Kayhan Vasseghi Architecture Portfolio

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KAYHAN VASSEGHI

CAL-POLY POMONA SCHOOL OF ARCHITECTURE

PROFILE

CONTACT:

kayhanvasseghi@gmail.com +1(424)-425-6390

EDUCATION

California State Polytechnic University Pomona School of Enviornmental Design 2022-Present

SKILLS

Design: Rhinoceros, Revit, Adobe Suite

Media: Video/photography

Fabrication: CNC, 3D printing, Grasshopper, Hand Modeling

01: LATTICE 5 HOUSING

MIXED HOUSING DEVELOPMENT

SPRING 2025 ARC 3021

Located in the heart of Santa Ana—adjacent to the train station and one mile from both the historic French Park District and downtown—Lattice 5 is a 30-unit mixed-use housing development that aims to foster community through architecture.Situated on a park-adjacent lot, the building embraces openness and accessibility while maintaining residential privacy. Retail spaces line the park edge, creating an inviting and transparent frontage that encourages public engagement. A gallery and café animate the ground floor, while a public courtyard at the rear supports live-work units and extends the building’s relationship with the community. The massing is split into two towers, creating an elevated courtyard between them. This mid-level void hosts shared amenities—including a gym, laundry room, and communal lounge—offering residents a semi-private space for connection and retreat. Together, the ground floor and elevated courtyard form a dynamic buffer between public life and private residence. Floors three through five are dedicated to housing, with each unit oriented for optimal sunlight and natural ventilation. Generous balconies reinforce the indoor-outdoor connection, while elevation ensures comfort and privacy. The building’s identity is defined by its structural façade system: deep vertical columns that form a bold architectural lattice. These elements provide structure, rhythm, and scale, giving the building both a tactile presence and a strong visual identity. Lattice 5 is designed as a connective hub—one that reflects Santa Ana’s energy while supporting a diverse, community-driven future.

BIKE PARKING
BIKE PARKING

SITE AXONOMETRIC

LIVE-WORK UNIT(LEVEL ONE) - 1000+300 SQFT

BATHROOM

BEDROOM

LIVE-WORK UNIT(LEVEL TWO) - 1000+300 SQFT

UNIT PLANS 1/4” - 1’-0” SCALE

LEVEL 3

LEVEL 2 LOFTED

LEVEL 2

GROUND LEVEL LOFTED

GROUND LEVEL 0’-0”

PERSPECTIVE SECTION 1/8” - 1’-0” SCALE

ONE BEDROOM - 850 SQ FT

STUDIO UNIT (A) - 450 SQ FT

BEDROOM
BATHROOM
KITCHEN
LIVING
BEDROOM/LIVING
BATHROOM
KITCHEN

BEDROOM

LIVING

KITCHEN

BATHROOM

TWO BEDROOM - 850 SQ FT

BATHROOM

KITCHEN

BEDROOM/LIVING

STUDIO UNIT(B) - 450 SQ FT

BEDROOM
RA-1

WA-1

FA-1

WA-1

FA-1

“ HK NON-COMPOSITE TIE

3-1/2 “ XPS (EXTRUDED POLYSTYRENE) (R5 PER INCH) 8“ CONCRETE ROOF SLAB SELF- ADHERED VAPOR RETARDER 5-1/2“ TAPERED POLYSIO INSULATION 1/4“ DENSDECK

6 “ INTERIOR LOAD-BEARING CONCRETE WYTHE

“ RUBBER ACOUSTIC SLAB 3/4“ STONE FLOOR FINISH 1/4 “ GYPSUM TILE 2-1/2 “ EXTERIOR ARCHITECTRUAL CONCRETE WYTHE

“ HANGER WIRES

DETAILED ELEVATION - SECTION 1/4”- 1’0” SCALE

FACADE STUDY

GRID SPACING + ORGANIZATION

FINAL GRID

GRID UNIFORMITY

GRID DENSITY

COLUMN SPACING

02: MOUNT WILSION

RETREAT

SCIENCE

RESEARCH & HOUSING FALL 2024 ARC 3011

The proposed Mount Wilson project is a live and research center designed for scientists to stay near the observatory, providing spaces for work and rest. Upon entering the site, visitors are immediately captivated by the expansive views and natural topography. The location offers panoramic vistas of the surrounding national forest. To maximize views without disrupting the tree line, the two-story building employs cantilevered floors that accentuate the site’s beauty. The entrance and main office feature a panoramic glass roof that highlights the sky, while the second floor incorporates a glass curtain wall system that connects the interior to the forest. The building is divided both horizontally by the cantilever structure and vertically by function, with one half dedicated to work and the other to living spaces. Clean datum lines ensure the project seamlessly blends the outdoor environment with its workspace and living quarters.

SECTION THROUGH CENTRAL MEZANINE

GROUND FLOOR PLAN

FLOOR PLAN LEVEL 2

8x8 HSS GIRDER
6x6 W BEAM
WELDED CONNECTION
WELDED
STEEL STUD

8x8 HSS COLUMN

4x4 W JOIST & BOLTED CONNECTION

2’ CONCRETE WALL

CONCRETE FOOTER

CHUNK MODEL

2X4 WINDOW MULLIONS
STEEL DECKING
SLAB ON GRADE CONDITION
GLASS ROOFING

CROSS SECTION THROUGH MAIN OFFICE

03: LEIMERT PARK ARTS

COMMUNITY ARTS CENTER

FALL 2023 ARC 2011

The design studio created a 14,000 sq ft, five-story community arts center in Leimert Park, Los Angeles, including a basement. Commissioned by a local non-profit focused on contemporary art and programs for transition-age foster youth, the project promotes local culture and empowers neighborhood children. The concrete and glass building features sleek, contemporary lines with a functional, open, and minimalist design that supports community engagement and artistic expression. Inspired by Le Corbusier’s free plan, the flexible interior accommodates diverse events and art installations. Three central cores define the structure and ensure effective circulation across six floors through strategically placed staircases, encouraging exploration and interaction. This arts center seamlessly blends community, art, and inclusive design, serving as a vibrant hub for creativity and cultural exchange in Leimert Park.

SITE AXONOMETRIC

SPACIAL DIAGRAM

PROGRAM DIAGRAM

01. LOBBY
CAFE
ART
AUDITORIUM
GALLERY #1 06. GALLERY #2 07. WORKSHOP 08. ART STORAGE
09. LOADING DOCK
MECHANICAL ROOM
BACKSTAGE
OFFICES
CONFRENCE ROOM
STAFF ROOM/

GROUND

KAYHAN VASSEGHI

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Kayhan Vasseghi Architecture Portfolio by Kayhan Vasseghi - Issuu