Presented by M.M. Fatima Rahim Automation and robotics are no longer merely a technological luxury; they have become the backbone of the Fourth Industrial Revolution. This science transcends the concept of inanimate machines, delving into the design of intelligent systems possessing a technological "brain" embodied in Programmable Logic Controllers (PLCs) and microprocessors. This allows for the management of the most complex biological and industrial processes with pinpoint accuracy and without direct human intervention. Technological Integration: From Closed Systems to Artificial Intelligence The efficiency of modern control systems relies on the concept of "feedback control," where precise sensors monitor variables in real time and transmit data to the processing unit, which makes corrective decisions in fractions of a second. This synergy is what we see today in surgical robots that grant surgeons precision exceeding the limits of human hands, and in smart production lines that operate in perfect coordination to minimize waste and ensure product quality. Robotics and the Sustainable Development Goals (SDGs) The Robotics and Automation Engineering program at Future University embodies a genuine commitment to international development standards, as clearly demonstrated by: • SDG 9 (Industry, Innovation, and Infrastructure): Automation contributes to building a resilient and innovative industrial infrastructure. By automating processes, resource efficiency is enhanced, and traditional factories are transformed into smart factories that rely on technological innovation to increase productivity and reduce carbon emissions. • SDG 8 (Decent Work and Economic Growth): Contrary to popular belief, robots are not intended to replace humans, but rather to protect them. They take over arduous and dangerous tasks in unsafe working environments, reducing workplace injuries and providing a "decent work" environment. This transformation also opens up opportunities for new jobs requiring advanced engineering and programming skills, thus driving knowledge-based economic growth. Towards a Smart and Sustainable Future The integration of artificial intelligence algorithms and mechanical control systems paves the way for a new generation of "cooperative robots" (Cobots) that work alongside humans. Therefore, focusing on advanced simulation and programming programs is the cornerstone of preparing a skilled engineering workforce capable of leading this technological transformation in Iraq. We are at Future University – the leading university in Iraq.