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Comment on Learning Systems Awards 2024 – Factors by Best in Class Awards 2024 – Learning Systems, Content, Learning Technology – By Craig Weiss

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Comment on Learning Systems Awards 2024 – Factors by Best in Class Awards 2024 – Learning Systems, Content, Learning Technology – By Craig Weiss
  • UI/UX – This should be anyone’s number one priority. And yet, I’ve seen systems that look like they came from 2000 and yes, they land big clients. Personally, I believe they achieve this because they are really cheap OR they give the system to clients and such a low price point that the client can’t move on – it is just super cheap. I’ve seen this a lot. One company (name to be withheld) stayed with a vendor, because the price point on 22,000 learners was about $5,000 USD. And if the client went up with users, the pp would stay at 5,000 USD.
  • •Ability to assign CEU/CPD to content and capture data on the CEU/CPD by learner (seems so easy, but yowsa it is all over the map. It should be visible on the main screen when determining what course/content to take. Not on the page, where they must click to learn more about the course. Notifications and reminders are highly relevant here. Oh, metrics/reporting on this data plays a significant role.)
  • Notifications – Can you notify a bunch of people at the same time – tied to content – i.e., a group of learners, whether the content is ILT (boo) or online learning. How does the process work? Is it straightforward or convoluted? What is the process for notifications and reminders?
  • On the L&D side, the Manager dashboard, what can you do from the manager side? What can you see? Should you be able to see certain information? If it is debatable, what rules can the admin set up?
  • Rules are very important – and yet so many people ignore them.
  • Multi-Tenant – If you are an association or doing customer training/partner training, etc. OR you are in a company that owns their locations -let’s say X meal land, or different LOBs who want their child – think of you as the parent, and then the folks below as children. What can you do with it – uh, the tenant? Can you have a custom domain (where the vendor’s name is not in it)? What rules can you do – see relevance? Does MT cost?
  • E-commerce – if you need it, how does it look? Does a vendor charge you?
  • L&D here – HCM, HRIS integration – which ones does the vendor already have ready to go – i.e., API or a REST API? What systems can they integrate with today? If a prospect wants to talk to a client who has that specific HRIS/HCM system, can they do so? (they should).
  • Skills – Relevant nowadays. – Is reskilling BTW in the platform, and how does it work?
  • Workforce Development – total L&D side. If you are heavy in L&D and Workforce Development, tied around job roles and career pathways – how does that work? Do you have the right, i.e., minimums, to achieve success? I mean, goal management is relevant. A transcript is not.
  • Workflows (NEW)
  • Customer training features for the learner
  • L&D features for the learner
  • AI—It was weighted very low this year, but I am curious what they have today—ready to be seen with generative AI? And let me see it.
  • The big three are content creator, assessments, and skills pathways (growing). Okay, the big two are content creator and assessments. And yeah, that feedback loop is critical, but as noted, I can count on one hand how many vendors offer it. Oh, what LLM or LLMs are you using? Important, but nobody asks. Trust me; you will see the moment that it stinks or is poor with Y compared to another vendor. Lastly, does the vendor charge token fees? I don’t care how cheap they are; you either are charging a fee to the client or not. Pretty simple. For vendors who do not have AI, but it’s on the roadmap, I’m cool with that. And yes, people looking at a system are not asking about it as important. Nevertheless, uh, you are the expert, not them.
  • Support—I talk about this all the time. I want to stress this because a lot of folks never put it on their RFP, don’t ask about it in their demo, and ignore it—yet it is THE NUMBER ONE REASON people leave their system.
  • Demo score: I am looking at every system, going far deeper in the weeds than prospects go, and extracting all types of information. If a vendor shows me a deck (they always do), I ask them to send it to me after the call. Then I see how many do it. No surprise, I get vendors who never send it.
  • Marketing – This goes to my marketing awards only – not for the above calculations – Does their marketing effectively work for their target audience? What is their marcomm approach? (Marketing Communications) This is basic stuff because I know a lot of vendors who hold dearly to this, as though they are in a lifeboat. None of the findings – i.e., what works or doesn’t- will be published for the record. Just #1, #2, #3
  • Best Vendor in Support – A new category. Every vendor says they have fantastic support. Trust me, I know who does and doesn’t.
  • Best Learning System (regardless of type)—The top five here. There will be two blogs, though, as in the past, with one covering 11-20 (not in-depth stuff, but enough) and then #10 to #1—this is the one folks want to know the most—and thus, I try to present the key data I found relevant.
  • Best LMS
  • Best LMS/LXP combo—this is common nowadays, but LMS is still the monster in terms of type.
  • Best Learning Platform – Any vendor who says they are none of the above – It’s like magic – okay.
  • #1 System for Enterprise (I will note #2 and #3)
  • #1 System for Customer Training (#2, and #3)
  • #1 System for the Association market (#2, and #3)
  • #1 System for SMB
  • #1 System for Support (#2, #3 noted)
  • Best Learning Technology for 2024 (think new products – I have seen one that is unbelievable, and others that are good – and yeah, go back to the drawing board)

Previous Award Winners (Top 10 only)

2023

2022

2021

2020

2019

2018

2017 (Part 2, #5 to #1)

2016

2015

2014 (2013)

2012

Why the Future of Learning Starts with Building

0

Coding has always served two purposes: the intrinsic drive to build something, and the practical path to a lucrative career. Even the most passionate code aficionados don’t dream of variables or syntax — they want to make a website, a tool, a game. For years, the career upside was impossible to ignore. You could land a stable SWE job, bootstrap your own app, or join a buzzy startup as a first hire.  

Generative AI flipped the script. AI now handles the repetitive tasks that used to define entry-level developer roles. At the same time, the barrier to entry for coding and building is lower than ever — you can spin up a working prototype with just an idea and a natural language prompt.  

This shift hasn’t eliminated the desire to code, but it’s changed what and who coding is for. If you’re not learning to land a junior dev role, you’re learning to build the thing you’ve been imagining, to add a technical skill to your existing career, or to understand the tools you’re already using at work. And here’s the catch: those goals all require understanding your code, not just having code that works. 

At Codecademy, all of these changes excite us about the future of learning to code. We’re introducing the AI Builder, a new project-based learning tool that flips the script by teaching you how to work with AI-generated code from the start. Our approach brings together the immediacy of modern AI tools and the rigor of real instructional design.

Why we created the AI Builder 

AI’s speed and efficiency often come with a tradeoff; you can get working code immediately, but you don’t really know what it’s giving you or why it’s built a certain way. Developers use the term “vibe coding” to describe this phenomenon — it’s fast, fun, but shallow; great for demos, less great for long-term skill-building.  

If your goal is to understand what you’re building, generic AI output alone won’t get you there. And the more you push these tools into real-world complexity, “the harder it is for them to give you exactly what you want,” says Zoe Bachman, Head of Learning at Codecademy.  

Switch to Learn for behind-the-scenes insights and your personalized roadmap.

With the AI Builder you get an education along with the AI output. In the workspace, you can toggle between two tabs: Build, where you work directly with a project and can modify and change code in real time; and Learn, where you get a personalized learning roadmap that’s based on your project.  

“We pair the experience of having a working app with a learning path that allows you to reverse engineer how it’s built, so you can deeply understand it and modify it confidently,” Zoe says. We’re calling our hybrid approach to learning-driven development “vibe learning” — it’s powered by AI guidance but rooted in learning science.  

Build first; learn continuously 

With AI Builder, you start with what you want to do: build the thing in your head. Whether that’s a habit tracker, a portfolio site, or the seed of a bigger idea, you don’t need to have prior coding knowledge to learn and build with the AI Builder. In other words, there are no pre-requisites for creation.  

You create a prototype by typing what you’d like to create in natural language. The AI chatbot will ask a few clarifying questions about your needs and overall goal before generating the project. Once the project is created, you can use the chat function to continue describing what you want. (You’re also welcome to go right into the code and start making changes if you already know your way around!)  

“It was fun to build something so quickly and be able to see the code and a learning plan for it,” says Grace Krishna, a Code Crew member who beta tested the AI Builder.   

When you need clarity on what’s going on behind the scenes in your code, or you hit a wall with AI, that’s a great time to flip over to the Learn tab.  

We’re calling our hybrid approach to learning-driven development ‘vibe learning’ — it’s powered by AI guidance but rooted in learning science.

Your project becomes the curriculum 

Rather than teaching concepts in the abstract and hoping learners translate them later, AI Builder removes that translation tax entirely. “We’re showing you specifically your code from your project and helping you understand it,” Zoe says.  

Rework your prototype in real time with the help of AI.

To build that personalized curriculum, the AI Builder breaks your project’s code into clear milestones and tasks. For each task, it generates an interactive learning loop, which is an activity designed to help you form a mental model of what your specific code is doing.  

These loops help you understand the logic behind each part of your project, so you can confidently apply the same thinking to other sections, or even future projects. This approach also ensures everything you learn is directly relevant to what you’re making — so you don’t have to guess when you’ll ever use this. 

Why this is vibe learning (not vibe coding) 

A key misconception about AI‑assisted development is that it makes learning superficial. AI Builder challenges that by grounding the entire experience in learning science rather than simple code generation. Our entire system is intentionally designed for you to retain knowledge. So, while it might not feel like you’re taking a course, you’re absorbing key concepts just by interacting with AI-generated code.  

A Socratic AI, not an answer-spitting chatbot 

Our educational AI chatbot is designed to guide you toward an answer through an in-depth questioning approach that’s based on the Socratic method of teaching. Instead of spitting out shortcuts or answers like AI typically does, you get strategic nudges, hints, and questions that build durable mental models.  

Research on AI in education shows that just providing an answer makes it harder for learners to retain the information on their own. Zoe compares the Socratic AI to “a personalized tutor, facilitating you acquiring more knowledge, so you’re not totally left on your own.” Our method encourages you to think critically so you really grasp the concepts and can continue to use them in the real world.  

Learning loops with real instructional design 

Behind the scenes, every learning loop in the Learn tab is built on proven frameworks like inductive learning and the 5E model, a popular STEM teaching framework that’s shorthand for engage, explore, explain, elaborate, and evaluate.

You’ll notice that the questions and exercises in the Learn tab feel different than the rest of our courses and paths, and that’s intentional. “The learning loops are designed very well — they get you there inductively,” Zoe says. They’re exploratory without being overwhelming, and evaluative without feeling like tests.  

Negar Vahid, a beta tester for the AI Builder appreciated the AI’s interactive question format. “The question-based learning feels engaging, and the starter project it builds is simple but useful,” she says.  

This structure ensures you don’t develop the wrong mental models — a known risk in fully constructivist or student-centered environments — while still giving you the freedom to explore.

Why learn when AI can build? 

There are some projects that are well-suited for simply vibe coding, like making a personal HTML website or a single-use script to automate a one-time task. Tools like Lovable and v0 are suited exactly for these types of projects.  

The longer your code needs to live, and the more complex your project becomes, the more you need to actually understand what you’re building. Joe Holmes, Codecademy Curriculum Developer in the AI and machine learning domain, uses the term “ignorance debt” to describe what happens when you don’t: 

“It’s like tech debt squared. It’s much, much worse,” Joe says. “You don’t know what kind of code is coming out. You just are only looking at: Does this kind of generally appear to be what I asked for? You don’t know if there are security flaws. You don’t know if there are performance flaws. You don’t know if you’re leaking sensitive information. You don’t know how to fix anything.” 

The tipping point comes down to two factors: complexity and time. If you’re developing software professionally, you’re legally responsible for the code you output. If you’re building something that will serve actual users, you need to be accountable for security, performance, and maintainability. And if your project will need updates or fixes over time (which most do) understanding your codebase becomes essential, not optional. 

The good news? Learning doesn’t have to feel like eating your vegetables. “Kids hate veggies and broccoli because we don’t cook it well enough to make it tasty when we first introduce it to them,” says Nhi Pham, Codecademy Curriculum Developer. The same is true for teaching AI: “If you do it well, you’re inspiring people to have these very hygienic practices when working with AI,” she says.  

That’s exactly what AI Builder is designed to do — make learning feel as immediate and rewarding as building, so you develop good habits from the start rather than building a lifelong aversion to understanding your own code. 

Get started with the AI Builder 

AI isn’t a replacement for learning, it’s a tool — and a powerful one when it comes to education. Our new AI Builder allows for “just‑in‑time learning that’s highly personalized,” Zoe says. Even the best teachers or bootcamps can’t deliver that for every learner, on every project, instantly. Perhaps the most exciting vision is how AI changes what a learning environment can be. 

Zoe described it beautifully: “I imagine the AI Builder as a workspace… like having all your resources around you and an AI tutor in the background.” 

That’s the shift: from learning before you build to learning while you build. We can’t wait to see what you create. 

Why the Future of Learning Starts with Building

0

Coding has always served two purposes: the intrinsic drive to build something, and the practical path to a lucrative career. Even the most passionate code aficionados don’t dream of variables or syntax — they want to make a website, a tool, a game. For years, the career upside was impossible to ignore. You could land a stable SWE job, bootstrap your own app, or join a buzzy startup as a first hire.  

Generative AI flipped the script. AI now handles the repetitive tasks that used to define entry-level developer roles. At the same time, the barrier to entry for coding and building is lower than ever — you can spin up a working prototype with just an idea and a natural language prompt.  

This shift hasn’t eliminated the desire to code, but it’s changed what and who coding is for. If you’re not learning to land a junior dev role, you’re learning to build the thing you’ve been imagining, to add a technical skill to your existing career, or to understand the tools you’re already using at work. And here’s the catch: those goals all require understanding your code, not just having code that works. 

At Codecademy, all of these changes excite us about the future of learning to code. We’re introducing the AI Builder, a new project-based learning tool that flips the script by teaching you how to work with AI-generated code from the start. Our approach brings together the immediacy of modern AI tools and the rigor of real instructional design.

Why we created the AI Builder 

AI’s speed and efficiency often come with a tradeoff; you can get working code immediately, but you don’t really know what it’s giving you or why it’s built a certain way. Developers use the term “vibe coding” to describe this phenomenon — it’s fast, fun, but shallow; great for demos, less great for long-term skill-building.  

If your goal is to understand what you’re building, generic AI output alone won’t get you there. And the more you push these tools into real-world complexity, “the harder it is for them to give you exactly what you want,” says Zoe Bachman, Head of Learning at Codecademy.  

Switch to Learn for behind-the-scenes insights and your personalized roadmap.

With the AI Builder you get an education along with the AI output. In the workspace, you can toggle between two tabs: Build, where you work directly with a project and can modify and change code in real time; and Learn, where you get a personalized learning roadmap that’s based on your project.  

“We pair the experience of having a working app with a learning path that allows you to reverse engineer how it’s built, so you can deeply understand it and modify it confidently,” Zoe says. We’re calling our hybrid approach to learning-driven development “vibe learning” — it’s powered by AI guidance but rooted in learning science.  

Build first; learn continuously 

With AI Builder, you start with what you want to do: build the thing in your head. Whether that’s a habit tracker, a portfolio site, or the seed of a bigger idea, you don’t need to have prior coding knowledge to learn and build with the AI Builder. In other words, there are no pre-requisites for creation.  

You create a prototype by typing what you’d like to create in natural language. The AI chatbot will ask a few clarifying questions about your needs and overall goal before generating the project. Once the project is created, you can use the chat function to continue describing what you want. (You’re also welcome to go right into the code and start making changes if you already know your way around!)  

“It was fun to build something so quickly and be able to see the code and a learning plan for it,” says Grace Krishna, a Code Crew member who beta tested the AI Builder.   

When you need clarity on what’s going on behind the scenes in your code, or you hit a wall with AI, that’s a great time to flip over to the Learn tab.  

We’re calling our hybrid approach to learning-driven development ‘vibe learning’ — it’s powered by AI guidance but rooted in learning science.

Your project becomes the curriculum 

Rather than teaching concepts in the abstract and hoping learners translate them later, AI Builder removes that translation tax entirely. “We’re showing you specifically your code from your project and helping you understand it,” Zoe says.  

Rework your prototype in real time with the help of AI.

To build that personalized curriculum, the AI Builder breaks your project’s code into clear milestones and tasks. For each task, it generates an interactive learning loop, which is an activity designed to help you form a mental model of what your specific code is doing.  

These loops help you understand the logic behind each part of your project, so you can confidently apply the same thinking to other sections, or even future projects. This approach also ensures everything you learn is directly relevant to what you’re making — so you don’t have to guess when you’ll ever use this. 

Why this is vibe learning (not vibe coding) 

A key misconception about AI‑assisted development is that it makes learning superficial. AI Builder challenges that by grounding the entire experience in learning science rather than simple code generation. Our entire system is intentionally designed for you to retain knowledge. So, while it might not feel like you’re taking a course, you’re absorbing key concepts just by interacting with AI-generated code.  

A Socratic AI, not an answer-spitting chatbot 

Our educational AI chatbot is designed to guide you toward an answer through an in-depth questioning approach that’s based on the Socratic method of teaching. Instead of spitting out shortcuts or answers like AI typically does, you get strategic nudges, hints, and questions that build durable mental models.  

Research on AI in education shows that just providing an answer makes it harder for learners to retain the information on their own. Zoe compares the Socratic AI to “a personalized tutor, facilitating you acquiring more knowledge, so you’re not totally left on your own.” Our method encourages you to think critically so you really grasp the concepts and can continue to use them in the real world.  

Learning loops with real instructional design 

Behind the scenes, every learning loop in the Learn tab is built on proven frameworks like inductive learning and the 5E model, a popular STEM teaching framework that’s shorthand for engage, explore, explain, elaborate, and evaluate.

You’ll notice that the questions and exercises in the Learn tab feel different than the rest of our courses and paths, and that’s intentional. “The learning loops are designed very well — they get you there inductively,” Zoe says. They’re exploratory without being overwhelming, and evaluative without feeling like tests.  

Negar Vahid, a beta tester for the AI Builder appreciated the AI’s interactive question format. “The question-based learning feels engaging, and the starter project it builds is simple but useful,” she says.  

This structure ensures you don’t develop the wrong mental models — a known risk in fully constructivist or student-centered environments — while still giving you the freedom to explore.

Why learn when AI can build? 

There are some projects that are well-suited for simply vibe coding, like making a personal HTML website or a single-use script to automate a one-time task. Tools like Lovable and v0 are suited exactly for these types of projects.  

The longer your code needs to live, and the more complex your project becomes, the more you need to actually understand what you’re building. Joe Holmes, Codecademy Curriculum Developer in the AI and machine learning domain, uses the term “ignorance debt” to describe what happens when you don’t: 

“It’s like tech debt squared. It’s much, much worse,” Joe says. “You don’t know what kind of code is coming out. You just are only looking at: Does this kind of generally appear to be what I asked for? You don’t know if there are security flaws. You don’t know if there are performance flaws. You don’t know if you’re leaking sensitive information. You don’t know how to fix anything.” 

The tipping point comes down to two factors: complexity and time. If you’re developing software professionally, you’re legally responsible for the code you output. If you’re building something that will serve actual users, you need to be accountable for security, performance, and maintainability. And if your project will need updates or fixes over time (which most do) understanding your codebase becomes essential, not optional. 

The good news? Learning doesn’t have to feel like eating your vegetables. “Kids hate veggies and broccoli because we don’t cook it well enough to make it tasty when we first introduce it to them,” says Nhi Pham, Codecademy Curriculum Developer. The same is true for teaching AI: “If you do it well, you’re inspiring people to have these very hygienic practices when working with AI,” she says.  

That’s exactly what AI Builder is designed to do — make learning feel as immediate and rewarding as building, so you develop good habits from the start rather than building a lifelong aversion to understanding your own code. 

Get started with the AI Builder 

AI isn’t a replacement for learning, it’s a tool — and a powerful one when it comes to education. Our new AI Builder allows for “just‑in‑time learning that’s highly personalized,” Zoe says. Even the best teachers or bootcamps can’t deliver that for every learner, on every project, instantly. Perhaps the most exciting vision is how AI changes what a learning environment can be. 

Zoe described it beautifully: “I imagine the AI Builder as a workspace… like having all your resources around you and an AI tutor in the background.” 

That’s the shift: from learning before you build to learning while you build. We can’t wait to see what you create. 

Comment on Top AI Learning Systems of 2025 by Craig Weiss

0
Comment on Top AI Learning Systems of 2025 by Craig Weiss
  • Top 5 AI-focused learning systems
  • AI Content Creator
  • Analytics and Metrics – 100%: There are some folks out there who do it way better than others and show what is possible at this stage in the space.
  • Admin Functionality – These vendors are leveraging an AI assistant on the admin side – very early here – but still stand out
  • #1 AI-Powered Learning System (yes, one stands above the rest – and includes it all – uh, AI capabilities when you buy the system)
  • AI Assistant – Learner Side – This is gaining popularity, but some are the early leaders, and two I see do the best job, sadly, only one can be Best in Class (or can it be two?)
These systems leverage AI across many areas – I found them overall to be top of the class for AI.

  1. Cornerstone Learn. I am referencing Learn here – which is excellent, and to the ideal Talent Development system – you should add Elevate.
    • Automated content creation, with a different look than the common ones I see
    • Streamline learning operations
    • Learner functionality – Personalized learning and recommendations
    • Managers – AI summarized reviews and check-ins
    • Skills development tied to content (which is in Elevate+, but there are some items in Learn+)
    • Admin – Metrics such as instant learning insights
AI assistant on the admin side

Everywhere you can with their AI – they always note that it can create mistakes and check for accuracy.

Pifini Learn (formally known as NetExam)

  • Converts PowerPoint decks or long-form videos (e.g., YouTube URLs) into new units or modules.
  • Extracts information, including speaker notes, and organizes it into editable pages.
  • Allows selection of templates for consistent branding and look.
  • Incorporates intentional friction points that require human review and editing before content is made available to learners.
  • Can generate knowledge check questions based on page content.
  • H5P interactives offer better tracking and metrics (e.g., scores) than basic elements. I recommended they drop the H5P term, because it isn’t relevant; what is relevant is the data tracking and stronger metrics.
  • Allows remixing content by increasing or decreasing text complexity and adding custom instructions.
  • Complexity refers to the use of more precise technical terms, complex sentence structures, and enhanced vocabulary.
  • Suggested improvements include using more transparent labels, such as “Beginner, Intermediate, Advanced,” for complexity, and offering specific tone options.
  • It can modify content for different target audiences (e.g., junior vs. experienced members).
  • It offers suggestions for summarizing paragraphs, spacing, and incorporating additional assets.

The big downer?

E-Learning 24/7

The PDF version of this post, with additional screenshots, will be available on Dec. 21st. I will provide a link to find it.

Comment on Top AI Learning Systems of 2025 by Roger Mundell

0
Comment on Top AI Learning Systems of 2025 by Roger Mundell
  • Top 5 AI-focused learning systems
  • AI Content Creator
  • Analytics and Metrics – 100%: There are some folks out there who do it way better than others and show what is possible at this stage in the space.
  • Admin Functionality – These vendors are leveraging an AI assistant on the admin side – very early here – but still stand out
  • #1 AI-Powered Learning System (yes, one stands above the rest – and includes it all – uh, AI capabilities when you buy the system)
  • AI Assistant – Learner Side – This is gaining popularity, but some are the early leaders, and two I see do the best job, sadly, only one can be Best in Class (or can it be two?)
These systems leverage AI across many areas – I found them overall to be top of the class for AI.

  1. Cornerstone Learn. I am referencing Learn here – which is excellent, and to the ideal Talent Development system – you should add Elevate.
    • Automated content creation, with a different look than the common ones I see
    • Streamline learning operations
    • Learner functionality – Personalized learning and recommendations
    • Managers – AI summarized reviews and check-ins
    • Skills development tied to content (which is in Elevate+, but there are some items in Learn+)
    • Admin – Metrics such as instant learning insights
AI assistant on the admin side

Everywhere you can with their AI – they always note that it can create mistakes and check for accuracy.

Pifini Learn (formally known as NetExam)

  • Converts PowerPoint decks or long-form videos (e.g., YouTube URLs) into new units or modules.
  • Extracts information, including speaker notes, and organizes it into editable pages.
  • Allows selection of templates for consistent branding and look.
  • Incorporates intentional friction points that require human review and editing before content is made available to learners.
  • Can generate knowledge check questions based on page content.
  • H5P interactives offer better tracking and metrics (e.g., scores) than basic elements. I recommended they drop the H5P term, because it isn’t relevant; what is relevant is the data tracking and stronger metrics.
  • Allows remixing content by increasing or decreasing text complexity and adding custom instructions.
  • Complexity refers to the use of more precise technical terms, complex sentence structures, and enhanced vocabulary.
  • Suggested improvements include using more transparent labels, such as “Beginner, Intermediate, Advanced,” for complexity, and offering specific tone options.
  • It can modify content for different target audiences (e.g., junior vs. experienced members).
  • It offers suggestions for summarizing paragraphs, spacing, and incorporating additional assets.

The big downer?

E-Learning 24/7

The PDF version of this post, with additional screenshots, will be available on Dec. 21st. I will provide a link to find it.

Comment on The Importance of Mentoring in Workforce Development by Lamont Berge

0
Comment on The Importance of Mentoring in Workforce Development by Lamont Berge
  • Pick a Mentor or mentors – Some vendors refer to them as experts. I question that assertion.
  • Mentor selection can be based on a variety of criteria, including skill level, level of experience, job role, areas to improve, and location (more on that in a bit). I found it odd that a few lacked a preferred language, which, to me, is highly relevant. I know it is hard to believe, but not everyone wants to speak English.
  • Mentor Profile – I should have listed this above the mentor selection. An avatar – i.e., a picture of the person is standard. I never saw like an animal for the “avatar” or some funny face thing – although that might be cool depending on your audience. Anyway, universally, it was the human themselves. In theory, it could be AI.
  • A series of topics or interests that the mentee chooses ahead of time, before the match or matches. Most often, it was skill(s), but a few had additional options. I prefer a balance between professional and personal skills, rather than focusing solely on workplace skills. A mentor is well-rounded. A coach is only tied to that skill. Always remember that.
  • Mentoree Scheduling – This is where the mentoree can schedule a session or sessions through a calendar of said mentor(s). The “on-site and online” were the two options. The former seemed odd to me in today’s workforce landscape; however, if you wanted to meet up with your mentor at Bob’s Greasy Food Joint since they live close by, then go for it. Just make sure they pick up the tab.
  • Goal setting – Pretty standard – but the level and quality of what you can do, etc, varied all over the map.
  • Role-Based Permissions (if your mentoring platform or mentoring piece in another type of learning system lacks this – run..run and keep running)
  • Video Conferencing integration – Extremely standard. I should give kudos to Chronus, which offers its own VC option too. I’m not sure if they charge extra for it, so it’s best to ask. I think they do, but it’s worth checking.
  • Custom Program Creation – Parameters of what should be included in the program. The level and types of parameters vary as a whole, but duration is common. Milestones aren’t, but they should be, and objectives were a mix.
  • AI – Overall, it existed in more platforms than it lacked. Nevertheless, some vendors lack it; some are offering machine learning only (a form of AI), and a couple are doing a combo Gen AI and machine learning. As with any learning system, the AI is at a very, very early stage.
  • AI Tutor or similar. This is where the whole “coach” side of this can co-exist or exist alone. You can tap into an AI tutor (think AI answer engine with “tutor” and some data points you can see – depending on the platform), and then have a human enter the picture after that. I strongly recommend a human element here. I mean, it’s mentoring. Not asking whether or not you can wear sunglasses at night – Cory Hart says you can. I trust him!
  • Mentor+ by NovoEd (they scored the highest) – Brand new to the industry. Can be a standalone, or you can add it to Learn+ (their LMS)
  • Chronus is a terrific mentoring platform – far better than Qooper or MentorCliq (how are these folks the top leaders in the mentoring side?)
  • Together by Absorb – Together was a standalone entity before Absorb acquired them. You get the Together platform when you buy the Absorb Learning Suite – it is already fully integrated. If you prefer only Together, you can purchase it.

Comment on The game changers of e-learning, last 25 years by Troy Danahey

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Comment on The game changers of e-learning, last 25 years by Troy Danahey

Dreamweaver Slayers

LMS DIRECTORY 2016

Comment on Building a Strong E-Learning Foundation for your employees: Essential First Steps by plschneide

0
Comment on Building a Strong E-Learning Foundation for your employees: Essential First Steps by plschneide
  • What do you want to accomplish with this e-learning program? Understanding the purpose and desired outcomes will guide your decisions and actions throughout development. What are your goals, not just now but long-term (think three years, and recognize that external factors may change. A lot of people focus on one year, which is fine, but if you can, think long-term. You can always modify as you go along)
  • What will you need to do this?
  • If this is the first time an e-learning program will be built – you can ignore the following questions. If there is a training or L&D department(s) in place, where they have provided whatever level of training (sans e-learning, and I often ran into the pre-existing side, especially with employees)
  • Are there any metrics/data they can provide to you? (I often was shocked that there wasn’t anything except worthless evaluation statements on what people thought about the training they were presented with)
  • If there are metrics, can you see the information? Where is the information located? (The usual answer here is yes. If they have the metrics – regardless of what they collected, the challenge is where it is and whether you can get it. I have run into HR on this, and it is as though HR is keeping it for whatever reason, usually for doing nothing with it)
  • Are you doing a full rollout to every employee? OR will this be to specific departments, groups, or entities in another country (assuming you have this part)?
  • Will you eventually do a full rollout (assuming the specific angle is taking place)?
  • Does a senior executive support what you are doing? (They must have buy-in, especially if you roll this out to every employee. Ideally, you want the support. I see people focusing on the head of HR – at the VP or SVP level. This was acceptable when I worked at an association; the CEO – whatever their title happened to be supported this initiative. At a non-profit, I met with the CEO and COO; they had buy-in – and the non-profit was not tiny – we had 46 agencies )
  • Will I have a certification program?
  • Will I need to provide sales training?
  • Will I need to provide training/learning for safety or not?
  • Will I need to have compliance and/or regulatory training? (The answer here is usually yes for companies, but the answer is often no in an association (trade and member).
  • What other items do you want as part of your e-learning program besides an LMS, another type of learning system, multiple LMSs, or learning systems? (Content, Learning Technology, Authoring tool – which creates content, but you may already have videos for whatever reason – and thus it is different than an authoring tool – plus you may want to hire someone to develop the content)

Why the Future of Learning Starts with Building

0

Coding has always served two purposes: the intrinsic drive to build something, and the practical path to a lucrative career. Even the most passionate code aficionados don’t dream of variables or syntax — they want to make a website, a tool, a game. For years, the career upside was impossible to ignore. You could land a stable SWE job, bootstrap your own app, or join a buzzy startup as a first hire.  

Generative AI flipped the script. AI now handles the repetitive tasks that used to define entry-level developer roles. At the same time, the barrier to entry for coding and building is lower than ever — you can spin up a working prototype with just an idea and a natural language prompt.  

This shift hasn’t eliminated the desire to code, but it’s changed what and who coding is for. If you’re not learning to land a junior dev role, you’re learning to build the thing you’ve been imagining, to add a technical skill to your existing career, or to understand the tools you’re already using at work. And here’s the catch: those goals all require understanding your code, not just having code that works. 

At Codecademy, all of these changes excite us about the future of learning to code. We’re introducing the AI Builder, a new project-based learning tool that flips the script by teaching you how to work with AI-generated code from the start. Our approach brings together the immediacy of modern AI tools and the rigor of real instructional design.

Why we created the AI Builder 

AI’s speed and efficiency often come with a tradeoff; you can get working code immediately, but you don’t really know what it’s giving you or why it’s built a certain way. Developers use the term “vibe coding” to describe this phenomenon — it’s fast, fun, but shallow; great for demos, less great for long-term skill-building.  

If your goal is to understand what you’re building, generic AI output alone won’t get you there. And the more you push these tools into real-world complexity, “the harder it is for them to give you exactly what you want,” says Zoe Bachman, Head of Learning at Codecademy.  

Switch to Learn for behind-the-scenes insights and your personalized roadmap.

With the AI Builder you get an education along with the AI output. In the workspace, you can toggle between two tabs: Build, where you work directly with a project and can modify and change code in real time; and Learn, where you get a personalized learning roadmap that’s based on your project.  

“We pair the experience of having a working app with a learning path that allows you to reverse engineer how it’s built, so you can deeply understand it and modify it confidently,” Zoe says. We’re calling our hybrid approach to learning-driven development “vibe learning” — it’s powered by AI guidance but rooted in learning science.  

Build first; learn continuously 

With AI Builder, you start with what you want to do: build the thing in your head. Whether that’s a habit tracker, a portfolio site, or the seed of a bigger idea, you don’t need to have prior coding knowledge to learn and build with the AI Builder. In other words, there are no pre-requisites for creation.  

You create a prototype by typing what you’d like to create in natural language. The AI chatbot will ask a few clarifying questions about your needs and overall goal before generating the project. Once the project is created, you can use the chat function to continue describing what you want. (You’re also welcome to go right into the code and start making changes if you already know your way around!)  

“It was fun to build something so quickly and be able to see the code and a learning plan for it,” says Grace Krishna, a Code Crew member who beta tested the AI Builder.   

When you need clarity on what’s going on behind the scenes in your code, or you hit a wall with AI, that’s a great time to flip over to the Learn tab.  

We’re calling our hybrid approach to learning-driven development ‘vibe learning’ — it’s powered by AI guidance but rooted in learning science.

Your project becomes the curriculum 

Rather than teaching concepts in the abstract and hoping learners translate them later, AI Builder removes that translation tax entirely. “We’re showing you specifically your code from your project and helping you understand it,” Zoe says.  

Rework your prototype in real time with the help of AI.

To build that personalized curriculum, the AI Builder breaks your project’s code into clear milestones and tasks. For each task, it generates an interactive learning loop, which is an activity designed to help you form a mental model of what your specific code is doing.  

These loops help you understand the logic behind each part of your project, so you can confidently apply the same thinking to other sections, or even future projects. This approach also ensures everything you learn is directly relevant to what you’re making — so you don’t have to guess when you’ll ever use this. 

Why this is vibe learning (not vibe coding) 

A key misconception about AI‑assisted development is that it makes learning superficial. AI Builder challenges that by grounding the entire experience in learning science rather than simple code generation. Our entire system is intentionally designed for you to retain knowledge. So, while it might not feel like you’re taking a course, you’re absorbing key concepts just by interacting with AI-generated code.  

A Socratic AI, not an answer-spitting chatbot 

Our educational AI chatbot is designed to guide you toward an answer through an in-depth questioning approach that’s based on the Socratic method of teaching. Instead of spitting out shortcuts or answers like AI typically does, you get strategic nudges, hints, and questions that build durable mental models.  

Research on AI in education shows that just providing an answer makes it harder for learners to retain the information on their own. Zoe compares the Socratic AI to “a personalized tutor, facilitating you acquiring more knowledge, so you’re not totally left on your own.” Our method encourages you to think critically so you really grasp the concepts and can continue to use them in the real world.  

Learning loops with real instructional design 

Behind the scenes, every learning loop in the Learn tab is built on proven frameworks like inductive learning and the 5E model, a popular STEM teaching framework that’s shorthand for engage, explore, explain, elaborate, and evaluate.

You’ll notice that the questions and exercises in the Learn tab feel different than the rest of our courses and paths, and that’s intentional. “The learning loops are designed very well — they get you there inductively,” Zoe says. They’re exploratory without being overwhelming, and evaluative without feeling like tests.  

Negar Vahid, a beta tester for the AI Builder appreciated the AI’s interactive question format. “The question-based learning feels engaging, and the starter project it builds is simple but useful,” she says.  

This structure ensures you don’t develop the wrong mental models — a known risk in fully constructivist or student-centered environments — while still giving you the freedom to explore.

Why learn when AI can build? 

There are some projects that are well-suited for simply vibe coding, like making a personal HTML website or a single-use script to automate a one-time task. Tools like Lovable and v0 are suited exactly for these types of projects.  

The longer your code needs to live, and the more complex your project becomes, the more you need to actually understand what you’re building. Joe Holmes, Codecademy Curriculum Developer in the AI and machine learning domain, uses the term “ignorance debt” to describe what happens when you don’t: 

“It’s like tech debt squared. It’s much, much worse,” Joe says. “You don’t know what kind of code is coming out. You just are only looking at: Does this kind of generally appear to be what I asked for? You don’t know if there are security flaws. You don’t know if there are performance flaws. You don’t know if you’re leaking sensitive information. You don’t know how to fix anything.” 

The tipping point comes down to two factors: complexity and time. If you’re developing software professionally, you’re legally responsible for the code you output. If you’re building something that will serve actual users, you need to be accountable for security, performance, and maintainability. And if your project will need updates or fixes over time (which most do) understanding your codebase becomes essential, not optional. 

The good news? Learning doesn’t have to feel like eating your vegetables. “Kids hate veggies and broccoli because we don’t cook it well enough to make it tasty when we first introduce it to them,” says Nhi Pham, Codecademy Curriculum Developer. The same is true for teaching AI: “If you do it well, you’re inspiring people to have these very hygienic practices when working with AI,” she says.  

That’s exactly what AI Builder is designed to do — make learning feel as immediate and rewarding as building, so you develop good habits from the start rather than building a lifelong aversion to understanding your own code. 

Get started with the AI Builder 

AI isn’t a replacement for learning, it’s a tool — and a powerful one when it comes to education. Our new AI Builder allows for “just‑in‑time learning that’s highly personalized,” Zoe says. Even the best teachers or bootcamps can’t deliver that for every learner, on every project, instantly. Perhaps the most exciting vision is how AI changes what a learning environment can be. 

Zoe described it beautifully: “I imagine the AI Builder as a workspace… like having all your resources around you and an AI tutor in the background.” 

That’s the shift: from learning before you build to learning while you build. We can’t wait to see what you create. 

Why the Future of Learning Starts with Building

0

Coding has always served two purposes: the intrinsic drive to build something, and the practical path to a lucrative career. Even the most passionate code aficionados don’t dream of variables or syntax — they want to make a website, a tool, a game. For years, the career upside was impossible to ignore. You could land a stable SWE job, bootstrap your own app, or join a buzzy startup as a first hire.  

Generative AI flipped the script. AI now handles the repetitive tasks that used to define entry-level developer roles. At the same time, the barrier to entry for coding and building is lower than ever — you can spin up a working prototype with just an idea and a natural language prompt.  

This shift hasn’t eliminated the desire to code, but it’s changed what and who coding is for. If you’re not learning to land a junior dev role, you’re learning to build the thing you’ve been imagining, to add a technical skill to your existing career, or to understand the tools you’re already using at work. And here’s the catch: those goals all require understanding your code, not just having code that works. 

At Codecademy, all of these changes excite us about the future of learning to code. We’re introducing the AI Builder, a new project-based learning tool that flips the script by teaching you how to work with AI-generated code from the start. Our approach brings together the immediacy of modern AI tools and the rigor of real instructional design.

Why we created the AI Builder 

AI’s speed and efficiency often come with a tradeoff; you can get working code immediately, but you don’t really know what it’s giving you or why it’s built a certain way. Developers use the term “vibe coding” to describe this phenomenon — it’s fast, fun, but shallow; great for demos, less great for long-term skill-building.  

If your goal is to understand what you’re building, generic AI output alone won’t get you there. And the more you push these tools into real-world complexity, “the harder it is for them to give you exactly what you want,” says Zoe Bachman, Head of Learning at Codecademy.  

Switch to Learn for behind-the-scenes insights and your personalized roadmap.

With the AI Builder you get an education along with the AI output. In the workspace, you can toggle between two tabs: Build, where you work directly with a project and can modify and change code in real time; and Learn, where you get a personalized learning roadmap that’s based on your project.  

“We pair the experience of having a working app with a learning path that allows you to reverse engineer how it’s built, so you can deeply understand it and modify it confidently,” Zoe says. We’re calling our hybrid approach to learning-driven development “vibe learning” — it’s powered by AI guidance but rooted in learning science.  

Build first; learn continuously 

With AI Builder, you start with what you want to do: build the thing in your head. Whether that’s a habit tracker, a portfolio site, or the seed of a bigger idea, you don’t need to have prior coding knowledge to learn and build with the AI Builder. In other words, there are no pre-requisites for creation.  

You create a prototype by typing what you’d like to create in natural language. The AI chatbot will ask a few clarifying questions about your needs and overall goal before generating the project. Once the project is created, you can use the chat function to continue describing what you want. (You’re also welcome to go right into the code and start making changes if you already know your way around!)  

“It was fun to build something so quickly and be able to see the code and a learning plan for it,” says Grace Krishna, a Code Crew member who beta tested the AI Builder.   

When you need clarity on what’s going on behind the scenes in your code, or you hit a wall with AI, that’s a great time to flip over to the Learn tab.  

We’re calling our hybrid approach to learning-driven development ‘vibe learning’ — it’s powered by AI guidance but rooted in learning science.

Your project becomes the curriculum 

Rather than teaching concepts in the abstract and hoping learners translate them later, AI Builder removes that translation tax entirely. “We’re showing you specifically your code from your project and helping you understand it,” Zoe says.  

Rework your prototype in real time with the help of AI.

To build that personalized curriculum, the AI Builder breaks your project’s code into clear milestones and tasks. For each task, it generates an interactive learning loop, which is an activity designed to help you form a mental model of what your specific code is doing.  

These loops help you understand the logic behind each part of your project, so you can confidently apply the same thinking to other sections, or even future projects. This approach also ensures everything you learn is directly relevant to what you’re making — so you don’t have to guess when you’ll ever use this. 

Why this is vibe learning (not vibe coding) 

A key misconception about AI‑assisted development is that it makes learning superficial. AI Builder challenges that by grounding the entire experience in learning science rather than simple code generation. Our entire system is intentionally designed for you to retain knowledge. So, while it might not feel like you’re taking a course, you’re absorbing key concepts just by interacting with AI-generated code.  

A Socratic AI, not an answer-spitting chatbot 

Our educational AI chatbot is designed to guide you toward an answer through an in-depth questioning approach that’s based on the Socratic method of teaching. Instead of spitting out shortcuts or answers like AI typically does, you get strategic nudges, hints, and questions that build durable mental models.  

Research on AI in education shows that just providing an answer makes it harder for learners to retain the information on their own. Zoe compares the Socratic AI to “a personalized tutor, facilitating you acquiring more knowledge, so you’re not totally left on your own.” Our method encourages you to think critically so you really grasp the concepts and can continue to use them in the real world.  

Learning loops with real instructional design 

Behind the scenes, every learning loop in the Learn tab is built on proven frameworks like inductive learning and the 5E model, a popular STEM teaching framework that’s shorthand for engage, explore, explain, elaborate, and evaluate.

You’ll notice that the questions and exercises in the Learn tab feel different than the rest of our courses and paths, and that’s intentional. “The learning loops are designed very well — they get you there inductively,” Zoe says. They’re exploratory without being overwhelming, and evaluative without feeling like tests.  

Negar Vahid, a beta tester for the AI Builder appreciated the AI’s interactive question format. “The question-based learning feels engaging, and the starter project it builds is simple but useful,” she says.  

This structure ensures you don’t develop the wrong mental models — a known risk in fully constructivist or student-centered environments — while still giving you the freedom to explore.

Why learn when AI can build? 

There are some projects that are well-suited for simply vibe coding, like making a personal HTML website or a single-use script to automate a one-time task. Tools like Lovable and v0 are suited exactly for these types of projects.  

The longer your code needs to live, and the more complex your project becomes, the more you need to actually understand what you’re building. Joe Holmes, Codecademy Curriculum Developer in the AI and machine learning domain, uses the term “ignorance debt” to describe what happens when you don’t: 

“It’s like tech debt squared. It’s much, much worse,” Joe says. “You don’t know what kind of code is coming out. You just are only looking at: Does this kind of generally appear to be what I asked for? You don’t know if there are security flaws. You don’t know if there are performance flaws. You don’t know if you’re leaking sensitive information. You don’t know how to fix anything.” 

The tipping point comes down to two factors: complexity and time. If you’re developing software professionally, you’re legally responsible for the code you output. If you’re building something that will serve actual users, you need to be accountable for security, performance, and maintainability. And if your project will need updates or fixes over time (which most do) understanding your codebase becomes essential, not optional. 

The good news? Learning doesn’t have to feel like eating your vegetables. “Kids hate veggies and broccoli because we don’t cook it well enough to make it tasty when we first introduce it to them,” says Nhi Pham, Codecademy Curriculum Developer. The same is true for teaching AI: “If you do it well, you’re inspiring people to have these very hygienic practices when working with AI,” she says.  

That’s exactly what AI Builder is designed to do — make learning feel as immediate and rewarding as building, so you develop good habits from the start rather than building a lifelong aversion to understanding your own code. 

Get started with the AI Builder 

AI isn’t a replacement for learning, it’s a tool — and a powerful one when it comes to education. Our new AI Builder allows for “just‑in‑time learning that’s highly personalized,” Zoe says. Even the best teachers or bootcamps can’t deliver that for every learner, on every project, instantly. Perhaps the most exciting vision is how AI changes what a learning environment can be. 

Zoe described it beautifully: “I imagine the AI Builder as a workspace… like having all your resources around you and an AI tutor in the background.” 

That’s the shift: from learning before you build to learning while you build. We can’t wait to see what you create.