Students of Mpumudde Seed SS learning ICT in Uganda secondary school

The release of the 2025 Uganda Advanced Certificate of Education (UACE) results on Friday, March 13, 2026, by the First Lady and Minister of Education and Sports, Janet Kataaha Museveni, has once again sparked national conversation about the state of education in Uganda.

While the results show signs of improvement in key science subjects, they also expose persistent gaps in the quality of teaching and learning, raising concerns about whether the education system is truly equipping learners with the competencies required for national development.

Strong Pass Rates, but What Do They Mean?

According to data from the Uganda National Examinations Board (UNEB), over 98% of candidates continue to qualify for the UACE certificate, with the majority attaining at least a subsidiary pass.

In a comparable recent cycle:

  • Over 141,000 candidates registered
  • More than 139,000 qualified for the certificate

These figures reflect increased access to education and improved retention at Advanced Level.

However, education experts warn that high pass rates should not be mistaken for high-quality learning. The critical question remains:
Are learners acquiring knowledge, or developing real competence?

Science Performance Improves

The latest results indicate notable improvement in science subjects, particularly:

  • Mathematics
  • Chemistry
  • Agriculture
  • Biology

This progress is partly attributed to deliberate government interventions, including:

  • Enhanced salaries for science teachers
  • Increased emphasis on STEM education
  • Expanded pathways into science and technology careers

These developments are aligned with Ugandaโ€™s broader vision of building a science-led economy.

Yet, stakeholders caution that improved grades must be matched with practical understanding and application skills.

Concerns Over Conceptual Understanding

Despite the improved performance, UNEB reports continue to highlight challenges among learners, including:

  • Poor interpretation of examination questions
  • Limited understanding of key concepts
  • Weak performance in application-based tasks

This suggests that classroom teaching in many schools remains exam-oriented, focusing on memorization rather than critical thinking and problem-solving.

Infrastructure Gaps Affect Learning

A major concern raised by education stakeholders is the unequal distribution of learning resources across schools.

Recent findings indicate that:

  • Many government schools lack functional science laboratories
  • A significant number do not have libraries or adequate ICT facilities

Without practical exposure, especially in science subjects like physics, learners are forced to rely on theory, which undermines their ability to innovate and apply knowledge in real-life situations.

CBC Implementation Still a Work in Progress

Ugandaโ€™s shift to the Competency-Based Curriculum (CBC) was intended to promote:

  • Skills development
  • Creativity
  • Continuous assessment
  • Real-world problem-solving

However, the UACE results suggest a gap between policy and practice.

Many teachers are still adjusting to the new approach and face challenges such as:

  • Limited training in competency-based teaching
  • Lack of teaching and learning materials
  • Inadequate support systems

As a result, the intended transformation in classroom practice is yet to be fully realized.

Teachers Need More Support

While the government has made commendable efforts to improve teacher motivation through salary enhancements, experts argue that motivation alone is not enough.

Teachers require:

  • Continuous professional development
  • Training in learner-centered methodologies
  • Support in integrating ICT into teaching

Field experiences from KAWA across various regions show that many teachers are willing to adapt, but lack the necessary tools and support.

Linking Education to Real-Life Skills

Another concern emerging from the results is the performance in innovation-related subjects such as entrepreneurship.

These subjects are intended to equip learners with practical skills to:

  • Identify community challenges
  • Develop solutions
  • Create employment opportunities

However, without proper guidance, mentorship, and exposure, these subjects risk becoming theoretical rather than practical.

The Way Forward

To improve the quality of education in Uganda, stakeholders must focus on:

  • Strengthening teacher training and mentorship programmes
  • Investing in school infrastructure, especially laboratories and ICT facilities
  • Expanding access to digital learning platforms, including offline solutions
  • Promoting project-based learning through ICT Clubs and innovation competitions

A Call to Action

The UACE 2025 results present both progress and a warning.

Uganda has made strides in expanding access to education and improving performance in key subjects. However, the country must now shift focus towards ensuring that learners acquire relevant skills, deep understanding, and the ability to innovate.

As education stakeholders, the responsibility lies with all of usโ€”government, schools, teachers, and development partnersโ€”to transform classrooms into spaces where learners do not just pass examinations, but are prepared to shape the future of Uganda.


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Course Outline

Introduction to ICT Club Innovation Program

Generative AI Tools for Problem Solving

Identifying Community Problems

Solving Problems with Technology

Exploring Mobile App Builders (App Inventor).

Exploring Web App Builders

Algorithms (Optional Lesson)

Researching Real-World Problems

Partnering with Community Organizations

Selecting a Meaningful Problem

Introduction to Artificial Intelligence

App Inventor: Closer Look

Web Apps: Diving Deeper

Identifying Innovative Solutions

Responsible Research and Innovation

Market Research Basics

App Inventor: Coding Conditionals

Finding Patterns with AI

Lean Canvas Part 1

Building a Minimum Viable Product (MVP)

Engaging Users & Testing Ideas

App Inventor Components

Debugging Your Code

AI Datasets & Data Collection

Paper Prototyping

Planning Your Innovation Project

Variables and Lists in App Inventor

Training Your AI Model

Web Apps Using AI Models

Adding Generative AI to Your Application

Ethics in AI & Technology (Ongoing Process)

Case Studies of Real Innovation Projects

Responsible Data Usage

Lean Canvas Part 2

Business Model Development

AI Software Options

Storing Data in App Inventor

Coding APIs in App Inventor

Integrating External Services

Outline Pitch & Technical Documentation

Recording Project Demonstration Videos

Creating Technical Walkthrough Videos

Editing Project Videos Professionally

Preparing Visual Presentation Materials

Documenting Your Innovation Journey

Lessons Learned

Measuring Social Impact

Submitting Your Project

Preparing to Pitch

Mock Pitch Sessions