Dedicated Graduate Research Assistant at Wright State University, actively pursuing a master's degree in Cyber Security. Engaged in groundbreaking research under the guidance of Professor Fathi Amsaad, focusing my current research on Advancing Resilience through Adversarial Attacks and Defenses in AI-Enhanced Hardware Trojan Detection.Key Responsibilities and Achievements:• Lead research endeavors in "Advancing Resilience through Adversarial Attacks and Defenses in AI-Enhanced Hardware Trojan Detection," employing machine learning techniques to bolster the resilience of hardware Trojan detection models.• Apply machine learning algorithms and data analysis methods to develop robust and accurate hardware security measures.• Work closely with Professor Fathi Amsaad and research peers, conducting data collection, experimentation, and the development of machine learning models.• Contribute to research publications and present findings at academic conferences, advocating innovative approaches to hardware security and adversarial attack defense.• Bridge academic studies in Cyber Security with practical research, fortifying the understanding of security challenges and mitigation strategies.

• Conducted rigorous manual testing on third-party developed products, ensuring they met the Bank’s quality standards and requirements.• Aligned testing strategies with Bank’s needs, delivering products that met their unique quality and performance criteria.• Proactively escalated and resolved testing issues, maintaining clear communication with vendors for efficient problem-solving.• Collaborated with third-party developers, and internal teams to foster effective teamwork and streamline product integration.• Effectively managed relationships with multiple third-party developers to guarantee high-quality end-user products.

• Worked productively with Product Team to understand requirements and business specifications requested by Product Stakeholders.• Communicated with clients and addressed questions and concerns increasing Development Efficiency by 50%.• Implemented and updated mobile application design & modules under the direction of Product Owner using Ionic Framework.

Utilized UI/UX methodology in the design and Implementation of an Medical ERP Application using ASP.NET Framework.

• Implementation & Supervision of a Computer Network with an Active Directory Domain Server.• Implementation of a Firewall on the Computer Network which led to a 60% increase in the network security.