Ali A . A . Musleh

International University of Technology Twintech, Computer Science, Faculty Member

Followers

Following

Public Views

My name is Ali A. A. Musleh, and I am a dedicated professional with expertise in IT, monitoring and evaluation (M&E), data management, and technical solutions development. I am a knowledgeable and thorough Information Technology Technician with a strong attention to detail. Driven and self-motivated, I am able to complete tasks with minimal supervision. I am also a confident leader and enthusiastic communicator, passionate about driving change and improving outcomes.

Currently, Ali A. A. Musleh work as a Monitoring & Evaluation and Data Management Specialist at ACTED, where I manage data processes, ensure compliance with donor standards, and streamline workflows for efficient reporting. I am proficient in tools like Power BI, Tableau, SQL, and Laravel. I have contributed to several research publications, including my work on "Classification and Evaluation Framework of Automated Testing Tools for Agile Software" (IEEE, August 2024).

Ali Musleh is also a certified Technology System Support specialist and a software programmer with experience in PHP, Laravel, C#, Java, and Android Studio. I have developed multiple apps and websites, following modern trends and industry standards.

I am committed to continuous learning and development. My focus is on empowering teams and creating sustainable change. I am always looking for opportunities to make a lasting, positive impact.

اسمي علي مصلح، وأنا محترف متفانٍ يتمتع بخبرة في تكنولوجيا المعلومات والمراقبة والتقييم وإدارة البيانات وتطوير الحلول التقنية. أنا فني تكنولوجيا معلومات واسع المعرفة ودقيق ولدي اهتمام قوي بالتفاصيل. أنا مدفوع ومدفوع ذاتيًا، وأستطيع إكمال المهام مع الحد الأدنى من الإشراف. أنا أيضًا قائد واثق ومتواصل متحمس، متحمس لدفع التغيير وتحسين النتائج.

حاليًا، يعمل علي مصلح كمتخصص في المراقبة والتقييم وإدارة البيانات في ACTED، حيث أدير عمليات البيانات، وأضمن الامتثال لمعايير الجهات المانحة، وأبسط سير العمل لإعداد التقارير بكفاءة. أنا بارع في أدوات مثل Power BI وTableau وSQL وLaravel. لقد ساهمت في العديد من المنشورات البحثية، بما في ذلك عملي على "إطار تصنيف وتقييم أدوات الاختبار الآلي للبرمجيات الرشيقة" (IEEE، أغسطس 2024).

علي مصلح هو أيضًا متخصص معتمد في دعم أنظمة التكنولوجيا ومبرمج برمجيات يتمتع بخبرة في PHP وLaravel وC# وJava وAndroid Studio. لقد قمت بتطوير العديد من التطبيقات والمواقع الإلكترونية، وفقًا للاتجاهات الحديثة ومعايير الصناعة.

أنا ملتزم بالتعلم والتطوير المستمر. ينصب تركيزي على تمكين الفرق وخلق تغيير مستدام. أنا دائمًا أبحث عن فرص لإحداث تأثير إيجابي دائم.
Phone: +967777786832
Address: Yemen, Sana'a, haddah street

less

Interests

Uploads

Papers by Ali A . A . Musleh

Simulation Based Probabilistic Risk Assessment (SIMPRA): Risk Based Design

arXiv (Cornell University), Sep 30, 2021

The classical approach to design a system is based on a deterministic perspective where the assum... more The classical approach to design a system is based on a deterministic perspective where the assumption is that the system and its environment are fully predictable, and their behaviour is completely known to the designer. Although this approach may work fairly well for regular design problems, it is not satisfactory for the design of highly sensitive and complex systems where significant resources and even lives are at risk. In addition it can results in extra costs of over-designing for the sake of safety and reliability. In this paper, a risk-based design framework using Simulation Based Probabilistic Risk Assessment (SIMPRA) methodology is proposed. SIMPRA allows the designer to use the knowledge that can be expected to exist at the design stage to identify how deviations can occur; and then apply these high-level scenarios to a rich simulation model of the system to generate detailed scenarios and identify the probability and consequences of these scenarios. SIMPRA has three main modules including Simulator, Planner and Scheduler, and it approach is much more efficient in covering the large space of possible scenarios as compared with, for example, biased Monte Carlo simulations because of the Planner module which uses engineering knowledge to guide the simulation process. The value-added of this approach is that it enables the designer to observe system behaviour under many different conditions. This process will lead to a risk-informed design in which the risk of negative consequences is either eliminated entirely or reduced to an acceptable range. For illustrative purposes, an earth observation satellite system example is introduced.

Ali A . A . Musleh

Uploads

Papers by Ali A . A . Musleh

Log In