Sandra Umurerwa

Newly graduated with a strong educational background in electrical engineering and a passion for integrating theoretical knowledge into practical solutions. Seeking a position to work collaboratively with engineers and technologists to design and implement electrical systems that drive efficiency and innovation. Hardworking and passionate job seeker with strong organizational skills eager to secure entry-level engineering position. Ready to help team achieve company goals.

• Construction and simulation of Microchip Patch Antenna: Designed, constructed, and simulated a Microchip Patch Antenna as part of my Bachelor's in Electrical Engineering program. The project involved optimizing antenna parameters for enhanced performance and radiation patterns., Utilized CAD software for antenna design and layout., Conducted electromagnetic simulations using MATLAB to assess antenna characteristics., Analyzed and implemented improvements in antenna design for better signal reception., Gained practical experience in RF antenna design, enhancing my theoretical knowledge.
• Calibration of INS and GPS measurements in Avionics Navigation Systems, Successfully completed a project focused on the calibration of Inertial Navigation Systems (INS) and Global Positioning Systems (GPS) measurements in avionics navigation systems. This project aimed to improve the accuracy and reliability of navigation data, which is critical for aviation safety and efficiency., Conducted in-depth research on navigation system calibration techniques and best practices., Collaborated with a multidisciplinary team to develop and implement calibration procedures., Utilized specialized calibration equipment and software to ensure precise measurements., Analyzed data to validate and fine-tune the calibration process, resulting in improved navigation accuracy., Gained practical experience in avionics, data analysis, and quality assurance processes.
• Smart shoe system to detect EMG signals and fatigue, Developed a smart shoe system that effectively detects Electromyography (EMG) signals and assesses fatigue levels in real-time. The project aimed to provide valuable insights for athletes, healthcare, and research applications by monitoring muscle activity and predicting fatigue., Designed and prototyped a wearable smart shoe system incorporating EMG sensors and data analysis components., Programmed the system to collect, process, and interpret EMG data for real-time fatigue assessment., Conducted tests and validation studies to ensure the system's accuracy and reliability., Collaborated with a multidisciplinary team to integrate sensor data and develop a user-friendly interface., Demonstrated the practical application of signal processing, sensor technology, and data analysis in a real-world context.

• CAE immersion program (summer 2021), Participated in the CAE Immersion Program, gaining hands-on experience about product innovation and cutting-edge development techniques, in a high-tech aerospace company, through interactive workshops and self-paced activities. Developed a deeper understanding of aviation industry best practices, cutting-edge technology.
• UN Volunteer: Talking Tech - Girls and Women in ICT, Volunteered with the United Nations on the "Talking Tech" initiative, which aims to empower girls and women in Information and Communication Technology (ICT). Collaborated with a diverse team to organize workshops and promote gender equality in tech.
• (Re)Imagine Mobility challenge: CMAI, Participated in the (Re)Imagine Mobility Challenge organized by Spot Placement. Contributed to innovative solutions for transportation and urban mobility. Collaborated with a cross-functional team to present ideas to industry experts.

CAE immersion training program

Professional Project Management( In progress)