Joshua Waldman Architecture Portfolio

Joshua Waldman architecture portfolio

Washington University in St. Louis, Sam Fox School of Design & Visual Arts, College of Architecture - St. Louis, MO

Supported management projects through critical thinking and problem-solving in the rotational program of the multi-disciplined architectural, engineering, planning, and environmental consulting firm.

Worked under the direct supervision of experienced planners in the development of planning studies and reports, including master plans, zoning ordinances, and redevelopment and feasibility studies.

Skills & Programs Proficient in Rhinoceros 7, Grasshopper, ArcGIS Pro, Adobe Suite (Photoshop, Illustrator, InDesign), SketchUp, AutoCAD, and all Microsoft Applications (Excel, Word, PowerPoint).

CHICAGO reFRAMEd

Chicago reFRAMEd encapsulates a progressive exploration of architectural form and spatial organization in a skyscraper situated along the Chicago River, designed to challenge prevailing development paradigms prevalent in urban settings. In response to a landscape dominated by isolated enclaves and car-centric design, this project embodies a holistic approach to multi-dimensional living. By prioritizing public space over private amenities, fostering community engagement, and reimagining housing typologies, Chicago reFRAMEd emerges as a beacon of inclusive urban living. Through strategic placement of housing ribbons, creation of purposeful public plazas,and provision of spacious housing units, this project redefines the urban fabric, inviting residents and the city to intertwine harmoniously.

Professor: Aaron Schump arch 311_architecturaldesignIII

Fall 2023

Using Grasshopper, this exercise explores geometric interactions to explore a dynamic interior landscape of solid and void elements.

Expanding on digital explorations, this exercise utilizes diagrammatic massings to investigate programmatic organization and site integration.

Through Grasshopper activities, this exercise examines various facade systems, harmonizing organic and inorganic forms, and offering insights into spatial qualities and adaptability for future programmatic considerations.

Transitioning from digital concepts to physical form, this project delves into facade design, envisioning the envelope as a dynamic interface between interior and exterior spaces, shaping spatial experiences while addressing functional and environmental considerations.

Biodiversity Research Center

The Biodiversity Research Center is situated within Forest Park in St, Louis. Envisioned as a sanctuary for the study of light pollution’s impact on plant life, this structure seamlessly integrates with its natural surroundings. The program is centered around an atrium filled with plant life, where visitors can engage in immersive exploration and discovery. Also included are state-of-the-art research labs, offices, and a library/archive, each designed to foster collaboration and contemplation. The building’s lower level is accessible only to researchers, reserved for scientific experimentation. Conversely, the second floor houses private offices and the library/archive. Finally, the facade is finely tuned to regulate the amount of natural light, ensuring optimal conditions for research while illuminating public spaces.

Professor: Sharvari Mhatre arch 212_architecturaldesignII Spring 2023

Through the creation of two distinct 3D models, this study explored the interplay of figure-ground relationships, experimenting with form, massing, color, and texture to evoke a sense of scale and depth.

This exercise delved into the intricate relationship between large-scale stratifications and small-scale material patterns, unveiling the potential of layering techniques to articulate both structural concepts and sophisticated facade systems.

Artist Space for Living, Making, and Exhibiting Art

This project is nestled within the historic Cherokee Street in St. Louis, MO. It draws inspiration from the urban landscape and the innovative possibilities inherent in concrete modular design. By reimagining empty lots as dynamic hubs for artistry, the design seamlessly integrates living, exhibition, and studio spaces. It reflects Swiss artist Ugo Rondinone’s multifaceted artistic vision and provides a nurturing environment for exploration and creation. Additionally, it was inspired by the earlier concrete casting exercise, where modular units coalesced to form an innovative wall. From the triangulated forms of the concrete modules, the design echoes through the architecture, infusing the space with a sense of dynamism and fluidity.

Professor: Jess Vaneck arch 212_architecturaldesignI

Fall 2022

In this concrete casting exercise, our group of three crafted eight unique triangular concrete modules, which formed a structurally dynamic wall that relied on strict orientation rules and interdependence principles.

Interior Render of Exhibition Space

System Development

This seminar introduced students to computational prefabrication thinking and techniques, where they used STUD-IO’s StudFinder software to design and build full-scale parametric systems. The focus was on digital fabrication at a medium to large scale using a proprietary system by STUD-IO Computational Construction. The system utilized custom parametric software to create robotically fabricated steel studs, enabling easy assembly into various forms. Students worked in pairs to develop parametric systems, considering constraints related to steel stud assembly, and explored geometric potential through analytical geometry. They used StudFinder to convert their models into fabrication information, ensuring constraints were met and making the systems fabricatable. The fabricated steel studs were created using a Howick steel stud roll-forming machine with precise punched holes, facilitating quick and accurate assembly of the digital models on-site in St. Louis.

Professor: Chandler Ahrens, Scott Mitchell arch 408R_intelligentprefabrication Spring 2023

World of Volvo Analysis

Professor: Ross Welch arch 445_buildingsystems Fall 2023

In our group of three for this course, we analyzed Henning Larsen’s World of Volvo in Gothenburg, Sweden, examining both large-scale components and intricate details. Our exploration is encapsulated in three boards, each offering a distinct perspective on the building’s intricacies. The first board unravels the site’s complexity, delving into circulation patterns, structural analysis, and the building’s response to wind and sun. On a micro scale, the second board details a section from foundation to roof, enhancing our understanding of contemporary building practices. The culmination, our third board, is a three-dimensional diagram peeling back the layers to reveal core components. Throughout the course, we surveyed structural and enclosure elements, embracing the intricacies of glazing, roofing, and finishing systems.

Professional Work

Mojo Stumer Architects

While working at this renowned New York architecture and interior design firm, I gained invaluable experience across diverse project types. With a portfolio spanning commercial, residential, and everything in between, their approach balances functionality, aesthetics, and user experience. They meticulously push creative boundaries, shaping architectural excellence that transcends convention. During my time there, I actively contributed to the design process, crafting intricate floor plans, detailed wall sections, and precise elevation drawings. By participating in client meetings and site visits, I gained firsthand insight into understanding client needs, preferences, and the practicalities of construction and materiality.

Forte Construction Office

Detail plan, elevations, and wall sections worked on under the direction of a project manager and principle for the construction of a confrence room

Joshua Waldman

Joshua.waldman@outlook.com

631.627.4113