Dr. Seifeddine Bouallegue

Thesis Title: "Mobility and Security Management in Femtocell Networks"

Computer Science, Telecommunications and Electronics.

Very Honorable, with Commendation.

Telecommunication Systems

Telecommunication Systems

• Led the Software Systems Department at the University of Doha for Science and Technology, overseeing the academic and administrative functions of the department.
• Developed and implemented curriculum and course materials to ensure students received a comprehensive education in software systems.
• Mentored and supervised faculty members, promoting their professional growth and ensuring high-quality instruction.
• Collaborated with industry partners to establish internship and research opportunities for students, enhancing their practical skills and industry readiness.
• Fostered a collaborative and inclusive learning environment, encouraging student engagement and participation.
• Conducted regular assessments and evaluations to monitor the effectiveness of the department's programs and make necessary improvements.
• Actively participated in departmental and university-wide committees, contributing to the overall strategic direction of the institution.
• Stayed abreast of industry trends and advancements, incorporating relevant knowledge into the curriculum to ensure students received up-to-date education.

• Served as an Assistant Professor at the University of Doha for Science and Technology, contributing to the academic development of students.
• Designed and delivered engaging lectures and seminars, ensuring effective knowledge transfer and student engagement.
• Developed and implemented innovative teaching methodologies to enhance student learning outcomes.
• Mentored and guided students in their academic and research pursuits, fostering a supportive and conducive learning environment.
• Conducted research in the field of [insert specific field], contributing to the advancement of knowledge in the discipline.
• Published research findings in reputable academic journals, showcasing expertise and contributing to the academic community.
• Actively participated in departmental meetings and committees, collaborating with colleagues to improve curriculum and academic programs.
• Demonstrated a commitment to continuous professional development through attending conferences and workshops, staying updated with the latest developments in the field.

• Co-founded EButler in 2018, assuming the role of Chief Technology Officer.
• Led the technological development and implementation of EButler's platform, driving its success and growth.
• Developed and executed the company's technology strategy, aligning it with business objectives and market demands.
• Oversaw the recruitment and management of the technology team, ensuring a high level of expertise and productivity.
• Implemented innovative solutions and technologies to enhance the functionality and user experience of the EButler platform.
• Collaborated closely with cross-functional teams to ensure seamless integration of technology across all aspects of the business.
• Played a key role in securing funding and investment opportunities to support the company's growth and expansion.
• Continuously monitored and evaluated industry trends and emerging technologies to stay ahead of the competition.

• Administered servers for the Online Assessment Management System (OAS), improving performance, maintainability, and productivity.
• Refactored existing code to ensure compliance with industry standards, resulting in improved code quality and maintainability.
• Designed and implemented web solutions, enhancing the functionality and user experience of the system.
• Developed technical documents and handbooks, providing comprehensive and easily understandable documentation for system users and administrators.
• Collaborated with cross-functional teams to identify and address system issues, ensuring smooth operation and minimizing downtime.
• Implemented best practices and industry standards in server administration and web development, resulting in increased system stability and security.
• Maintained clear and concise communication with stakeholders, explaining technical concepts in a manner easily comprehensible to non-technical individuals.
• Diligently proofread all technical documents and handbooks, ensuring accuracy and clarity of information.

• Conducted research at Qatar University to develop an improved relay selection scheme, optimizing source-eavesdropper channel Signal-to-Noise Ratio (SNR) to ensure the highest possible secrecy rate at the destination while meeting specific Quality of Service (QoS) constraints.
• Collaborated with a team of researchers to design and implement novel algorithms, significantly enhancing the security and performance of wireless communication systems.
• Conducted extensive simulations and experiments to evaluate the effectiveness of the proposed scheme, providing valuable insights and recommendations for further improvements.
• Presented research findings at international conferences and published papers in reputable journals, contributing to the academic community's understanding of secure communication protocols.
• Maintained clear and concise documentation of research methodologies, results, and conclusions, ensuring reproducibility and facilitating knowledge sharing among peers.
• Communicated complex technical concepts and findings to both technical and non-technical stakeholders, ensuring a comprehensive understanding of the research's significance and potential applications.
• Consistently adhered to academic writing standards, ensuring clarity, coherence, and error-free presentation of research papers and reports.
• Demonstrated strong attention to detail and accuracy in all research activities, meticulously verifying data and results to ensure reliability and validity.

Member of:

• Bachelor of Science in Information Systems Program Committee
• Bachelor of Science in Banking and FinTech Program Committee

• Bachelor of Science in Digital Communication and Media Production Program Committee

• Master of Science in Artificial Intelligence and Cognitive Cybersecurity Program Committee

• Learning and Teaching Committee

Coordinator

Technical Coordinator for the electronic content of the ARAB100 and ARAB200 Arabic courses .

Develop an electronic platform (e-platform) to facilitate the evaluation of teaching and learning practices in courses with high DFWI rates, using a pre-developed QU Teaching and Learning process.

The e-platform shall help users access and upload all needed data in one central place. It shall also allow them to enter and edit their evaluation and monitor recommendations for improvement.

Design and implement a platform that allows students to access their transcript. The application communicates with another software to import the latest data then process it in order to make it available to students.

Design and implement a web application that aligns an institution's academic, co-curricular, and enrollment resources with its changing environment to accomplish the institution's mission. It consists of three different modules: current enrollment statistics, projection module for new students and a resource requirement module that will estimate the needs of the university for the upcoming years in terms of faculty members, classrooms, etc.

Maintain and develop new functionalities for the Online Assessment Management System (OAS) that supports the university learning outcome assessment process by providing features that allows defining the learning outcome assessment structure and model, planning assessment activities and recording assessment data and results. It also provides features that helps in monitoring the implementation of assessment plans and generating useful reports.

Design and implement the subscription management portal for IAESTE Tunisia students.

Project conducted during an internship in SAP Labs. Design and implement a prototype system for the management of services with certified security properties in the context of the Advanced Security Service Certificate for SOA (ASSERT4SOA) project.

Design and Implement a High-Tech Meteorological Balloon containing several sensors, a micro controller  (STM32) and a GPS-GPRS Module to help the Tunisian National Institute of Meteorology measure air pollution.

Communication IPs (SPI, I²C and USART) Validation Firmware Automation on both STM32 and STM8.

• Serve as the IT Responsible of IAESTE Tunisia, overseeing the organization's technological infrastructure and ensuring smooth operations.
• Led the Intraweb Development Team (IDT) as Coordinator, managing a team of developers and successfully delivering multiple web development projects on time and within budget.
• Developed and maintained the IAESTE Tunisia website, implementing innovative features and functionalities to enhance user experience and engagement.
• Played a key role in the development of the IAESTE Tunisia intranet, facilitating efficient communication and collaboration among team members.
• Served as a Board Member of IAESTE Tunisia, contributing to strategic decision-making and actively participating in organizational initiatives.
• Collaborated with international teams to exchange technical expertise and best practices, fostering a global network of knowledge sharing.
• Ensured consistency and clarity in all IT-related communications, avoiding technical jargon and explaining complex concepts in a user-friendly manner.
• Conducted regular audits and updates of the organization's IT systems, ensuring optimal performance and security.