Extending Faculty Reach with AI

Extending Faculty Reach with AI

Extending Faculty Reach with AI

Why it matters:

Rajen Sheth, CEO of Kyron Learning and former Google leader, sees AI as a way to authentically extend faculty capabilities and make higher education more accessible to underserved populations.

Key insights:

  • Faculty concerns addressed: While AI adoption faces resistance, Kyron focuses on building trust by designing tools that extend faculty reach rather than replace them.
  • Learning vs. answering: Kyron differentiates from consumer AI by focusing on conceptual understanding rather than just providing answers.
  • Expanding access: Sheth sees opportunity to increase bachelor’s degree attainment beyond current levels, driving prosperity through educational innovation.

What’s next:

Kyron aims to implement AI thoughtfully, avoiding approaches that could “poison” education’s relationship with emerging technology.

Rethinking Higher Ed for the Automation Age

Rethinking Higher Ed for the Automation Age

Rethinking Higher Ed for the Automation Age

What’s happening:

Higher ed is at a breaking point and stuck in a system built for another era.

Why it matters:

Gordon Freedman says institutions can’t just layer AI onto legacy models. To serve learners and meet workforce needs, we need new infrastructure: student-centered, employer-connected, and built for the automation age.

The big idea:

Learning identity. Deep ownership. Real collaboration. And a system that helps individuals manage their futures, not just navigate someone else’s.

July 2025 CHIPS Update

July 2025 CHIPS Update

The CHIPS and Science Act continues to drive significant progress in the U.S. semiconductor industry. Here are the latest developments:

Natcast Opens NSTC EUV Accelerator at NY CREATES’ Albany NanoTech Complex

In a major milestone for U.S. semiconductor innovation, Natcast celebrated the grand opening of the CHIPS for America Extreme Ultraviolet (EUV) Accelerator on July 14, 2025. Located at the NY CREATES Albany NanoTech Complex, this facility is one of three NSTC flagship R&D facilities across the country.

The EUV Accelerator, operational since July 1, will provide researchers access to cutting-edge EUV lithography tools essential for developing smaller, faster, and more efficient chips. The facility features standard numerical aperture EUV lithography capabilities now, with High NA EUV equipment expected in 2026.

New Research Initiatives Open for Public Input

Natcast has announced two Requests for Information (RFIs) to shape future research programs:

1. Interconnect Materials and Processes for Computing Applications

This initiative focuses on developing innovative materials and integrated processes for monolithic backend of line (BEOL) interconnects. As transistor density increases, the resulting resistance and capacitance in BEOL interconnects create challenges that this program aims to address through novel conducting materials, low-k ILD materials, and integrated processes.

Submissions are due by August 1, 2025, at 5:00 PM EDT.

2. Co-Packaged Optical Engine Development for AI Infrastructure

This RFI seeks stakeholder input to establish R&D priorities for co-packaged optical engines that will help scale AI and HPC infrastructure. The program aims to identify gaps in standards, challenges in prototyping, and barriers to commercialization.

Both RFIs welcome input from a broad range of organizations including foundries, IDMs, materials suppliers, equipment vendors, academia, startups, and research institutions.

For more information on these initiatives or to submit proposals for the EUV Accelerator, visit natcast.org.

Futures Thinking: AI, Workforce Development, and HigherEd Convergence— Redefining the Learning Experience

Futures Thinking: AI, Workforce Development, and HigherEd Convergence— Redefining the Learning Experience

By Dr. Kate Smith, President, Rio Salado College

Collaboration between educators, employers, and policymakers is crucial to shape AI strategies that bridge the education-workforce divide and ensure ethical and effective use of AI. AI is a powerful tool that can transform workforce development in higher education, offering new opportunities to enhance learning, streamline processes, and prepare students for the challenges and opportunities of the AI-driven workplace.” – Chat GPT 

Generative and Agentic Artificial Intelligence (AI) are unleashing exciting possibilities— and concerns. While cutting-edge technologies are leading to promising training developments and workforce innovations— potential threats to privacy, security, the environment, and more demand caution and safeguards. 

By working together and prioritizing the convergence of AI and workforce development, we can serve a greater number of learners, expand industry partnerships to build a robust workforce, create new revenue streams, and influence the advancement of artificial intelligence. 

Employer and worker sentiments differ on the value of college degrees. However, all agree our rapidly evolving economy requires agile and cost-effective workforce development solutions. This is supported by think tanks, government policy, federal and state funding, as well as increased attention by local governments and other stakeholders (Ascendium Dec. 2023, AAC&U 2023, Jobs for the Future Mar 2024).

Employers are challenged with finding and retaining skilled employees, filling vacancies in high-demand industries, improving skill set gaps, and identifying candidates with AI experience and knowledge. Likewise, postsecondary institutions are challenged with connecting students and workers to training and higher-paying jobs. 

To address these needs, many of us have partnered with employers and other stakeholders to develop customized credit and non-credit microcredentials that focus on specific skill sets and can be earned in a relatively short time. 

The result— support  from employers, learners, and educators alike; an increase in adult worker enrollments; exponential growth of microcredentials offered by educational institutions and private companies such as Google, Meta, and Microsoft via Career Academy; and educational partnerships such as the University of Texas System’s collaboration with Coursera (Ascendium Dec. 2023, AACSB Oct. 2023). 

While exciting, many of us agree standardization in credentialing will benefit all stakeholders and ensure that microcredentials are leading to employment success for the learner, are transferable, and can be clearly identified and valued by industry. (Stakeholders’ Roundtable 2022, Inside Higher Ed Feb. 2023).

Another option is working directly with employers to create training programs that combine industry-specific knowledge with our academic component and offer credit for prior learning toward academic credentials. This is a cornerstone of Rio Salado College’s long-standing Educational Service Partnerships and work creating customized credentials such as our Broadband Telecommunications associate degree developed with The Society of Cable Telecommunications Engineers. With AI technologies, among other emergent technologies, we have the potential to enhance training that’s tailored to meet the unique needs of each learner.  

AI is also helping employers and workers connect in more efficient ways, especially by way of job banks. What is lacking is a comprehensive, centralized database for workforce development, where employers can find and prescreen candidates; workers can find jobs and training, upload resumes, and track professional credentials; and educational institutions can connect with learners who can benefit from their programs. Not unlike the USAJOBS, which helps federal agencies and employees with workforce development. By expanding this service to include other public and private sectors, along with a standardization of credentialing, we will greatly enhance our ability to fill high-demand jobs around the world.

What AI cannot address are the many challenges adult learners face now. Approximately 40% of all U.S. workers are low income. As such, it makes sense we invest in scholarships and support services that address homelessness, hunger, and other issues preventing learners from completing their goals and successfully contributing to the workforce. Equally important are flexible options so learners can balance the demands of work, family, school, and life— and take classes at a time, place, timeframe, and price point that fits their lives. 

We have an awesome responsibility. The country is counting on us to help build a dynamic workforce and lead the way in the development of an AI literate workforce. I am confident if we share resources and strategies, rethink our traditional roles, and redefine the learning experience— we will make education and employment more equitable and accessible— and create a thriving workforce of the future.

The world and the workplace are changing. At the Presidents Forum, we believe that higher education must keep pace. That’s why we were formed in 2002, and why we continue our work to this day to reinvent higher education through innovation to benefit all student learners.

© 2024 Presidents Forum, All rights reserved.

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The world and the workplace are changing. At the Presidents Forum, we believe that higher education must keep pace. That’s why we were formed in 2002, and why we continue our work to this day to reinvent higher education through innovation to benefit all student learners.

80 M Street SE, # 130
Washington DC 20003

© 2024 Presidents Forum, All rights reserved.

WCET: Future of EdTech

WCET: Future of EdTech

WCET: Future of EdTech

Big thing:

AI will be a “game changer” for higher education, enabling highly personalized support throughout the student lifecycle while potentially reducing costs.

Why it matters:

The current disconnect between the cost and price of distance education prevents students from realizing savings from technology implementation.

The big picture:

Personalized, AI-enabled education has the potential to transform access, affordability, and completion rates—changing families’ lives for generations.

UT Arlington: AI Insights and Student Success Approach

UT Arlington: AI Insights and Student Success Approach

UT Arlington: AI Insights and Student Success Approach

Why it matters:

Jennifer Cowley shares how UT Arlington is approaching artificial intelligence challenges and removing institutional barriers to support diverse student populations.

AI opportunities and challenges:

  • Views AI as both an opportunity and challenge for higher education
  • Notes that workplace changes are happening “faster than what it takes to prepare a student”
  • Students express concern about being “AI’d out of a job”
  • Different adoption rates: Business programs integrating AI consistently while writing programs still determining best approaches

Removing institutional barriers:

  • Found over 100 different registration “holds” creating unnecessary obstacles
  • Eliminated most holds by requiring departments to petition to keep them
  • Focus on making student experience “as frictionless as possible”