Over a three-month period, this developer contributed to the mealycpp/ECE3300L_Summer_2025 repository by designing and integrating digital hardware features for FPGA-based lab materials. Their work included updating and maintaining lab documentation, implementing a configurable barrel shifter with a 7-segment display, and developing a PWM-driven RGB LED controller with a slot-selection finite state machine. Using Verilog, Tcl, and Xilinx Vivado, they emphasized robust testbench development and top-level integration to ensure verification coverage and ease of demonstration. The updates improved resource accuracy, enhanced system configurability, and established a scalable baseline for future hardware and software integration in educational settings.
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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