dEGREE OBJECTIVE FIVE

 This assignment involves designing a simple video game ("Rabbit Jumper") using lateral thinking to challenge conventional platformer assumptions and increase novelty and playability. I defined key terms including lateral thinking (divergent problem-solving), game mechanics (movement, speed, jumping, momentum, collision), core loop (repeated obstacle avoidance), assumptions (e.g., standard gravity/physics), playability/novelty (surprise, challenge, replay value), and prototyping. Through diagrams and reflections, I explained how lateral thinking overcame design obstacles, refined mechanics, and evaluated success - showing accurate use of game development terminology in context. This project illustrates my ability to apply advanced tech terms related to interactive media, creative frameworks, and iterative design processes.

This assignment proposes "Robotic Loss Prevention Guards" - autonomous security robots using Tesla Bot technology - to combat rising retail shoplifting by combining physical deterrence, psychological intimidation, and electronic tagging. I applied and defined key terms such as robotic autonomy, electronic article surveillance (EAS), systems thinking (interconnections among consumers, businesses, and law enforcement), risk mitigation (insurance, legal safeguards), and integration (Tesla Bot with retail workflows). Through research, legislative context (California Senate Bill amendments), and a systems diagram, I explained the solution’s balance of security, legality, and ethics - demonstrating accurate use of robotics, AI-security, and systems-analysis terminology in a real-world context. 

This assignment develops a comprehensive security plan for A&E Total Transformations - a small home remodeling business - addressing network infrastructure, physical security, incident response, awareness training, and BYOD (Bring Your Own Device) policy. I applied key cybersecurity and IT terms including network architecture (IPv4/IPv6, NAT, DHCP, VLANs), firewall configuration (Starlink integration, Ubiquiti Dream Machine), endpoint protection (Microsoft Defender, antivirus, patch management), access controls (MFA, least privilege, role-based access), incident response (detection, containment, eradication, recovery), risk assessment (prioritization matrix, mitigation strategies), BYOD policy (acceptable use, MDM enforcement, data privacy), and physical security controls (cameras, alarms, locks, access logs). Through detailed sections, diagrams (network topology, physical layout), risk tables, training outlines, and policy templates, I explained how these technologies and processes protect business assets, ensure compliance, and reduce vulnerabilities in a small-office environment with remote and on-site operations. This project showcases my ability to accurately use and contextualize leading technology terms in cybersecurity, network security, endpoint management, risk management, and policy development for real-world small-business application.