During a three-month period, John Huynh developed and integrated six hardware features for the mealycpp/ECE3300L_Summer_2025 repository, focusing on digital logic design and embedded systems. He implemented modules such as a configurable barrel shifter with 7-segment display output, a PWM-driven RGB LED controller with slot selection, and a BCD-based counter system, all verified with comprehensive testbenches. Using Verilog, Tcl, and Xilinx Vivado, John ensured each feature was accompanied by updated documentation and demo resources, improving resource accuracy and verification coverage. His work established a robust baseline for hardware/software integration, supporting both student learning and future lab scalability.
This month delivered two hardware features with verification in the mealycpp/ECE3300L_Summer_2025 project, focusing on configurability, status visibility, and LED signaling. Implemented a configurable barrel shifter with a 7-segment display and a PWM-driven RGB LED control with a slot-selection FSM, both accompanied by test benches and integrated top-level design to support rapid validation and demos.
This month delivered two hardware features with verification in the mealycpp/ECE3300L_Summer_2025 project, focusing on configurability, status visibility, and LED signaling. Implemented a configurable barrel shifter with a 7-segment display and a PWM-driven RGB LED control with a slot-selection FSM, both accompanied by test benches and integrated top-level design to support rapid validation and demos.
July 2025 performance summary for mealycpp/ECE3300L_Summer_2025. Delivered critical lab updates and a complete digital subsystem integration, enhancing verification reliability and documentation. Key outcomes include updated MUX Lab 3 hardware constraints with deprecated legacy constraints and new verification testbench adjustments, plus development and integration of a 7-segment display driver and a BCD-based counter with a cohesive top-level system. Documentation and demo resources were refreshed (Lab 3 and Lab 5 reports, added demo link), ensuring current references for students and evaluators. The work establishes a scalable hardware/software integration baseline for upcoming labs and demos, reducing synthesis confusion and improving test coverage.
July 2025 performance summary for mealycpp/ECE3300L_Summer_2025. Delivered critical lab updates and a complete digital subsystem integration, enhancing verification reliability and documentation. Key outcomes include updated MUX Lab 3 hardware constraints with deprecated legacy constraints and new verification testbench adjustments, plus development and integration of a 7-segment display driver and a BCD-based counter with a cohesive top-level system. Documentation and demo resources were refreshed (Lab 3 and Lab 5 reports, added demo link), ensuring current references for students and evaluators. The work establishes a scalable hardware/software integration baseline for upcoming labs and demos, reducing synthesis confusion and improving test coverage.
June 2025 performance summary for mealycpp/ECE3300L_Summer_2025 focused on delivering updated Lab Materials for Group P to ensure students access the correct resources. Implemented by adding the 3300Lab2.pdf and removing the outdated _3300Lab2.pdf in the Group P materials. Change tracked via two commits: "Add files via upload" and "Delete Group P/ECE3300-Lab2-Group_P/_3300Lab2.pdf". This update reduces material confusion, aligns resources with current lab requirements, and supports a smoother student experience for Lab 2.
June 2025 performance summary for mealycpp/ECE3300L_Summer_2025 focused on delivering updated Lab Materials for Group P to ensure students access the correct resources. Implemented by adding the 3300Lab2.pdf and removing the outdated _3300Lab2.pdf in the Group P materials. Change tracked via two commits: "Add files via upload" and "Delete Group P/ECE3300-Lab2-Group_P/_3300Lab2.pdf". This update reduces material confusion, aligns resources with current lab requirements, and supports a smoother student experience for Lab 2.
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