ACAM
ACAM's mission is to enhance the construction industry by harnessing the power of automation and utilizing locally sourced materials to achieve unparalleled sustainability and adaptability.
We are dedicated to developing cutting-edge technologies that address the unique challenges of construction in Alaska’s extreme environments.
Short construction season
Alaska’s short construction season demands rapid, efficient, and reliable building methods to maximize the limited time available.
High costs of importing materials
Importing construction commodities to remote Alaskan locations incurs significant costs. Our focus on using locally sourced materials helps mitigate these expenses and supports local economies.
Lack of skilled construction workers
The scarcity of skilled labor in remote and rural areas highlights the need for automation to maintain high standards of construction quality and efficiency.
Severe climate conditions
Extreme cold temperatures and permafrost present unique challenges that require robust, innovative construction techniques to ensure durability and performance.
Remote communities
Many Alaskan communities are isolated, making traditional construction methods impractical. Our lab provides ways to deliver high-quality infrastructure without the need for extensive external support.
Climate change
Increasingly severe weather patterns, including floods and erosion, along with permafrost instability due to climate change, necessitate adaptive and resilient construction approaches.
Advanced construction materials
We are dedicated to researching and developing innovative construction materials derived from locally available resources in Alaska. This not only reduces reliance on imported materials but also enhances the sustainability and environmental impact of construction practices.
Remote sensing technologies
By integrating advanced remote sensing technologies, we aim to enhance construction efficiency and precision. Our work includes structural health monitoring, indoor environment management, and smart heat management to ensure the structural integrity and comfort of built environments.
Robotic construction and additive manufacturing
Our lab is at the forefront of incorporating robotic construction and additive manufacturing techniques to build both horizontal and vertical infrastructure. These technologies enable precise, automated construction processes that improve quality and reduce construction time.
Artificial intelligence and machine learning
We leverage artificial intelligence and machine learning to develop sophisticated control systems and heat management solutions. These technologies enhance the adaptability and efficiency of our construction methods, providing smart, data-driven insights for optimized performance.
Workforce development
Recognizing the critical shortage of skilled workers, our lab is committed to workforce development through training programs and educational initiatives. We aim to build local expertise in advanced construction technologies, fostering a skilled workforce capable of meeting the demands of modern construction.
Dr. Nima Farzadnia is an assistant professor at the Department of Civil, Geological, and Environmental Engineering at UAF. His research focus is on advancing sustainable construction materials, smart infrastructure, and construction automation.
With a robust background in civil engineering, Farzadnia has made substantial contributions to the development of innovative building materials and construction technologies.
Dr. Farzadnia’s current work includes:
