sara el gaily

Project- and Innovation Manager, Research Engineer (PhD) with a focus on R&D. Expertise in 5G Telecommunication, Signal Processing, process optimization, digitalization, quantum computing and communications, and resource distribution management, with proven success in leading cross-functional projects within 6GHI Project in Germany and Quantum Information National Laboratory project in Hungary. International experience +3 years abroad. Fluent in English and French; actively advancing German proficiency. 

6G Health Institute                                                                                                                                                                             Leipzig, Germany

Research & Innovation Manager | MedTech Research and Development                                                                            December 2023 - PRESENT

• Lead cross-functional teams of 10+ engineers, regulatory specialists, and clinicians to design and develop a hospital grade medical device prototype equipped with 5G connectivity.
• Lead the development and testing a new telematics infrastructure messenger that integrates two platforms: (1) Jitsi Meet and (2) GUI of a Real Time IoT-based infusion therapy, with 5G network slicing. 
• Lead innovation initiatives including proof-of-concept development, prototyping, piloting, and scaling.
• Designed and implemented innovation strategies that align with business goals and long-term growth plans, to ensure long-term quality level of our work. Monitored Industry Trends, emerging technologies, and shifts in customer needs to anticipate future opportunities and business models.
• Facilitated ideation processes, run innovation challenges, and manage a pipeline of ideas through structured evaluation and selection methods.
• Supporting the preparation of funding applications and studies, as well as developing new innovation ideas for large-scale pilots and use cases for projects. 

Budapest University of Technology and Economics                                                                            Budapest, Hungary

The Ministry of Innovation and Technology and the National Research, Development, and Innovation Office within the Quantum Information National Laboratory of Hungary. 

Research fellow in Quantum Computing and Communications                                                                            November 2021 - November 2023

• Developed a set of different quantum optimization algorithms (QOAs) which provide exponential speed-up and high accuracy.
• Utilized the developed algorithms in balancing the load and reducing energy consumption of a complex resource distribution management model, Investigated the implementation of the developed algorithms, setting up the stochastic parameters of the developed algorithms, and validated the theoretical result by extensive simulations using MATLAB and Python. 
• Utilized the developed algorithms to reduce energy consumption of resource distribution management systems where queueing scenarios are considered, validated the theoretical result by extensive simulations using MATLAB and Python. 
• Collaborated with team in developing and applying new quantum optimization algorithms to enhance energy efficiency in multiple input, multiple output (MIMO) systems.
• Collaborated with international team in introducing a novel quantum OFDM transmission scheme that enhances data transmission accuracy and reduces bit error rates in quantum communication systems.

Groupe COSUMAR                                                                         Casablanca, Morocco

Electronic Systems and Automation Engineer (Industrial Internship)                                                                            December 2016 - May 2017

• Developed digital solutions to supervise and automate remote monitoring of Sensors, Actuators, and Motors for an isolated Treatment Station within a Sugar Production Manufactory.
• Engineered a remote monitoring system for sugar treatment station, automated sensor data collection, resulting in a 100% reduction in manual inspection time.
• Developed an alarm program for the sugar production manufactory, leveraging sensor data; reduced unexpected equipment failures.

Safran Aircraft Engines                                                                         Casablanca, Morocco

Energy Economist Specialist (Industrial Internship)                                                                                      April 2016 - September 2016

• Created efficient and practical solutions to optimize energy consumption in the Safran Snecma maintenance process of aircraft engines by utilizing Lean Production method for achieving sustainability and carbon footprint reduction
• Integrated three energy-efficient solutions in the maintenance process, resulting in an annual reduction of 10% in energy consumption.
• Conducted a comprehensive overall energy analysis of Safran Snecma's engine maintenance process, identified and resolved 2 key areas for improvement.

• Developed a set of different quantum optimization algorithms (QOAs) which provide exponential speed-up and high accuracy.
• Utilized the developed algorithms in balancing the load and reducing energy consumption of a complex resource distribution management model, Investigated the implementation of the developed algorithms, setting up the stochastic parameters of the developed algorithms, and validated the theoretical result by extensive simulations using MATLAB and Python. 
• Utilized the developed algorithms to reduce energy consumption of resource distribution management systems where queueing scenarios are considered, validated the theoretical result by extensive simulations using MATLAB and Python. 
• Collaborated with team in developing and applying new quantum optimization algorithms to enhance energy efficiency in multiple input, multiple output (MIMO) systems.
• Collaborated with international team in introducing a novel quantum OFDM transmission scheme that enhances data transmission accuracy and reduces bit error rates in quantum communication systems.