• Rwanda signed a strategic agreement with Ansys to integrate simulation tools into higher education.
• Universities will gain access to advanced software, licenses, and industry-linked training programs.
• The initiative aligns with a global simulation software market projected to exceed $36 billion by 2030.

The Ministry of ICT and Innovation of Rwanda announced on Tuesday, April 14, in Kigali that it signed a memorandum of understanding with Ansys, a U.S.-based firm specializing in digital simulation. The partnership aims to integrate advanced engineering simulation tools into the curricula of universities and polytechnic schools across the country.

Minister of State @yves_Iradukunda welcomed a delegation from @ANSYS led by Mr. Lou Major, Managing Director for Africa, for the signing of an MoU between MINICT and Ansys. The agreement establishes a single framework through which universities and polytechnics can be onboarded… pic.twitter.com/is1CiD2GEZ

— Ministry of ICT and Innovation | Rwanda (@RwandaICT) April 14, 2026

The agreement, which Minister of State Yves Iradukunda and Lou Major signed, establishes a centralized framework to connect Rwandan universities and polytechnic institutions to Ansys platforms.

Institutions will access advanced simulation software and associated licenses, while the initiative aims to accelerate the adoption of these technologies across the education system.

The agreement also includes training programs, conferences, demonstrations, and industry engagement sessions. These initiatives aim to expose students and faculty to real-world applications of simulation and strengthen alignment between academic training and labor market needs.

This project forms part of Rwanda’s broader strategy to strengthen alignment between university curricula and industry requirements, particularly in engineering and technology sectors. The government seeks to improve practical skills development suited to an increasingly digital economy by embedding simulation tools into academic programs.

Ansys solutions already support industrial groups across sectors such as aerospace, automotive, and energy by simulating product behavior before manufacturing. These tools help companies reduce development costs and accelerate innovation cycles.

Their introduction into Rwanda’s higher education system aims to familiarize students with widely adopted industry technologies amid rising demand for advanced engineering skills.

This article was initially published in French by Samira Njoya

Adapted in English by Ange J.A de Berry Quenum