Mahnoor Maghroori

• Designed and implemented high-performance kernels using Intel oneAPI, enhancing scalability for genomic workloads. • Optimized FPGA memory hierarchy and architecture, effectively reducing bottlenecks and increasing throughput. • Engineered deeply pipelined, streaming dataflow architectures that reduced end-to-end latency over the original control-flow design. • Benchmarked accelerator performance against CPU baselines. • Collaborated with bioinformatics and HPC researchers.

• Participated in the migration of hardware platforms from Xilinx Spartan-6 to Artix-7 FPGA technology. • Developed and integrated RTL modules using VHDL and Verilog for enhanced performance. • Designed and validated communication interfaces and signal-processing components, improving product reliability. • Built simulation and verification environments for various components, ensuring robust hardware validation.

• Managed IT infrastructure and enterprise technology operations to ensure seamless functionality. • Led system optimization initiatives to enhance operational efficiency and reliability. • Coordinated technology modernization projects to align with industry standards.

• Delivered engaging lectures on Computer Architecture, Digital Logic Design, Analog Circuits, VLSI Design, and Microprocessors. • Developed comprehensive laboratory exercises and practical engineering coursework to enhance student learning. • Supervised Bachelor’s and Associate Degree research projects, fostering innovation and critical thinking. • Mentored students in digital hardware design and system implementation, preparing them for industry challenges

• Final thesis topic: “A New and Optimized Design of Low-Power and High-Speed CMOS VLSI Circuits”

• Final thesis topic: "Voice over IP(VoIP) - a technology that enables telephone calls over the Internets”