Center of Excellence in AI-Empowered Spatial Computing

 

COESC home page header

What is the center of excellence in spatial computing? Awarded by the US Department of Education, the center of excellence in spatial computing grant program provides funding to eligible institutions of higher education to increase the number of highly qualified americans available for hire within the high-tech labor pool. Definition of spatial computing. The term spatial computing was definded by MIT Media Lab alumni Simon Greenwald in his futuristic thesis in 2003. However, we are only recently able to make his thesis and vision possible, due to advances in these technologies; artificial intelligence, camera sensors, and computer vision that track environments, humans an objects. Internet of things that monitors and controls products and assets, and augmented reality that provides human user interface.

Objectives of COESC

Form and grow a consortium of postsecondary and industry leaders focused on spatial computing
 

Map of Missouri; highlighting Kansas City, Columbia, and Saint Louis

The proposed objective involves the establishment and expansion of a consortium composed of prominent figures from the postsecondary education sector and industry, with a specific emphasis on spatial computing. 

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Building AI-empowered learning environments
 
 

Holographic image of a digital mind

The aim is to construct educational environments infused with artificial intelligence capabilities to impart knowledge and skill sets to students, particularly those from underrepresented backgrounds. 

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Collaborating with industry partners to provide internships for students
 
 
Intern considering spatial computing

Engaging in collaborative efforts with industry partners to facilitate the provision of remunerated internships for students specializing in spatial computing technologies represents a key initiative.

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Taking the Lead in AI-Empowered Learning

  • Spatial computing is driving business value, skill management, training, and productivity using artificial intelligence (AI), machine learning (ML), augmented reality (AR), virtual reality (VR), mixed reality (MR), and internet of things (IoT).
  • Spatial computing solutions are transforming sectors of our lives and have the potential to change the world.
  • Training a workforce, especially underrepresented students, in spatial computing is crucial for its widespread application.
  • The Center of Excellence in AI-Empowered Spatial Computing will develop education programs and work-based learning for underrepresented individuals in STEM.
  • US businesses are increasingly adopting spatial computing and hiring skilled teams in this field.
  • Some businesses struggle to find employees with the necessary skills and knowledge to support growth and opportunities.

 

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