The primary goal of SEAL is to provide practical experience on emerging technologies and enable attendees to start designing with new standards and applications immediately. Participants will:
Understand how system-level trade-offs impact performance, power, and functionality.
Gain confidence in evaluating new standards and architectures before implementation.
Learn how industry designs complex systems across semiconductors, automotive, aerospace, and communication.
Build portfolio-ready projects that demonstrate job-ready technical skills.
Students will explore complex, real-world design challenges such as:
Measuring throughput degradation when moving from a single AXI-based SoC to a multi-die UCIe-based SoC.
Evaluating timing deadlines for autonomous driving tasks across multiple Ethernet ECUs versus a single ECU implementation.
Estimating power consumption across different orbital paths for multi-role satellites.
Comparing PCIe vs Ethernet for mission-critical flight avionics systems.
SEAL leverages VisualSim Architect, the award-winning system simulator:
Each module includes:
SEAL leverages VisualSim Architect, the award-winning system simulator:
