stakeholders, requirements, constraints, criteria, and tradeoffs
PREVIEW PATHWAY · SYSTEMS, SOFTWARE, PROTOTYPING, AND RESPONSIBLE INNOVATION
Engineering & Computational Design
Define the need. Build the system. Test what happens outside the demo.
The Prototype Parade is impressive, sparkly, and mysteriously unable to survive contact with an actual user. Super Gio needs an engineer who can frame the real need, design the system, test failure, and make version four smarter than version one.
HORIZON LAUNCH · PREVIEW MAP
Eight mapped worlds to shape
Selected Challenge missions model independent review; progress here is not course credit or mastery.
components, interfaces, dependencies, feedback, and failure paths
Systems Architecture
Systems thinking reveals how component choices interact across interfaces, feedback loops, and operating conditions.decomposition, algorithms, data, testing, and iteration
Algorithms and Software Prototypes
Software prototypes make logic visible and test whether computational choices solve the intended problem.circuits, sensors, actuators, control, and integration
Hardware, Sensors, and Control
Physical systems connect measurement to computation and action through reliable hardware and feedback.user research, interaction, accessibility, and usability
Human-Centered Design and Accessibility
Inclusive design treats accessibility and varied human experience as core requirements rather than late additions.verification, edge cases, resilience, privacy, and security
Reliability, Security, and Testing
Reliable systems anticipate misuse and failure, protect users, and demonstrate performance beyond ideal conditions.environmental cost, bias, labor, lifecycle, and accountability
Technology Ethics and Sustainability
Responsible engineering evaluates who benefits, who carries risk, what resources are consumed, and what happens after launch.integration, test evidence, documentation, and public demonstration