Abdulaziz Aleissaee

• Develop and implement AI algorithms and models to improve system performance and user experience. • Collaborate with cross-functional teams to identify and address AI-related challenges and opportunities. • Research and stay current on AI technologies and best practices to inform project decision-making. • Design and conduct experiments to evaluate the effectiveness of AI solutions and optimize for desired outcomes. • Create and maintain documentation for AI systems, including data models, processes, and performance metrics. • Provide technical expertise and support for AI-related projects, including troubleshooting and resolution of issues. • Communicate complex AI concepts and findings to non-technical stakeholders in a clear and understandable manner.

• Lead app modernization, drive digital transformation, as well as advising & consulting various departments on AI integration as a key member and rapporteur of the AI team. • Play an important role in utilizing the latest information security technologies and methods to protect mission- critical corporate networks, systems, applications and data. • Encrypt data transmissions and erect firewalls to conceal confidential information during transmit. • Analyze existing security systems and make recommendations for changes or improvements. • Organize and conduct tests and “ethical hacks” of the existing security architecture. • Upgrade systems regularly to remain competitive in the field of security, and monitoring networks to provide early warning of abnormalities or problems. • Communicate the system status and keep users informed of downtime or changes to the system. • Perform risk assessments and tests on running data processing activities and security measures. • Protecting systems by defining access privileges, control structures and resources.

Researching and improving standard visual recognition techniques for satellite imagery utilizing artificial intelligence and knowledge of aerial images with varying level of supervision.

Assigned multiple tasks to do a research on the satellites types, uses, ranges, duration, and the subsystems, as well as developing a full understanding of roles, architecture and integration way of each satellite subsystem. Assembled, integrated and programmed the HEPTA-Sat (Cube-Satellite) via python language, and programming real-time embedded computing systems for satellites - both hardware and software. Gained research skills on the topic of NASA’s core Flight System (cFS.)

Protecting systems by defining access privileges, control structures and resources as an IT Support intern.