AI Impact Summit

Global AI Impact Commons

AI-enabled assessment and Personalized Adaptive Learning system for building 21st-century skills among students in government schools

India flag

India

Education

High

Implementing Organisation

The Apprentice Project (TAP)

India, Maharashtra, Pune

Civil Society

Implementing Point of Contact

Anand Gopakumar

Co-Founder and CEO

Contributor of the Impact Story

Carnegie India

Year of implementation

2024

Problem statement

Students in India’s public schools, especially those from low-income households, are entering a labor market where analytical thinking, problem-solving, and reasoning are increasingly essential. This shift is reflected in the WEF Future of Jobs Report (2025) and in India’s National Education Policy (NEP) 2020, which emphasizes experiential learning and higher-order skills. However, delivery infrastructure has not kept pace with policy intent. Public schooling remains optimized for rote instruction and exam completion. As a result, students receive limited opportunities to practice real-world problem solving, and teachers lack the tools to assess such skills reliably at scale. Most existing interventions face three structural barriers: 1. Teacher capacity constraints: Teachers manage large classrooms and exam-driven syllabi. Even when trained, they lack the time and tools to run, assess, and personalize projects for diverse learners. 2. Assessment and evidence gap: 21st-century skills appear in student-created artifacts, such as projects, drawings, explanations, code, or spoken reasoning. Current assessments are either manual (slow, inconsistent) or reduced to quizzes (poor proxies). Without scalable, reliable assessment, systems cannot track mastery or improve programs. 3. Lack of personalization: These skills develop unevenly and contextually. Without continuous measurement and adaptive support, instruction defaults to the “average learner,” leaving many students disengaged or behind.

Impact story details

The Apprentice Project (TAP) is a Section 8 nonprofit that enables underserved students in Grades 4–12 to build 21st-century skills—problem-solving, critical thinking, creativity, STEM, and financial decision-making—through scalable, AI-enabled learning systems embedded within India’s public education system. TAP operates primarily through TAP Buddy, a WhatsApp-first Personalized Adaptive Learning (PAL) platform that delivers project-based learning, continuous assessment, and feedback at population scale. Students engage through short videos and hands-on tasks (coding projects, science models, budgeting plans, creative artefacts), submit work as images, text, or voice, and receive rubric-aligned feedback. Teachers and system actors are supported through dashboards and workflows that reduce manual grading and enable adoption within government systems. As of FY 2025–26, TAP works across Maharashtra, Delhi, Uttar Pradesh, and Punjab through formal state, district, and municipal partnerships, reaching 100,000+ students and 1,500+ teachers directly. TAP’s model is aligned with NEP 2020’s emphasis on competency-based learning and formative assessment. With the Support of Meta-supported Pragati TAPcreated production-grade, multimodal AI systems (text, image, voice), with strong human-in-the-loop safeguards, auditability, and data governance suitable for use with minors and public systems. TAP is now converting core AI infrastructure—assessment engines, personalization logic, teacher workflows, and multilingual tooling—into Digital Public Goods, aligned with the objectives of the AI Impact Commons under the IndiaAI Mission.

AI Technology Used

Natural Language Processing
Computer Vision
Speech Recognition

Key Outcomes

Efficiency

Productivity, Access

Reach, Inclusion

Equity, Accuracy

Quality Improvement, Knowledge

Skills Impact, User Experience

Satisfaction

Narrative Outcome

The Apprentice Project (TAP) provides AI-powered adaptive learning targeted to students in need of analytical thinking and problem-solving skills. For government school students from low-income households, the platform provides skill-building that traditional instruction does not prioritise. The project saw improvements in STEM, coding, and financial literacy, and over half of active learners using TAP progressed at least one competency level within six months.

Impact Metrics

Analyzing change in students’ problem-solving, critical thinking, and creativity using standardized, rubric-based assessments by tracking the proportion of active learners who progress at least one defined competency level, for example from novice to emergent.

Baseline Value

Students were distributted across multiple rubric levels in 2024-25 Percentage

Post-Implementation

52 % students progressed 1 level or more within 6 months

Internal monitoring

Weekly concept mastery in STEM, Coding, and Financial Literacy of students before and after use of the AI tool

Baseline Value

there was minimal weekly concept mastery of learners Percentage

Post-Implementation

54 –65% weekly concept mastery was observed among active learners

Internal monitoring

Implementation Context

Scaled

Implemented in Maharashtra, Delhi, Uttar Pradesh, and Punjab via formal government partnerships and in six other states through strategic partnerships

Underserved students of grades 4–12, first-generation learners, low-income households with shared smartphone access, government-school teachers, and education administrators

Key Partnerships

Government of India Bhashini initiative, education departments in state, districts, and municipal corporations, SCERT/DIET, Meta, Glific, University of Chicago Booth - Applied AI Lab

Replicability & Adaptation

High

Rubrics, language, and curriculum mappings can be customized for different state contexts while reusing the same AI infrastructure.

* The data presented is self-reported by the respective organisations. Readers should consult the original sources for further details.