Autism Spectrum Disorder (ASD) is a developmental condition that affects how people communicate, behave, and interact with others. Diagnosing it early is important for giving children the best possible support—but that’s not always easy, since symptoms can vary widely and are often based on behavioural observations.   Tohelp make early diagnosis more accurate and accessible, researchers from the University of Warith Al-Anbiyaa and the University of Kufa are working on a new approach that uses brainwave data (EEG), brain-computer interfaces (BCIs), and machine learning. By testing and combining 22 different signal analysis methods, the team achieved an impressive 97.6% accuracy in detecting brain patterns linked to ASD.   This breakthrough could lead to faster, more dependable diagnoses—especially for younger children. The team is now collaborating with the Al-Sibtain Centre to expand testing across a more diverse group and plans to open a dedicated rehabilitation centre offering therapy and support services.   With support from Iraq’s national investment program, Riyada, this project highlights how universities can drive meaningful, practical research that makes a difference in people’s lives.       Working Team:   For an intro on the research publications, visit the below article.   Link 1: Promising Advances Ahead with Autism Diagnosis Link 2: UOWA Shines in National AI Competition with Groundbreaking Autism Diagnosis Project    

The CSMS Research Centre, founded by Dr Heider Abdulhussein, Dr Karrar Al-Ameed, and Dr Nadia Ezzat Al-Kirbassee with support from the University of Warith Al-Anbiyaa, is Iraq’s first national centre focused on using computers to study molecules. Instead of relying only on lab experiments, the centre uses digital tools and simulations to help researchers understand how molecules behave—making scientific discovery faster, cheaper, and more accessible.   Even with limited resources and technical challenges, the team built their own computer systems, created Arabic-language learning materials, and introduced these tools into university classrooms. In just its first year, CSMS started exciting projects like developing new antiviral medicines, designing smart materials, and exploring clean energy solutions. They also trained students, published research internationally, and made helpful resources in both Arabic and English.   Looking ahead, CSMS plans to grow, partner with global institutions, and keep changing the way science is taught and explored in Iraq—bringing the future of research closer to home.   Leadership This project / research initiative is proudly led by three Iraqi scholars:   A/Prof. Dr. Heider Abdulrazzaq Abdulhussein PhD at University of Birmingham, UK Completed his postdoctoral fellowship at Pázmány Péter Catholic University in Hungary, funded by the prestigious ICGEB SMART Fellowship, which promotes excellence and mobility in life sciences research     A/Prof. Dr. Karrar Abd Ali Saeed PhD at University of Oxford, UK Completed his postdoctoral research at the University of Zurich in Switzerland, under the Swiss Government Excellence Fellowship, a globally competitive program supporting outstanding international researchers     A/Prof. Nadia Ezzat Al-Kirbassee PhD, University of Kufa, Iraq Completed fellowship at the University of Oxford, UK.     Link 1: Publications of Computational Sciences and Molecular Simulation (CSMS) ResearchCentre Link 2: Building Capacity Through Collaboration Link 3: Educational Materials: Empowering the Next Generation of Scientific Talent