Tuesday, September 29, 2026

Using Artificial Intelligence (AI) in Academic Institutions - Draft 2026

A query using Artificial Intelligence (AI) ChatGPT surfaced several items by Jason Dom, a Director at the American Public University System (APUS), who sees a legitimate role for AI in higher education. However, its use should be transparent, course-specific, and governed by faculty and institutional rules. For example:

The central idea: Don’t simply ban AI

APUS’s published guidance explicitly says the university embraces generative AI as a learning tool and encourages students to understand both its benefits and risks. The university’s current policy permits or encourages AI use in some courses and assignments when the instructor or assignment directions say so. 

The APUS model says AI can be part of the educational process, but the student remains responsible for demonstrating learning and following the rules of the particular course in which they are enrolled. Students should use AI “to learn—not to avoid learning.” 

 

Several suggested key priorities. 

 

A. Faculty control

The professor—not the AI—remains responsible for determining how AI fits into the course.

ibl.ai is an AI Faculty Agent explicitly describes its role as supporting instructors while keeping the instructor “firmly in control of all academic and pedagogical decisions.” 

B. Guardrails rather than unrestricted generation

An educational AI tool should be configured to say, “I can help you understand this concept, but I won’t write the answer to your graded assignment.”

C. Institutional context when using AI tools

The academic institution should direct students to specific campus resources. For example, ibl.ai describes its architecture as allowing institutions to connect AI agents to systems such as LMSs and student-information systems while retaining control of data and deployment. 

D. What all this means for students

The APUS approach described by Jason Dom effectively creates three different categories of AI use.

 

APUS permitted learning assistance by AI tools

Various permitted uses of AI include:

  • brainstorming;
  • research assistance;
  • explanations of difficult concepts;
  • study guides;
  • flashcards;
  • summaries;
  • editing assistance, subject to course rules. 

 

AI assisted work requiring disclosure

APUS says AI generated material that appears in a student's submission must be appropriately cited or attributed, and students may be required to explain how and to what extent they used AI. 

“What did you use it for, and what intellectual work did you personally perform?”

 

Prohibited substitution

APUS currently identifies inappropriate use of AI, among other things:

  • having generative AI write an assignment or discussion post;
  • failing to verify AI-generated information;
  • failing to provide appropriate attribution;
  • using AI during tests/exams/quizzes without permission. 

So the student’s fundamental obligation remains: The work submitted for academic credit must actually demonstrate the student’s learning.



What does all this mean for faculty

Faculty aren’t simply being asked to detect AI-generated papers. They’re being encouraged to design the learning environment around AI’s existence.

ibl.ai’s Faculty Agent, for example, is designed to help faculty:

  • develop syllabi;
  • create assignments;
  • develop rubrics;
  • generate examination questions;
  • prepare lectures;
  • assist with grading and feedback;
  • identify assignments that are easily completed by AI;
  • redesign those assignments when appropriate. 

The professor remains the decision-maker and decides which criteria actually belong in the course.

 

The biggest implication for academic integrity

This is probably the most interesting aspect of the APUS and ibl.ai models.

Traditional academic-integrity systems largely ask: “Did the student cheat?”

But AI forces universities to ask a more complicated question:  “What constitutes authentic student work when AI is an ordinary part of the student’s intellectual environment?”

APUS must distinguish between assistance and substitution.


AI-assisted work requiring disclosure

APUS says AI-generated material that appears in a submission must be appropriately cited or attributed, and students may be required to explain how and to what extent they used AI. That creates a principle of AI transparency.

The question is  “Did you use AI?” and  “What did you use it for, and what intellectual work did you personally perform?”

 

Prohibited substitution

APUS currently identifies as inappropriate, among other things:

  • having GenAI write an assignment or discussion post;
  • failing to verify AI-generated information;
  • failing to provide appropriate attribution;
  • using AI during tests/exams/quizzes without permission. 

So the student’s fundamental obligation remains: The work submitted for academic credit must actually demonstrate the student’s learning..

 

Note the professor remains the key decision-maker.

The professor decides which criteria actually belong in the course.

The professor decides whether and how to redesign it.

The instructor retains responsibility for the final judgment.


Bottom line

 

The Jason Dom/s APUS + ibl.ai approach can be understood as a move from AI prohibition and detection toward controlled educational integration.

For students, AI becomes a legitimate learning resource—but not a substitute for their own intellectual work.

For faculty, AI becomes a teaching and productivity tool—but the instructor remains responsible for the pedagogy, assessment, and final academic judgment.

For academic integrity, the key distinction becomes authorized assistance versus unauthorized substitution.

For institutional policy, AI governance expands beyond plagiarism to include assessment design, disclosure, privacy, data ownership, model selection, access controls, faculty autonomy, and accountability.

 

 

 

To close, many of the lessons and recommendations presented by Jason Dom on the use of AI tools in academia also can be applied to other industries. 

 

Tuesday, September 8, 2026

Selected Articles on the Future by Author Peter Groen

Peter J. Groen is a retired federal IT executive and writer associated with Collaboration Open Solutions & Innovation (COSI), Open Health News (OHN), and the Summerton, Weekly News in South Carolina. He has written quite a few pieces specifically about the future, technology, healthcare, and society. Much of the following information was largely generated by ChatGPR.

Some of his most relevant articles on the future

  1. “What does the future hold for Healthcare and Health IT – From 2015 thru 2030 and Beyond”
    Published November 25, 2013. Groen compiled predictions from more than 100 articles, interviews, and reports concerning healthcare and information technology.  
  2. “Global Health 2040: Trends, Challenges, and Solutions”
    Published June 26, 2013. It looks at long-term global trends, climate change, open data, and what they imply for the future.  
  3. “Global Health & Health IT Solutions in 2040”
    Published June 29, 2013. This revisits the question of what health-information technology might look like around 2040.  
  4. “21st Century Information Age Requires New Business Strategies”
    Published April 23, 2016. Groen asks explicitly,
    “What will Life be like in 2050?” and considers how businesses will need to adapt.  
  5. “Dying Industries of 21st Century”
    Published April 26, 2016. This examines technological and economic disruption, including the decline of industries such as coal.  
  6. “Dumb Tech Predictions”
    Published December 16, 2014. Groen collects famously wrong predictions about computers, communications, the Internet, and other technologies as a way of thinking about the difficulty of predicting the future.  
  7. “Machines Teaching Machines, Robots and the Future.  In a December 2014 series, Groen discussed robots, machine learning, cloud-based learning, and the possibility that machines could increasingly teach humans and one another.  

There is also a much larger collection of articles and blogs.i

Groen’s Open Health News (OHN) author archive contains his articles, including a number dealing directly with future-oriented healthcare and information technology (IT).  

His Collaboration, Open Solutions & Innovation (COSI) web site identifies a broader collection of his articles, blogs, and books.  

If you’re looking specifically for Peter Groen’s works that make predictions about 2030, 2050 and beyond, he has written numerous other articles and blogs  He has since retired and is shifting his attention to ethics and moral behavior.