Ashraf Osman Email & Phone Number

San Francisco, CA, US

Portland, Oregon, US

Seattle, WA, US

Trusted technical advisor; partners with customers, sales, and support teams to develop highly resilient architectures. Leads enterprise and mid-market C-suite engagements to accelerate cloud migrations, security posture, compliance frameworks and cost optimizations. Hands-on leadership of POCs, DevOps, and application modernization.Offered daily.

https://bzhandz.com/More of a business explorer; sharpening my business perspective/acumen while building a brand. Activities included:- Business plan, private labeling, sourcing products from abroad, importing, dropshipping, and shipping- Platforms like Etsy, ebay, Alibaba, and Shopify- Marketing; ad creation and management using Google Ads, Facebook and.

Seattle, Washington, US

• Established and architected media service quality metrics and assessment methodologies, ensuring optimal performance and reliability. Executed a comprehensive game day, rigorously testing and elevating resiliency of.
• Optimized regression testing cycle to be 7X times faster, reducing duration from 2 weeks to just 2 business days.
• Designed and constructed an integration testing framework that enables product team, sales engineers, or customers to initiate and assess video processing and delivery workflows with ease.
• Mitigated packet loss during ingestion by introducing a dynamic network-adaptive latency buffer to maximize live video stream quality.

Seattle, Washington, US

• Elemental Technologies, an AWS Company, is the leading supplier of software-defined video solutions for multiscreen content delivery. It provides our customers with the infrastructure needed to automatically and.
• Reduced the regression cycle which started with almost 2 weeks to 2 business days. Achieved by leading, by example, QAs to redesign test cases into reusable and automatable modules.
• Defined and developed a POC for integration testing framework that allows product team, sales engineers, or customers to simply launch and test video processing and delivery workflows using AWS native services. Some.
• Defined a methodology to measure testing coverage with non-existent requirements and address testing gaps.
• Started QA-SYS which is a series of small workshops which engineers share skills and experience with others.

Santa Clara, California, US

• Formulated product release metrics and defined success criteria. Analyzed system roadmaps, hardware and software features, usage requirements, and dependencies. Defined a new standard schema for test content.
• Attained 95% reduction in the number of configurations needed for product validation by introducing a novel method and tools rooted in release features and all-pairs testing algorithms.
• Reduced end user-reported issues by fivefold through leadership in forming user experience validation group, involving development of new quantitative methods, tools, and processes, while improving product release.
• Drove cross-group adoption by implementing a central repository for mapping use case requirements for architecture and validation, reducing product validation gaps and planning time by approximately 10 times.
• Successfully identified validation gaps across diverse validation groups, amounting to approximately 30% of necessary coverage by incorporating a unified validation taxonomy and methods grounded in release features.

Santa Clara, California, US

• savings. Managed and conducted improvements in silicon wafer yield test automation to ensure support for new silicon manufacturing processes, facilitating administration of increasing numbers of transistors with each.
• Realized a remarkable 96% reduction in wafer test time and delivered substantial cost savings by heading development of efficient algorithms, faster testing patterns, and introduction of new testing features within the.
• Transformed new tester installation procedures, reducing installation time by 86% and resulting in considerable labor hours and test time savings.
• Streamlined test development lifecycle by approximately 15% by promoting and implementing best engineering practices across development, processes, and tools within the team.
• Implemented a new failure recovery method, cutting tester failure downtime by an impressive 97%.

Morgantown, West Virginia, US

• Multi-disciplinary research project focused on: Parallelizing a Computational Fluid Dynamics problem of “Large Eddy Simulations of Ship Wakes” onto a cluster of workstations using C and Fortran. Research was funded by.
• Formally defined and proved the NP-Completeness of dynamic load-balancing problem on HNOWs. Created a new algorithm, DLAH (Dynamic Load-balancing Algorithm for HNOW) and derived the analytical performance bounds..
• Developed and taught graduate and undergraduate courses (Object oriented programming in C++, Introduction to data structures using C++ and STL).
• Research project aimed at designing and implementing "A Distributed Dispatcher for Partially Clairvoyant Scheduling Systems". The distributed dispatcher has been implemented on both a supercomputer and a cluster of.

Washington, DC, US

Participated in developing and teaching a course in “Embedded Real-time Systems,” including a final interfacing project on an SBC (Single Board Computer). The course was offered to NETL staff.

Paris, Ile De France, FR

• Provided technical support in the implementation of the UNESCO program for Upgrading Science and Engineering Education (USEE).
• Maintained the main web-site for the office, including designing the required databases, reports and web-entry forms.
• Assisted in organizing technical workshops aimed at introducing information technology practices to faculty members of various universities.

Job responsibilities included specifications, design, development, deployment, training, and support for computerized payroll and telephone billing systems. Customization of commercial large scale packages for hotel management systems. Systems included IBM AS/400 and PC Client systems.

Doctor Of Philosophy (Ph.D.), Computer Engineering

Master’S Degree, Computer Engineering

Bachelor’S Degree, Electrical, Electronics And Communications Engineering