IAS Official Implements AI Tutors in 353 Rajasthan Schools to Aid Students in Math Studies
Read more
The Better India
thebetterindia.com

IAS Official Implements AI Tutors in 353 Rajasthan Schools to Aid Students in Math Studies

Despite preparing for final exams and taking numerous tests, 16-year-old Aman Gujar struggled with mathematics, scoring no more than 55. Subsequently, an artificial intelligence-based educational program was launched at his school. The AI helped him understand complex concepts by providing step-by-step explanations, which led him to score 65 on the 10th-grade math exam.

Aman's experience reflects a broader issue in the Tonk district of Rajasthan state. During school visits, IAS officer Saumya Jha observed that students aspiring to careers in technology lacked confidence in mathematics.

Teachers in Tonk are often forced to combine teaching duties with election responsibilities, negatively affecting the continuity of instruction. As a result, students miss important lessons and exam preparation.

In September 2024, Saumya Jha, an IAS officer from the 2017 batch and serving as the District Collector of Tonk, launched the 'Padhai with AI' initiative. Her own experience using AI for self-learning inspired her to explore the potential of this technology.

The program provides a bilingual AI tutor that works with textbook questions and generates solutions step-by-step. Teachers can select questions and create similar practical assignments, while students can refresh their knowledge.

The system determines the level of material comprehension among students and accordingly forms practical tests. Those who have difficulty with a specific topic are offered additional assignments of similar complexity.

Launched in September 2024, 'Padhai with AI' introduced learning calendars, weekly tests, and analytical reports. Currently, the program covers all 353 government senior secondary schools in Tonk. In 2025, Tonk achieved a math exam pass rate of 96.4%, three percentage points higher than in 2024. The AI portal operated for only six weeks before the final exams.

For students like Aman, the AI provided more than just practice problems; it helped make mathematics manageable. Saumya Jha now plans to expand this initiative to include English language and natural sciences.

Similar stories

Ministry of Education approves national guidelines for the use of Artificial Intelligence in Brazilian education
Read more
olhardigital.com.br

Ministry of Education approves national guidelines for the use of Artificial Intelligence in Brazilian education

The Ministry of Education (MEC) officially released on Tuesday (10th) the national standards regulating the use of artificial intelligence (AI) in the Brazilian educational system. These rules apply from early childhood education to higher education, defining clear limits for the use of technology by students, teachers, and educational institutions.

One of the significant changes compared to the previous opinion, approved by the National Council of Education (CNE) in September, is the permission for AI tools to assist in grading essay questions. However, the assignment of the final grade remains the responsibility of the teachers.

The document's rapporteur explained that the previous version did not specify whether the use of AI in this type of assessment was prohibited. The modification aims to allow technology to function as support, provided there is constant human oversight.

The guidelines also stipulate that automated systems must never fully replace the function of education professionals or assume responsibility for pedagogical decisions. The rules vary according to the age group of the students and the level of education.

In early childhood education, children cannot use AI systems, even with teacher assistance. Educators, in turn, can use these tools for planning, pedagogical management, and accessibility purposes, provided the goal is to remove learning obstacles.

For elementary school in the initial years (1st to 5th grade), the use of AI is restricted to pedagogical activities that are planned, conducted, and supervised by education professionals. Students are prohibited from accessing these systems autonomously or without supervision, including interaction with conversational or generative tools, even when teachers are present. An exception exists for assistive technologies designed to overcome learning barriers, following specific criteria.

In the final years of elementary school (6th to 9th grade), generative AI tools can be used in pedagogical activities mediated by educators. However, individual, autonomous, or unsupervised student access remains prohibited. The document also provides for the gradual inclusion of AI education in the curriculum, alongside topics of digital, media, and computational literacy, aiming to equip students to understand how these tools work, recognize biases, fact-check information, and distinguish technological assistance from their own intellectual production.

At the higher education level, institutions are permitted to apply AI in teaching, research, and extension activities. Technology can also be a subject of academic study and investigation. Universities and other entities must create their own policies to regulate the use of these tools, integrating them into pedagogical projects, regulations, and institutional development plans.

A crucial aspect is transparency: institutions must specify when students and researchers need to declare the use of AI in their work. In scientific research, for example, its use must be reported if the tool's contribution is relevant to text writing, data analysis, literature review, programming, or other phases of the investigation. The guidelines are clear in stating that AI systems cannot be considered authors of academic or scientific works; the responsibility for the content and results always rests with students, teachers, and researchers.

In terms of university administration, automated tools can assist in planning, indicator analysis, and detecting dropout risks. However, decisions that significantly affect students' rights or academic trajectory cannot be made solely by AI systems. Finally, teacher training courses must incorporate content on digital literacy, pedagogical application of emerging technologies, critical analysis of educational data, and the ethical implications of AI.

This approval comes at a time when AI is already part of the routine of many Brazilian students. According to the 15th edition of the TIC Education survey, 37% of basic education students reported using generative AI tools in school research, but only 19% mentioned receiving any guidance from teachers on the use of the technology. With these new rules, the MEC seeks to standardize practices that already occur in schools and universities, balancing the benefits of AI with the need for human supervision, data protection, and pedagogical responsibility.

CambriLearn Parents Can Use AI to Check Student Attendance
Read more
techcentral.co.za

CambriLearn Parents Can Use AI to Check Student Attendance

Parents using CambriLearn services can now ask an AI assistant questions regarding their children's attendance. Instead of generic answers like 'good,' parents can receive information based on official school records, starting October 21st.

CambriLearn, an accredited online private school for students aged four to nineteen in over 100 countries, has integrated its CambriCommand parent interface with AI assistant features. This integration is provided free of charge to CambriLearn families. Currently, support from Anthropic's Claude is connected, while ChatGPT support is in the final stages.

Parents can phrase requests in simple language, such as asking: 'Did Emma attend all her live lessons this week?' or 'Is Tabo's report ready?' The assistant is capable of providing details on attendance, upcoming classes, homework, graded comments from teachers, course progress, and reports. Furthermore, parents can request a two-week math plan covering future lessons and homework, or receive a summary for the upcoming week on Sunday evening to check for absences on Wednesday.

These details help change the home atmosphere; for example, the phrase 'Your biology grade improved this semester' gives a teenager a topic for dinner conversation.

Reasons for the Online School's Creation

Parents who educate their children online do not have the opportunity to quickly speak with a teacher at the school gate. They rely on school records, which serve as informal communication in a campus school setting. Parents already use AI assistants for help with homework and university admissions; some upload report screenshots to chatbots for analysis. CambriLearn decided to provide access to its records to the same assistants that these parents use.

Given the presence of families in over 100 countries, many CambriLearn parents are active when the school offices are closed. A parent in Dubai can ask a question at 10 PM and receive the same answer as a parent in Johannesburg during lunchtime. CambriLearn expects that within a few years, all schools will begin working with AI assistants, and the company aims to set the standard for such interaction.

Control Remains with Parents

The connection was developed by CambriLearn's own team of engineers and product specialists, and it includes limitations that maintain parental control. The assistant is only allowed to read information but cannot modify it, and it only sees children linked to that parent's account. No data is transferred without parental approval, and parents can disable this feature at any time. Students cannot connect assistants, nor can any school staff do so on behalf of a parent. CambriLearn does not store the questions asked by parents or the answers received. For parents comparing educational institutions, important questions are what the technology can see and who maintains control over it. Like any AI tool, the assistant may make an error in a summary, and in such cases, CambriLearn's records remain the authoritative source of information.

Place in the Ecosystem

CambriCommand is one of four integrated educational platforms that make up CambriOS, launched by CambriLearn in August 2026 alongside CambriCampus, CambriPathways, and CambriCommunity. CambriCampus contains records of live lessons and learning materials, CambriPathways covers six accredited subjects, and CambriCommunity organizes clubs, study groups, and meetings. CambriCommand provides parents with information on attendance, progress, and the student's current standing as the week progresses, and the AI connection allows them to request all this information in plain language.

Teaching remains under the purview of qualified subject matter experts at CambriLearn within scheduled live sessions. Artificial intelligence functions on the parent's side. Since its founding in 2008, CambriLearn has educated over 80,000 students. The school is accredited by organizations such as Cognia and Pearson Edexcel, registered with the South African Comprehensive Assessment Institute (Sacai) and Independent Examinations Board (IEB), and approved by the US National Collegiate Athletic Association (NCAA). It offers education in six subjects: International British Curriculum, Pearson Edexcel, US K-12, South African Curriculum and Assessment Policy Statement (CAPS), its Afrikaans equivalent (KABV), and IEB. Families considering an online school can sign up for a free consultation with CambriLearn.

OpenAI AI Model Solves Navier-Stokes Problem and Presents Research on Mathematical Tasks
Read more
cgtn.com

OpenAI AI Model Solves Navier-Stokes Problem and Presents Research on Mathematical Tasks

OpenAI recently announced that its artificial intelligence model has managed to solve the Navier-Stokes problem, which has posed difficulties for mathematicians for almost a century.

Furthermore, the developers released 722 manuscripts detailing progress in solving 372 mathematical problems.

These discoveries have caused astonishment among mathematicians, who are now questioning how this will affect not only their current work but also the future of their entire profession.

Popular