Short, useful summaries of coding, AI, and education news, with a practical next step for learners.
Sal Khan says the first version of Khanmigo did not improve learning as the team had hoped. Later iterations placed AI inside practice, prompted students to explain their thinking, avoided simply giving answers, and aimed to multiply teachers’ capacity.
Elizabeth Kennard moved from archaeology into an application support role after completing a coding bootcamp. Full-stack fundamentals, agile teamwork, hackathons, and real projects helped her build experience without a previous technical career.
An Indigenous school’s technology coordinator describes how AI changed teachers’ work from routine support to urgent problem-solving. Teachers felt panic and embarrassment when student writing turned out to be AI-generated, leaving students to succeed without much learning. These incidents showed a broader policy gap the school had to address.
Microsoft’s third AI in Education Report surveyed over 3,000 students, educators, and leaders in six countries. The discussion highlights that while many people have tried AI tools, daily use is still much lower, student optimism has dipped, and leaders and teachers disagree about how much training has happened. It also suggests the cheating concern reflects a broader academic integrity issue, not just AI.
This article explains how to create reusable mixin classes in Python. It also shows how mixins differ from abstract base classes and highlights common mistakes to avoid when using them.
The excerpt says AI and data science are changing how healthcare insights are made, including work on new treatments. It also warns that AI can reflect bias in data or system design. To help students think critically, the DSAIY high school curriculum teaches machine learning, bias, and model evaluation through hands-on activities and an AI-a-thon.
The Experience AI programme works with partners around the world to support AI literacy, with materials in 19+ languages and partners in over 38 countries. The article explains why localisation matters and why Croatian is being treated as simply a language, not a “small” one. It also describes how translating new technology terms can be difficult, even for common concepts like AI.
Code Club is presented as a free, creative space where young people experiment with technology, build projects, and learn by having fun. The excerpt says it helps them grow in confidence, resilience, teamwork, and problem solving, not just programming. Schools, libraries, and community centres can run clubs with existing equipment and access free resources and support.
The article says SQL is still widely used and that beginners can learn its core for free. It warns that many free courses are outdated, partial, or tied to a specific platform, so the real challenge is choosing one worth your time. It also notes that SQL basics such as SELECT, WHERE, JOIN, GROUP BY, and subqueries are stable and useful in jobs.
The article says many learners understand React concepts but get stuck when they need to build something from scratch. It recommends learning through projects, starting with basics like components, JSX, props, useState, lists, and simple events, and using function components with hooks instead of class components.
A high school student created Atomency to make chemistry more visual and interactive. The platform lets students build molecules, explore molecular shape, run reaction and decay simulations, and use tools for kinetics, acids and bases, pH, gas laws, and assignments. It is designed to work in a browser on school devices without accounts or data collection.
This guide shows how to create a remote GitHub repository, upload a local Python project, and work with others. It also introduces GitHub Issues, which help track tasks and discuss changes during collaboration.
The excerpt says beginners often get stuck when told to “just build something,” and argues that real learning comes from hands-on work. It recommends choosing projects that are just above your current level, small enough to finish in days, and focused on proving one skill. The guide then starts a sequence of beginner web projects, beginning with HTML and CSS.
The excerpt says schools should carefully examine classroom technology because of concerns about distraction, cheating, and whether screens actually help learning. It argues that tools should support a teacher’s instruction, solve a specific problem, and provide useful data on student progress. It also says families and schools should ask for strong evidence, such as independent and transparent research, that a tool improves learning.
Two teachers in Albert Lea, Minnesota use Experience CS, a free cross-curricular resource that teaches computer science while reinforcing math, science, language arts, and more. They said the materials helped students enjoy learning, be creative in projects, and develop leadership in the classroom. One example was a third-grade lesson where a student personalized a Scratch project with her dog.