA

SOFTWARE: AUTOCAD/ STAADPRO

PROJECT STATEMENT

THE PROJECT’S STRUCTURAL ASPECT INVOLVED DESIGNING A STEEL CANOPY FOR A GAS STATION. THE ENTERPRISE ENVISIONED AND DEPICTED ON THE SITE PLAN WAS INTENDED TO BE A 44,000-SQUARE-FOOT EXXON GAS STATION. THE TASK IS TO DESIGN A CANOPY FOR A 10-PUMP GAS STATION.

THE CANOPY HAS A TOTAL AREA OF 5,476 SQUARE FEET AND A WIDTH OF 152 FEET. THE LENGTH IS 36’. THE FOLLOWING DRAWINGS DEMONSTRATE THE ELEVATION DESIGN OF THE CANOPY, WITH A 15’ ROOF SLAB HEIGHT FROM THE BASE.

NOTE:

A TYPICAL W-SHAPED BEAM WAS CHOSEN BY DESIGNING THE HIGHEST STRESS OR EACH BEAM.

THERE IS 27 BEAMS WITH A DESIGN12X14

A STANDARD W-SHAPE COLUMN WAS CHOSEN BY DESIGNING FOR THECOL

UMNS WITH THE HIGHEST STRESSES.

THERE IS 10 COLUMNS WITH ADESIGN OF w14X22 STEEL

STAAD PRO -COLUMN MODEL