Bahaa Ilyas

• Assessed AI-generated data quality, ensuring adherence to project standards. • Resolved complex task issues, streamlining workflow for enhanced efficiency. • Constructed ground-truth datasets for training Large Language Models (LLMs).

• Established innovative skincare start-up, leveraging nanotechnology and 100% natural ingredient to produce products for enhanced skin health solutions.

• Developed DFT simulations of 2D materials, leveraging JSON, NetCDF and HDF5 data formats for efficient handling and storage of large-scale simulation data such as parallel I/O and structured data storage for wavefunction, density, ..etc datasets workflows , which resulted in 2 publications. • Improved lab functionality by developing virtual physics (Electromagnetism, ..etc) simulations and creating experiment protocols. • Ran workshops to train tutors in latest physics methods, boosting lab efficiency.

• Enhanced large data analysis precision using stochastic modelling techniques and integrated advanced data analytics to improve system evaluation robustness. • Streamlined data analysis workflows, increasing efficiency and accuracy. • Parsed and cleaned multi-source economic indicators using Hive-compatible formats.

• Managed and maintained the NPA data cluster in Iraq. • Developed comprehensive M&E frameworks, enhancing project effectiveness. • Created detailed donor reports, improving transparency and communication.

• Managed and maintained the SP data cluster and mini data warehouses in Iraq. • Boosted community resilience and income by 20% through livelihood projects. Directed team of 30+ staff for efficient humanitarian aid distribution to over 300,000 beneficiaries and enhanced aid distribution efficiency by 20% through.

• Developed numerical simulations of many body quantum systems of condensed matter and investigated modelling of semiconductor systems using density functional theory (DFT) and related numerical methods, which resulted in 1 publication. • Built a super Beowulf cluster for supercomputing from old PCs, optimizing it for many-body simulation workloads using parallel computing (MPI/OpenMP).

• Led a student team to second place in a Microsoft physics competition and created and tested portable doppler transducers. • Created Bloch sphere to analyze the time evolution and transformation of two-qubit systems. Applied NumPy, Matplotlib, and Qiskit to represent quantum state dynamics and gate operations interactively. • Designed and implemented foundational quantum algorithms including Deutsch-Jozsa, Grover's Search, and Quantum Teleportation using Python and the Qiskit framework.