New Feature: Age Levels Added for AI Chat Reply Style

The new AI educational assistant chat app at Innovation is definitely one of our most popular applications! It is extremely flexible and reliable for delivering structured, natural, and appropriate interactive learning.

Readers may recall that the Innovation chat feature can be hosted or host-less and can include AI interactions. Teachers license students for a certain number of interactions and teachers define in advance the “reply style” of the AI. This means that teachers set up important guidelines to make the learning experience most effective.

In response to teacher feedback, we’ve added a new set of age group reply style options to help the AI adjust its language and tone even more precisely to the students it interacts with. Alongside the existing CEFR-level options (for world language learning) and conversational styles, teachers can now specify an age group — such as upper elementary, junior high, high school, or college — when configuring the chat assistant.

These age group settings guide the AI to choose vocabulary, sentence structure, and tone that are more appropriate and engaging for the selected audience. For example, when set to upper elementary, the AI uses simpler words and a more encouraging tone; when set to college, it uses a more formal and intellectually challenging style.

We encourage teachers to select one or two complementary styles rather than many at once, to keep the AI’s responses focused and consistent. As always, settings can be adjusted at any time, allowing teachers to fine-tune the experience based on their students’ needs and goals.

We’re excited to see how teachers use these new options to tailor conversations even more effectively. You can find the new age group settings in the AI Reply Style section of the chat setup page, alongside the existing style options. As always, we welcome your feedback — let us know how the chat assistant is working for your students and what additional refinements would make it even more useful.

New Feature: AI-assisted Grammar Studies for World Language Learners

Innovation’s AI integrations are expanding this summer, with enhancements to all areas of our platform!

This week, we’re excited to announce that AI support has been added to our grammar application, designed for learners of world languages.

The grammar app presents prompts for students to practice applying rules in their target language — such as verb conjugations, adjective agreement, spelling, and more.

Last spring, we introduced AI tools for teachers to easily generate customized grammar tasks.

This month, we’ve added AI assistance for students as they complete the tasks. Teachers can license students for a set number of AI assists during an exercise. After entering and saving their response to a prompt, students can click ✨ Ask AI to receive feedback.

When errors are detected, the AI provides thoughtful hints to guide students toward correcting and improving their answers — encouraging learning and mastery, rather than simply giving away the correct answer.

Mastery Learning at Innovation

The best way to sum up Innovation’s support of mastery learning is customization. A foundational principal of mastery learning is to identify areas where students need more work and then to provide that practice.

Innovation’s data analysis tools, including AI supported analyses, facilitate accurate and speedy identification of areas for continued student support.

Innovation’s AI teaching assistant makes generating these customized training and study tasks very efficient, effective, and rapid.

Mastery learning is an instructional approach in which students progress at their own pace, demonstrating a high level of understanding through frequent formative assessments and targeted corrective feedback before moving on to new material. By design—clear goals, adaptive pathways, real-time feedback, and built-in remediation—the Innovation platform strongly supports a mastery learning approach.

Mastery learning begins at finding out where the students are. Pretests assessing prior knowledge are important to find students’ entry point into the curriculum. At Innovation, pretests are easily constructed (especially true with AI integrations for assessment creation and data analysis) and saved to teachers’ course list for later re-use.

In a mastery learning approach, students have regular opportunities for formative assessment and to track their progress. At Innovation, task development and assessment is strongly supported by artificial intelligence. Instant scoring and annotated feedback in “debriefing” mode both help support the kind of formative feedback so important to track progress and chart the course.

Data-driven decision making is a cornerstone of the mastery learning class. Innovation’s proctor AI tracks student activity and progress and reports useful summaries with analysis to guide the next steps.

So let’s think about what makes mastery learning difficult to implement. Designing varied, on-level practice problems is a hill to climb. Writing multiple versions of questions (with different contexts, difficulty levels, etc.) to hit each student’s zone of proximal development can be very time consuming.

But that’s where Innovation truly shines: removing the friction from implementation.

One of the greatest barriers to mastery learning in traditional classrooms is the sheer labor it demands. Teachers are already stretched thin, and the work of creating varied, on-level practice tasks tailored to individual needs — often in multiple formats and difficulty bands — can seem insurmountable. Similarly, analyzing formative data, spotting patterns, and designing the right interventions in a timely way is hard when done manually.

Innovation helps teachers overcome these hurdles. Our AI tools generate differentiated practice materials in seconds, informed by real student data. They can craft multiple versions of an assessment item that target different skill levels or learning gaps, and even suggest scaffolded supports or enrichment challenges for advanced learners.

What’s more, Innovation’s platform makes tracking progress and growth transparent for both teacher and student. Students can see their own progress through clear visualizations and feedback, helping build motivation and ownership of learning. Teachers, in turn, can make quick, informed decisions about who needs more support, who’s ready to advance, and what kinds of practice will be most effective for each learner.

At its heart, mastery learning is about equity — ensuring every student has the time, support, and resources to truly master each concept before being pushed forward. Innovation empowers teachers to deliver on that promise, making mastery learning not only possible, but practical and scalable.

With Innovation, mastery learning becomes less of an ideal and more of a reality: a personalized pathway for every learner, supported by data, driven by AI, and guided by the teacher’s expertise.

What “Licensing” AI Interactions for Students Means at Innovation

I think we are all still finding our way in using AI in education. Recent surveys show many students and teachers are using AI. Consistent with what we have seen in previous technological changes that become adopted into education, they must be adapted from their design origins in the adult workplace. That adaptation is what Innovation intends to enable. 

In earlier posts, I described the importance of “guardrails” in 21st century learning spaces for students. Adults who depend on a digital workspace are largely self-directed. They shut off notifications that distract. They focus their attention on completing the at hand. They manage digital resources and devices so as to keep them working smoothly (limit the number of tabs open in a browser and keep them working smoothly keyboard clean). Students, even older high school students, possess fewer of these self-disciplines. Youngsters are by nature more slaves to their impulses than many adults, so incorporating AI in the classroom should include the kinds of externally-imposed guardrails analogous to those we imposed in our classrooms in real space. 

There is a growing number of AI integrations at Innovation that allow students to interact with AI in their lessons here. For one, there is the chat feature where students can discuss a topic and even practice another language with the AI. This offers an opportunity for practice that includes important guardrails. The principal one is the “license”. 

At Innovation, any application where AI faces students is designed with limits selected by the teacher in advance. This is the license. 

Firstly, the license limits the number of interactions between the student and the AI on that particular task. This will pose an obstacle to wandering off topic or incurring unnecessary costs (since AI interactions are metered in subscriptions to the service). In the chat application and in the asynchronous discussion app, students are reminded at the start that there is a particular objective to be met within a certain number of turns at conversation. With practice, this should keep most students on task and avoid conversations to nowhere. 

Secondly, the teacher sets the AI’s reply style when creating licenses for students on an application. Settings include age level of the students, the attitude of the replies (scholarly debater? Challenging devil’s advocate? Chatty dialogue partner?) and for language learners the difficulty level of the chat on the CEFR scale (A1, B2, etc). The AI can help keep the student on track and offer suggestions for improved student contributions. 

Now, you could log in to ChatGPT and have students type all these guidelines into the prompt field and then engage in the educational exercise, but the impracticality of that is obvious. 

Besides the license configuration, two additional guardrails at Innovation are that all interactions are recorded and all are set up to be evaluated. This gives teachers important supervisory powers. They can see what the student said to AI and evaluate the effectiveness of the interaction. 

AI integrations at Innovation extend beyond synchronous chat and asynchronous discussion forums. The grammar application, for example, also offers AI licenses. 

The grammar application is designed to help students learn grammatical structures in another language. It presents cues of various kinds such as incomplete sentences or short structures to conjugate or decline. There is an AI integration that teachers can license such that the AI gives advice on the answers, such as hints at correcting mistakes or praise for correct responses. Like with chat and discussion, teachers set the number of interactions and the style of the reply in advance. Interactions are recorded; responses are set up for evaluation. 

Adopting AI in education means adapting the technology to the educational context. It must account for maturity level, for targeted skills, and work within boundaries of the current unit or module’s content objectives. The “licensing” concept at Innovation is an important part of that adaptation. If you are not a subscriber, why not sign up for our 60-day free trial?

World Language Conversation Training at Innovation

This application is for our world language teachers. The Directed Conversation is a training and evaluation tool for world language courses for conversational fluency. Notably, readers may recognize this format as that used in the AP French exam.

Innovation has two apps of note here. One is the generator, the other is the app to conduct a directed conversation.

The Generator

The generator lets teachers create, with optional assist from AI, a directed conversation at the level they need for their students. Innovation uses the “Common European Framework of Reference for Languages” (CEFR)) standard to define linguistic competence at various levels. The CEFR is widely used to assess and compare the language proficiency of learners across different languages and educational systems. To run the generator, teachers complete the basic form:

Once set, teachers can use the AI integration to generate a conversation according to the criteria they set. Once checking and editing, teachers can save the task to use with students.

Conversation Levels in Our App: What They Look Like

🌱 A Level – Beginner (Student-Directed Conversations)

  • Conversations are simple and highly structured.
  • The instructor’s lines are fully written out in the target language, like a script.
  • The student sees step-by-step English instructions for what to do (e.g., “Ask for a drink”), but they are not given exact words to say.
  • Focus: The student practices basic survival phrases and predictable interactions, like ordering food or asking for directions.
  • Example format:
    • Student – Ask for a table for two.
    • Instructor – Bien sĂ»r, par ici.

🔹 B Level – Intermediate (Improvised, Goal-Based Conversations)

At this level, conversations are more flexible and involve guided improvisation.

There are two conversation types:

  • Instructor Starts:
    The instructor follows prompts written in the target language to improvise their parts.
    The student’s tasks remain in English as communicative goals (e.g., “Ask the price”).
  • Student Starts:
    The student leads the conversation by following English prompts (e.g., “Explain your travel plans”).
    The instructor follows prompts in the target language to guide the conversation, but now both participants are improvising.
  • Focus: Building the ability to navigate everyday situations and handle less predictable responses.

🔸 C Level – Advanced (Fully Improvised, High-Level Conversations)

These conversations are complex, nuanced, and resemble real-life discussions.

There are two conversation types:

  • Instructor Starts:
    Both student and instructor follow target-language prompts (e.g., “Express surprise”, “Invite the other person to develop an idea”).
    No English is used in the conversation setup.
  • Student Starts:
    The student leads using target-language prompts to achieve communicative goals.
    The instructor follows improvisation cues also written in the target language.
  • Focus: Encouraging spontaneous, natural conversation with sophisticated language, similar to what’s expected in AP-level or advanced real-world exchanges.

The directed conversation app can be used with one or a group of students. This app has many tools to facilitate either interaction, presumably over a video conferencing app.

  • As students complete their turn, the teacher can mark the line complete so that both can keep track of where they are in conversation.
  • If it is an assessment, the teacher can score the student’s turn.
  • If it is a practice and teachers enter new words or phrases that students request into the “useful words” text field, it is possible to make flashcards practice right away.
  • If it is a class, students can be sent a join link and can be prompted to record something of what they hear in their classmates’ response.

Give our directed conversation (conversations dirigée) app a try today!

Ethical AI for Instructors

An article in the New York Times caught my eye yesterday. The Professors Are Using ChatGPT, and Some Students Aren’t Happy About It read the title. For the past six weeks, I have been coding AI integrations into Innovation. It caught my eye because I have been thinking a lot about AI in education. From the perspective of a teacher, it drives me crazy when my students submit ChatGPT-generated work and pass it off as their own. The cartwheels I have to do as a remote instructor to prevent this are pretty byzantine!

But I am also interested as a businessman. I aim to enliven innovation (and raise its notoriety) by the integration of OpenAI in every aspect of the site. During this feverish coding period since mid-April when we got our API key, I have coded apps that…

  • generate multiple-choice questions for tests, reading comprehension, videos, and Jeopardy-style games;
  • score short answer responses based on guidelines and model answers;
  • score longer essays based on rubrics and instructor-designed guidelines;
  • interact with students in online forum discussions;
  • generate composition topics and dictĂ©e practices for world language teachers;
  • generate custom grammar exercises for world language instructors.

Through the summer, I plan to add some sophisticated AI analysis options for student essays as well as rubric generators and a monitored chat.

In the New York Times article, student Ella Stapleton was a senior at Northeastern University. Her professor had used ChatGPT to generate lecture notes and failed to remove the telltale signs of its origin. Another student found that the comments a professor left on one of her assignments included the chat with an AI to help grade it. One student is suing her university, saying she was paying for instruction from the prof and not from an AI. Are they right to be annoyed?

Readers are no doubt familiar with the Talmud, a central work of Jewish thought composed of rabbinic debates spanning centuries. These debates often wrestle with how to interpret and apply biblical law to real or hypothetical situations. A hallmark of Talmudic reasoning is the use of analogy: to what extent does a current case resemble one already discussed and resolved?

This is the approach I would like to take in arguing specific ethical considerations regarding the use of AI by instructors. I began teaching in 1991. If we assume ethical principles to be fairly static, since right and wrong should probably not really change much, then what was right then is still right now.

In 1991, a public school teacher would have access to a commercially published textbook. This would typically come with a package of pre-made tests and answer keys, workbooks for subject-specific practice, maybe filmstrips or posters, and so forth. It was the common understanding that teachers were not expected to write their own textbooks or even design every one of their own lesson activities.

In 1991, a college professor would typically teach using a commercially published textbook selected for the course. Along with the textbook came instructor guides, test banks, lecture slides, and other supplemental materials provided by the publisher. Professors might adapt these resources, but it was generally understood that they were not expected to create every reading, assignment, or exam from scratch. The role of the professor centered more on guiding discussion, delivering lectures, and evaluating student work than on developing entirely original curricula for each course.

With regard to assessment, my teachers in the 1970s in my grammar school sometimes used a Scantron machine to score those tests where you fill in the bubble. They did not score the tests all by hand. My elementary classes were 35-40 kids to a class in a parochial inner-city school.

When I was teaching social studies here in New York State just before I retired, I was called upon each June to drive far away to meet with colleagues from other districts to score the essay portions of the New York State Regents exams. Two teachers graded each paper and we discussed the merits and the score.

In 1991, assessment at the college level often meant midterms, finals, and a handful of major papers or projects. In large lecture courses, teaching assistants might handle the grading of essays, quizzes, or lab reports, following rubrics or guidelines set by the professor. While professors were ultimately responsible for student evaluation, it was common for them to delegate portions of the grading process, especially in high-enrollment classes. The expectation wasn’t that every piece of student work would receive personalized feedback from the lead instructor, but rather that grading would be efficient, consistent, and scalable.

Returning to the students who are upset with their professors for using AI to generate lecture notes or to generate student evaluations, I think we can reason by analogy as did those Talmudic scholars in times past to ascertain what is right.

My premise, and this is after many hours of working with AI over a year or more, is that at this particular moment in history, the best AI has to offer is to be a rather naive, but sometimes insightful, young assistant. My teachers reviewed the commercially published tests and checked for typos and accurate keys. My professors supervised their teaching assistants, providing them guidelines and checking their work. My AI helpers, who at the moment are ChatGPT and Gemini, need guidance and supervision by me.

Commercially published textbooks, tests, workbooks, worksheets, and the like have been acceptable and welcomed for a century. No one would have asked the one room schoolhouse teacher to publish her own grammar books. No one would have faulted a full professor for having his assistant grade lab reports. In 1991, and this is before the demands of differentiating instruction, the teacher was the creative director of a plan to educate using resources that they had vetted and sometimes using assistants that they supervised. At the time, this arrangement was both normal and uncontroversial.

The introduction of AI as a source of learning or an assessment tool doesn’t diminish the instructor’s crucial role; it amplifies it in the same way a carpenters’ work was amplified by the invention of the nail gun. Just as educators have always been responsible for the quality and integrity of their classrooms, they must now extend that vigilance to AI. This active supervision ensures that AI enhances, rather than supplants, sound pedagogical practices.

Innovation has built all of its AI integrations around a clear philosophy: the instructor remains the expert in the loop. When AI generates test questions, they must be approved by the instructor before being added to an assessment. When AI scores an essay, the instructor sets the rubric, defines the guidelines, and reviews the results before incorporating any of them into the student’s grade. When AI participates in student discussions, it does so within parameters the instructor has defined — including tone, context, and purpose — and under active supervision. When AI grades short-answer responses, it relies on model answers the instructor has already selected and endorsed.

At every turn, Innovation’s workflow puts the instructor in the role of guide and gatekeeper — promoting good old-fashioned professional oversight through the design itself.

The profs who failed to properly read and edit the course materials or assessment comments are to be chided for editing poorly. But the expectation that students have that instructors be the author of all of their course materials is born of an age when technology makes this at least theoretically possible, although not practically so. The expectation that no assessment will be outside the hand of the instructor is a new fashion, also imagined in a context of hyper-alertness to AI usage. One professor noted in the article was criticized by the student for chatting with the AI about writing the critique of the student’s work. But this is precisely what a professor might do with a live assistant in days gone by! The difference is that the student of the past would have no knowledge of the discussion.

One of my remote students this year had nothing good to say about one of her teachers. She cited the example of the fact that her teacher got her powerPoint slide shows from ChatGPT. If that powerPoint were of poor quality or included incorrect information, I could agree. Where this student goes wrong is in thinking that the general notion of getting learning resources elsewhere is illegitimate or unprecedented. The wrong would be in presenting shoddy or incorrect information, not in failing to be the author of everything.

Updating our Terms of Service for the AI Integration Rollout

We are excited to be rolling out our massive upgrade to AI this month! Already, subscribers will notice the little purple buttons all over the site controls offering AI assistance with test question generation, grading student work, and tasks specifically geared toward teaching modern languages.

Subscribers will be invited to agree to the new terms of service when everything is up and running in June. Here is the text of that change:

AI-ENABLED FEATURES AND RESPONSIBILITIES

Innovation Assessments LLC now provides access to a variety of artificial intelligence (AI)–powered tools to enhance educational services. These may include, but are not limited to, automated test question generation, grading support for essays and short answers, rubric design assistance, writing prompt creation, and supervised chat-based discussion with AI for students. Users should be aware that AI-generated content may contain inaccuracies or reflect inherent biases, and human oversight is crucial.

Use of AI services is subject to the following terms:

  • Students may only access AI-powered chat or discussion tools under licensing of their teacher, and only if the teacher has enabled this feature for their activity.
  • All AI-generated content is provided “as-is” and may require human review. Teachers are responsible for reviewing all materials prior to use in assessments or instruction.
  • Essay grading by AI is advisory in nature. Final evaluation remains at the discretion of the teacher or institution.
  • Teachers and students may not use the platform’s AI features to submit or generate content that is harmful, discriminatory, or in violation of academic integrity policies (which include, but are not limited to, plagiarism and unauthorized assistance).
  • Innovation Assessments LLC reserves the right to monitor, restrict, or disable AI usage in cases of misuse, abuse, or usage patterns that negatively impact the platform’s performance or other users.

Innovation Assessments LLC will handle data generated through AI features in accordance with its Privacy Policy. Innovation Assessments LLC may update or modify its AI-powered features and functionalities over time. By using any AI-related features, you acknowledge the limitations of current AI technology and agree not to rely solely on AI-generated outputs for high-stakes educational decisions.

AI TOKEN USAGE

Access to AI features is governed by a monthly token system. Each account tier includes a set number of AI tokens per month, which may be used for supported features such as question generation, AI chat, grading support, and other automated tools. Tokens renew every 30 days from the date of paid subscription.

  • AI tokens do not roll over. Unused tokens expire at the end of each 30-day cycle.
  • Users may purchase additional token bundles if their monthly allotment is exhausted before renewal.
  • Token usage is calculated by the AI company and may vary based on the feature and the amount of text processed in both the request and the response. Requests with more text will consume more tokens, as will more detailed or lengthy AI-generated content. Higher-cost actions (e.g., full essay scoring) consume more tokens.
  • Token balances and consumption details are available to account administrators within the platform dashboard.
  • It is the user’s responsibility to monitor token use and purchase additional tokens as needed.

Innovation Assessments LLC reserves the right to modify token costs, tier allowances, or features covered by tokens with notice. Abuse of the token system may result in service restrictions or termination.

✨ Make a Test with Innovation’s AI Question Generator

We are working feverishly to integrate openAI into Innovation this month! It is so exciting to see how this enhances our work! It’s like having a professional teaching assistant!

The new Test app has many enhancements over the previous app. Among the improvements (besides AI support) are:

  • It can have a mix of short answer and multiple-choice questions.
  • Teachers can import questions from the test bank, from other tests, create brand new questions, or use our AI question generator.
  • Teachers can edit the questions right in the new editor app, including attaching audio clips and images if needed.
  • The student test area has a new, modern layout and user-friendly design, including full security, support for international characters, and a feature to mark questions for later review.

For short answer questions, the teachers can avail themselves of the AI grading assistant! While we have left the algorithmic AI installed, using generative AI saves you the trouble of pre-training the grading assistant.

Check out the new AI integrations!

✨ Introducing OpenAI – Innovation Integration!

Innovation is excited to announce that we are working diligently to integrate OpenAI artificial intelligence into all aspects of the Innovation platform! We are developing a virtual teaching assistant that will help teachers generate “just right” learning activities and assessments.

Look for the purple button throughout the site …

… or the ✨ emoji to signal where AI integrations have been installed.

AI integration has been a goal at Innovation since before the release of the generative AI models in the early 2020s. Since 2018, Innovation has sported a pretty nifty algorithmic AI that helps grade short written work submissions and proctor student online activity. Now with the integration of OpenAI’s generative AI models (3.5 and 4o), we can truly realize the dream of a highly productive and efficient virtual teaching assistant!

When Innovation started out under a different name some 25 years ago, it was mainly a test generator (thus, the name). Since the pandemic, it has been meeting the needs of remote instructors and in-person classrooms alike not only in assessment but in content delivery in a variety of subjects, including for world language instruction.

Innovation is a place to create. It’s a place where teacher-authors can generate “just right” learning activities and assessments for their teaching context instead of textbook company generics. But we understand that secondary school teachers are even more busy than ever, seeking to meet the growing diversity of need and ever changing objectives and curricula. With Innovation’s AI teaching assistant, teachers can redirect their creative energies to the big picture of student learning and measurement.

Check out this simple how-to, for example, which illustrates how you can use the AI teaching assistant to help you generate a test.

Check back with us as the spring unfolds! At this writing, we have already installed openAI teaching assistants in:

  • Test generator (multiple-choice or short answer)
  • Études (for adding questions to PDF or video)
  • World language apps:
    • composition generator
    • composition assessment
    • grammar workspace
    • translation drag and drop “Scramblation”
  • Essay grading
  • Vocabulary flashcards and assessment

Discouraging Over-use of Translators in Online World Language Classes, Part 1

AI assistance and translators such as Deepl and Google Translate are very accurate and useful tools. When I assign my French students certain tasks, I expect they will use these tools to help them just as I would have expected students in-person thirty years ago to use a French-English dictionary to help with spelling and new words on certain tasks.

The problem is that the temptation to just have the AI generate the work is a strong one. It is important for remote instructors to place obstacles in the way of this practice, which not only undermines the student’s training but represents an ethical pitfall.

Imagine this scenario: an online AP Spanish class where major assessments are take-home tasks like essays and video-recordings of presentations. Using the traditional paradigm for this assignment, the student is given guidelines and due dates and a rubric with a graphic organizer. The instructor provides all that. Then the due date comes, all the work is in, and the instructor begins to review the work. What impressive vocabulary! What elegant grammar! And yet, reflecting on the spontaneous language generated by these same students in video-conference live sessions, it is hard to believe that this work could come from some of them.

All of my remote courses begin with a training film of sorts in which I explain the concept of academic integrity and ownership of one’s work submissions. I explain that it is expected that students will learn all of the new words they incorporate into their work submissions so as to maintain ownership of the task. I demonstrate using a translator properly and improperly.

A very useful strategy is one I have used since in-person days decades ago: simply ask the student the meanings of the words in their work that I suspect they do not know. In the remote learning context, this can be difficult to arrange, since there is no easy way to pull a student aside during class and conduct the interview about their work. That’s where Innovation comes in.

Sample student work that was too perfect for their demonstrated abilities.

It only takes a few minutes to select words and phrases from the student’s work submission that I believe they do not likely know. I select seven to ten words or phrases and I generate a short answer translation quiz using Innovation’s Quick Short Answer.

I enter a title, maybe set the category, and enter the words with English first, an equal sign, then the French.

Innovation’s app separates the word from its meaning by the equal signs. Once I have generated the quiz, I access the quiz Master app. I set the time limit to 1 minute for 7-10 words and I turn on the high security.

With the high security on, the assessment will submit and lock the student out if the student leaves the window to click on something else. Only the teacher can re-admit student to the quiz. The window resizes to full screen when the student starts the task and if they resize it smaller, the proctor records it. The proctor also records start time, how much time spent on the questions, whether text was pasted, and more.

As a final step, I lock the quiz up to only certain access codes. This allows control of how many times a student can restart the task. Simply select the Task dropdown from the playlist and then select Lock. Instructors can view the access codes from the Task dropdown or can generate one key by clicking the One Key button next to the title.

Sometimes, I will ask that the local facilitator proctor the student during the quiz so that they cannot look up the words on their own device.

So now what does one do with the results? When first introducing this strategy to students, I explain that it will not affect their grade “this time” and that it is a good reminder to make sure students have full “ownership” of their work. I may randomly select students for this verification, or if it’s a small class I may include it as a portion of their grade for a task and send one to everyone.

It’s not necessary for a student to get 100%. I usually take the quiz first to test it out; to see how many I can do in 1 minute. Even if they do not get 100%, I can learn a lot from their responses. For example, one student got 44% right of 8 and did so by skipping around. I interpret the skipped words as ones she forgot and intended to get back to later. Another student only got 33%. I interpret that as definitely being a sign that his work submission had too many looked-up words he did not know. I let him off with a warning this time and a reminder about academic integrity and ownership.

I once had the experience of taking over a class part way through the year. No structures had been in place to discourage inappropriate use of AI. The grades were all outrageously good. Some students were rarely in attendance and only handed in work that was graded. They did this work using AI, so it was no real effort. This really is a terribly corrupt system, especially given that there are students in nearby schools taking in-person classes who have to really do the work for their marks. There are honest students with good attendance who have lower grades for their honesty. It was an AP level course. Now, you might argue that the students would not possibly be ready for the AP exam if they took the course this way. One would think that would deter them from cheating. But upon reflection, it’s clear that having a 98 in an AP class on one’s transcript, even if one only scored 2 on the exam, could be valuable for college admissions considerations. So, no, it does not deter them.

Remote learning has enormous potential. I have great confidence in it. We instructors, we need to learn how to maintain the same standards as we had during in-person sessions. We cannot allow a situation to arise such that students in remote classes can just become pass-through vehicles for AI translators that do all their work. That situation would become a sort of scam. In part 2 of this topic, I will present a strategy for teaching composition in this new world of AI-assisted homework.