Architecture - Projects
This page showcases the diverse range of architecture projects that our students complete in class. From 3D printed to hand drafting and constructing foam board models, our students are equipped with the skills and tools to bring their designs to life. Our curriculum emphasizes hands-on learning, allowing students to gain practical experience in the field of architecture.
Wired for Innovation: Creating and Building Interactive Circuits
This project showcases a high school student's exploration of the fascinating interplay between light, form, and shadows in architecture. Through the use of diverse materials such as tracing paper, copy paper, vellum, and foam core, and cutting-edge tools like 3D printers and laser cutters, the student was able to create intricate models that beautifully captured the interplay of light and shadows. This model was then included in the student's portfolio for Syracuse, showcasing their creativity and mastery of architecture concepts.
Blueprints and Beyond: Bringing Residential Architecture to Life
For this project, high school students worked in teams of two to research a style of residential architecture and recreate it using drafting tools. The students put their skills to the test as they designed a floor plan that was faithful to the original design. With attention to detail and a keen eye for design, the students produced stunning examples of different residential styles that were both functional and beautiful.
House of Foam: A Project on Scale Modeling and Residential Design
In this project, students will learn about electricity and magnetism as they construct a simple electric motor using common materials. Through hands-on experimentation and testing, students will learn how to wind an armature, construct a frame, and attach a battery to create a working motor. By altering their design and experimenting with different materials, students will explore the principles of magnetism and electricity and develop valuable skills in critical thinking and problem-solving. This project offers an exciting and engaging way for students to learn about the fundamentals of electrical engineering and explore the possibilities of motor design.
Modeling Masterpieces: A Focused on Exterior Design Elements
In this project, teams of high school students collaborated with the local historical society to research a style of commercial architecture and create a model of it in Revit, focusing on the exterior elements. The students brought their research to life as they carefully designed and modeled the exterior of their chosen style. With attention to detail and an eye for aesthetics, the students produced stunning examples of the unique features and design elements of different residential styles, creating visual representations that were both informative and beautiful.
Building Beauty: A Project Focused on Residential Architecture and Design Elements
For this project, high school students had the opportunity to research a style of residential architecture and create a scaled physical model of the front elevation. The model was designed to showcase each of the design elements of the chosen style, providing a detailed representation of the building's exterior. With careful attention to detail and a keen eye for design, the students produced stunning models that were a testament to their hard work and dedication to the project. The result was a visual feast of architectural creativity, captured in a tangible form that allowed the students to truly appreciate the beauty of their chosen style.
Preserving Our Past: Recreating a Historic Commercial Building with Revit
​Take a trip back in time with our incredible student team who used their cutting-edge design skills to recreate the original floor plan of a local historic commercial building. With the help of Revit, these talented students breathed new life into this beloved landmark, paying attention to every detail and bringing a level of precision that is sure to impress. But their passion for history didn't stop there - they also worked closely with the local historical society to get a deep understanding of the building's past and to ensure that their reconstruction was as authentic as possible. The result is a stunning project that not only showcases the talents of these young designers but also offers a unique window into the rich heritage of our community.
Project Overview
This section contains descriptions of the projects completed by my students, providing a glimpse into the kinds of assignments we work on together.
Preserving History through STEAM: High Schoolers' Innovative 3D Printed Model
In this exciting project, students worked closely with their local historical society to research and recreate a historic building or house in REVIT. Using the surrounding area's architectural styles and time period, the students designed a detailed model of the structure and 3D printed it. Through collaboration with the historical society, the students gained valuable knowledge of the building's history and context and developed critical STEM skills in the process.
Parisian Blocks:A Frank Lloyd Wright Tribute
This STEAM project allowed our high school students to explore the rich history and architectural designs of Frank Lloyd Wright, as they utilized AutoCAD and a CNC router to create intricate Parisian-style textile blocks inspired by his work. Through the process of design and manufacturing, students developed their skills in CAD software and precision manufacturing, while also gaining a deeper appreciation for the history and cultural significance of architectural design. The final products were an impressive display of craftsmanship and creativity, with each textile block representing a unique and personal expression of the student's vision.
Inspiring Architecture: Middle Schoolers' Journey in 3D Printing and Assembling a Scale Model
This engaging project allowed students to apply their STEAM skills to create a stunning and intricate 3D printed and assembled scale model of a famous building. Through research and design, the students gained an appreciation for the architectural complexities of the structure, and honed their modeling and printing abilities. This project challenged the students to think critically, work collaboratively, and embrace creativity in bringing this building to life in a unique and tangible way.