Fahin Rahman Email & Phone Number

Developed and documented detailed test plans and test cases based on requirements, user stories, and design inputs via Gitlab for Resolute Sentry programExecuted both automated and manual testing to generate data, observe system performance, and validate functionality against requirementsIntegrated automated test scripts and simulations into established testing frameworks, enhancing efficiency in the verification processCollaborated with cross-functional teams, including Systems Engineering, Software Development, and Hardware Integration, to ensure successful lifecycle completionWorked with Autonomy Core System (ACS) and AFSIM tools to simulate and evaluate system behavior, improving test accuracy and coverage

Engineered and deployed cloned environments for government software on non-government computers via Ubuntu Linux and Oracle Linux, enabling aerospace engineers to operate independently from software engineersDeveloped systems simulating Synthetic Aperture Radar integration in the Skyborg Autonomy Core System (ACS) and Advanced Framework for Simulation Integration (AFSIM) via C++ and Python, emulating aerial vehicle flight scenarios to enhance autonomous system capabilitiesCollaborated closely on defining autonomy behaviors and development approaches, driving the identification of issues, and coordinating sprints to achieve critical functionality

Ann Arbor, Michigan, United States

Initiated and directed development of a comprehensive smoothing algorithm using Python with NumPy, Pandas, and Fast Fourier Transform modules; enhanced detection significances by over 59% assisting several researchersEngineered several Python, C++ codebases with an agile methodology and applied optimizations under tight deadlines, enabling accurate mapping in a fast-paced research environment with limited data procurement timeframes; Coordinated meetings and structured code documentation through Git from several developers and scientists across 4 universities and 3 countries to ensure proper communication and organization; led to a peer-reviewed publication

Ann Arbor, Mi

Aggregated and refined over 4200+ NASA’s light curve data points through Python tools to uncover and analyze possible planet candidates and celestial anomalies, providing valuable insights into behaviors of distant astronomical objectsExamined and assessed primary dataset with machine learning techniques with PyTorch to classify lightcurve graphs; resulted in a trained model slashing process times up to 40% for research teams; managed data analysis through Oracle SQL relational database

Leveraged JP Morgan's Perspective tool via Forage and Node.js to design and produce highly customized charts and stock price data feeds to augment trade analysis with Java and Typescript, resulting in an 18% increase in data clarity and trading efficiencyCollaborated with the Perspective tool development to provide valuable feedback and suggestions, leading to implementations of critical enhancements, such as real-time data integration and advanced charting features, improving user experience and functionality for traders; optimized several HTML/CSS and Javascript codebases with test cases.

Waimea, Hawaii, United States

Have observed in-person and gathered data of high-resolution spectra. Aligned target objects and monitored all needed parameters through Keck’s software pipeline.

La Higuera, Coquimbo Region, Chile

Have remotely observed and worked with teams in observations of high-resolution spectra by aligning, marking, and confirming targets through the Giant Magellan Telescope in Chile.

West Bloomfield Township, Michigan, United States

Accelerated process-time for the Planning and Zoning Department through cataloging and assembling lead reports in a new classification method.Engaged in on-site inspections with other inspector interns, structured and sorted building plans through teams, and arranged multiple properties and subdivision taxes/IDs.Assisted in organizing business property requirements such as signs, lots, elevation, spatial necessities, to further manage and sort RCI zones.