Sarah Omer

PROFESSIONAL PROFILE Final year Electrical Engineering student with a strong interest in embedded systems, real-time sensing, and edge computing. I have hands-on experience in developing monitoring and automation solutions through academic projects and internship exposure, involving sensor integration, hardware-level control, and on-device data processing. My technical skill set includes embedded C/C++, Python, microcontroller-based system design, and the use of hardware simulation and debugging tools. My Final Year Project, "A Communication System that Monitors Blood Glucose Levels for Type II Diabetics", demonstrates my ability to design practical, real-time monitoring systems with reliable data communication. My overall project experience reflects applications in smart healthcare, alongside exposure to agricultural monitoring and secure system environments. I am motivated to begin my professional career in engineering roles centered on embedded development, edge-based processing, and practical real-time system implementation, where I can contribute to building dependable and scalable technology solutions. EDUCATION Bachelors in Electrical Engineering School of Electrical Engineering and Computer Sciences (SEECS) , Islamabad , 3.64 (2026) INTERNSHIP EXPERIENCE Jazz 11-Jul-2024 - 05-Sep-2024 Completed a technical internship at Jazz in the Cybersecurity Department, focusing on vulnerability management, secure access, and system hardening. Implemented patches for Chrome, VMware, and Wireshark using Remote Desktop Protocol (RDP) through Kron Tech’s Privileged Access Management (PAM) solution. Patched and maintained AMT Jumpservers to enhance system security. Verified and managed Single Sign-On (SSO) portals provided by Exceleron using built-in RDP in a Citrix environment, including functionality testing of portals without proxy or frontend. Conducted research on cybersecurity threats such as birthday attacks, Trojans, and Windows SMB v1 vulnerabilities. Delivered technical presentations on PAM, IAM, PAM deployment on non-human entities, and Operational Technology (OT) security in relation to electrical systems. Redesigned and updated the PAM solution presentation using Canva under team guidance. Contributed to enterprise-level cybersecurity practices involving secure remote access, vulnerability mitigation, and documentation of cybersecurity frameworks. FINAL YEAR PROJECT A Communication System that Monitors Blood Glucose Levels for Type-II Diabetics "A Communication System that Monitors Blood Glucose Levels for Type-II Diabetics" is a non-invasive health monitoring solution designed to track glucose levels without the need for finger-prick testing. The system utilizes near-infrared (NIR) spectroscopy, employing an IR LED and the TSL2591 optical sensor to analyze light absorption characteristics related to glucose concentration. The device is designed in an oximeter-like form factor for ease of use and continuous monitoring. Collected data is processed and transmitted to a dedicated mobile application, SBS, which enables real-time monitoring and automatically alerts an attendant if the patient’s blood glucose level exceeds safe thresholds. The project focuses on improving patient comfort, enabling timely intervention, and demonstrating the integration of sensing, embedded processing, and communication in smart healthcare systems. TECHNICAL EXPERTISE Embedded Systems & Edge Intelligence I have strong technical expertise in embedded systems, real-time sensing, and edge-level computing, with hands-on experience in

Final year Electrical Engineering student with a strong interest in embedded systems, real-time sensing, and edge computing. I have hands-on experience in developing monitoring and automation solutions through academic projects and internship exposure, involving sensor integration, hardware-level control, and on-device data processing. My technical skill set includes embedded C/C++, Python, microcontroller-based system design, and the use of hardware simulation and debugging tools. My Final Year Project, "A Communication System that Monitors Blood Glucose Levels for Type II Diabetics", demonstrates my ability to design practical, real-time monitoring systems with reliable data communication. My overall project experience reflects applications in smart healthcare, alongside exposure to agricultural monitoring and secure system environments. I am motivated to begin my professional career in engineering roles centered on embedded development, edge-based processing, and practical real-time system implementation, where I can contribute to building dependable and scalable technology solutions.