Taher Soliman Email & Phone Number

Vienna, Virginia, United States

Vienna, Virginia, United States

- Developed Pega application for DOD clients- Presented in-depth presentations to stakeholders on development achievements, to iterate and enhance the system functionality- Leveraged Figma to design prototype wireframes, translating user requirements into actionable design plans for enhancements- Conducted thorough testing using Pega troubleshooting tools, identifying and resolving bugs to exceed quality standards- Authored and refined user stories in Jira, establishing clear and concise development features and milestones to meet objectives- Directed a comprehensive UI/UX overhaul applying modern principles to achieve an efficient and user-friendly interface- Collaborated with stakeholders to analyze business needs, defining, and mapping the application roadmap through a series of technical consultations and strategic planning

- Conducted solar panel analysis to improve reliability by 15% and create balanced power distribution for various customer regions- Generated a machine learning predictive algorithm that anticipates asset failures during extreme weather and natural disasters - Deployed algorithm to increase supply chain efficiency by 30% to store necessary infrastructure at predicted disaster locations- Gathered data for contractors regarding Low Tension Network metrics to improve the reliability of the underground electric grid - Reported on vulnerable utility infrastructure to protect the department from liabilities and minimize customer minutes interrupted - Implemented an automated program that identifies and highlights vulnerable utility infrastructure to prevent vehicle accidents and decrease repair spending by $1.2M

Penn State

-Managed a team of 4 engineers in creating a biomedical product to enhance the day-to-day lives of people with disabilities-Developed blueprints and low fidelity models for the project to determine feasibility of design -Rendered blueprints onto SolidWorks to create the final design to 3D print using material saving measures -Reduced cost of biomedical product from $2.70 a part to $0.15 a part by using cost-effective high-quality FDM material-Applied project management skills in order to effectively meet deadlines and quotas to maintain a cost-effective budget-Worked with team members to implement an online-only platform without sacrificing efficiency and quality-Acted with a focus group to test and apply the product in real-time to ensure quality of work design and structural integrity

Master Of Science - Ms, Computer Science

Bachelor Of Science - Bs, Industrial Engineering

Activities and Societies: PyLO, Invictus, Egyptian Student Association, Alpha Lambda Mu, Institute of Industrial and Systems Engineers