Where failure becomes the crucible of self-discovery! Research and Development (R&D) lie at the heart of sparking innovation and revitalizing the foundations we depend on. Marc Northstar navigates indepth strategies to glean insights from the R&D process, preparing for real-world applications. On this page, you'll gain a brief glimpse of the cutting-edge technologies we utilize in our pursuit of learning through experimentation. If you're interested in collaboration, please don't hesitate to contact us!
DJI Drone Flights
This 3D tracking research enhances data collection by using dynamic tracking points for drones. These points enable precise integration of virtual objects into moving scenes, facilitating data gathering in urban systems and infrastructure. Play video to see more!
Hetch Hetchy Reservoir
Supplying San Francisco's water and electricity from Yosemite, over 150 miles away, via a gravity-based system. This study assesses current conditions and envisions future options for California's water infrastructure.
Robotic Arm
Using a combination of robot arm, AR, and virtual communication we investigated possibilities of a new workflow for design by connecting the physically separated the components of the process. This process questions the hierarchal advantage that physical platforms suggest for an easy-to-access solution that is equally available for all the users regardless of their location.
Luminous Analysis
Create 3D models of luminaires, set their properties (e.g., luminous flux, color temperature), and simulate how these fixtures illuminate a space. This helps in optimizing the placement and quantity of artificial light sources for desired lighting levels and aesthetics. This research conducted in collaboration with architect Brendon Levitt.
3D Construction
Printer on Mars
This thesis delves into the exciting realm of city development on Mars, focusing on the revolutionary potential of autonomous 3D construction printers. Discover how harnessing these cutting-edge technologies can unlock the power of regolith, saving invaluable time and resources otherwise spent on Earth-bound shipments. This project was initiated with Prof. of architecture Thom Faulders.
Envelop Analysis
In-depth 3D studies focusing on the interior shell tower
3D Scan of Existing Structure
Capture precise 3D point cloud data of an existing structure by emitting laser pulses in various directions and measuring their return times. This process creates a detailed and accurate 3D representation of the building you want to scan. This technology has versatile applications, including energy modeling, locating air or water leaks with technician consultations, property renovation, and even input for video gaming! This project was implemented successfully and donated to the USGBC and Faith Baptist Church in the city of Oakland, CA.
Sustainable Transportation
A new set of AI capabilities to integrate mobility package to reduce truck traffic by 72%
AI Construction Documents
Research and development (R&D) studies are being conducted to explore the feasibility of scanning constructions documents (CDs) to rapidly identify the number of restrooms, windows, doors, and other architectural features. Play video to see more!
Computational Landscaping
Explore cognitive strategies for crafting landscapes and gardens, whether for marketing, landscaping projects, gaming environments, or short videos tailored to your unique needs. We explore different methods to generate various types of plants, whether for printing or animation!
3D Realistic Materials
This strategy involves transforming building materials into 3D models for effective communication with clients and stakeholders. It also demonstrates how materials respond to environmental conditions, both inside and outside the building.
Building A City On Mars
Marc Northstar is tirelessly advancing his visionary project: constructing a city on Mars to accommodate one million inhabitants. This ambitious endeavor addresses the intriguing parallels between Earth and Mars, navigates political complexities, explores financial considerations, and delves into the intricacies of hydroponic systems.
