AESS Student Interview: Kayoum Djedidi

Can you tell us a little about yourself and your academic journey so far?

Thank you for this opportunity to introduce myself. My name is Kayoum Djedidi, and I am currently a final-year Engineering student specializing in Microelectronics and Embedded Systems at ISIMM in Monastir, Tunisia. My academic journey has been a mix of rigorous studies and practical experiences that have shaped my passion for technology and innovation.

From the outset, I was drawn to the intricate world of electronics, where even the smallest components play a vital role in the functionality of larger systems. This fascination led me to pursue a Bachelor’s degree in Electronics, Electrical Engineering, and Automation: Embedded Systems from ESSTHS, where I graduated as the valedictorian. My undergraduate studies provided a strong foundation in embedded systems, enabling me to explore various applications, from robotics to real-time hardware acceleration.

Throughout my academic career, I have engaged deeply in research, particularly in FPGA-based real-time hardware accelerators for power electronics, robotics, and AI. This work has allowed me to contribute to projects that align with my interests in sustainable technologies and innovative solutions.

Beyond my studies, I have been actively involved in the IEEE community, where I have held various leadership roles, including Chair and founder of the IEEE ESSTHS Student Branch and Vice-Chair of the IEEE Systems, Man & Cybernetics Society Tunisia Section. These experiences have not only honed my leadership skills but also deepened my commitment to fostering a collaborative and inclusive environment for technological advancement.

In addition to my academic pursuits, I co-founded OORB, a startup focused on open organic robotics, and currently work as an Edge MLOps Engineer at Ubotica, where I develop machine learning pipelines for edge devices, particularly in space applications. My journey has been driven by a passion for innovation and a desire to contribute meaningfully to the fields of Electrical and Systems Engineering.

You can refer to my resume or volunteering portfolio for more details.

What inspired you to pursue your field of study?

My inspiration to pursue Microelectronics and Embedded Systems stems from a deep curiosity about how the world works at a fundamental level and a desire to be part of the technological advancements shaping our future. As a kid, I was always fascinated by how devices functioned, often disassembling gadgets to understand the intricate components inside. This curiosity evolved into a passion for electronics and systems as I grew older.

One pivotal moment that solidified my decision was when I first encountered the concept of embedded systems in a high school project. The idea that a small microcontroller could control and automate processes in a larger system intrigued me. It was a perfect blend of software and hardware, where every line of code directly impacted the physical world. This realization sparked my interest in exploring how embedded systems could be applied to solve real-world problems.
During my undergraduate studies, I was further inspired by the potential of microelectronics in creating efficient, scalable, and sustainable solutions. Working on projects related to robotics and power electronics, I saw firsthand the impact that innovative designs in microelectronics could have on various industries, from healthcare to energy. My research into FPGA-based real-time simulators for power electronics further fueled my passion, as I recognized the importance of these technologies in advancing automation and robotics.

Moreover, the rapid pace of technological development and the endless possibilities within this field have kept me motivated. The ability to contribute to cutting-edge research and develop solutions that could potentially improve lives and industries has been a significant driving force in my academic and professional journey.

In addition to my deep interest in Microelectronics and Embedded Systems, my passion for applying these technologies to the space field has been a significant driving force behind my academic and career choices. The vastness of space exploration and the challenges it presents demand cutting-edge solutions, and I have always been captivated by the idea of contributing to this frontier.

My interest in space technology was sparked by my fascination with how systems operate in extreme and isolated environments, where reliability, efficiency, and innovation are paramount. Space exploration embodies these challenges, and the opportunity to work on technologies that could support missions beyond Earth is incredibly motivating.

When I learned about Ubotica and their work in AI and Edge Computing for space applications, I knew it was the perfect fit for my aspirations. Joining Ubotica has allowed me to apply my knowledge in real-time hardware acceleration and embedded systems to develop solutions that are critical in space exploration. For instance, the use of hardware accelerators in space offers robust, energy-efficient, and highly adaptable platforms for processing data in real-time, which is essential for tasks such as satellite image processing and autonomous navigation in space.

My work at Ubotica has given me a unique perspective on how embedded systems and microelectronics can be leveraged to solve complex problems in space. It’s an environment where every innovation can have a profound impact on the success of missions and the advancement of human knowledge.

How did you hear about this scholarship, and what made you decide to apply?

I first came across the IEEE AESS Graduate Student Scholarship while browsing the official website of the IEEE Aerospace and Electronic Systems Society (AESS). As an active member of the IEEE community, I regularly explore the websites of the societies I am part of, looking for opportunities that align with my interests and goals. When I saw the scholarship listed, I was immediately drawn to it because of the significant impact it could have on my educational and professional journey.

What made me decide to apply was my ambition to continue pursuing my academic endeavors after completing my engineering degree, with the goal of potentially landing a Ph.D. position. I am particularly passionate about advancing my research in embedded systems, microelectronics, and space technology—fields that require a deep investment in hardware and tools. This scholarship would provide crucial financial support, enabling me to acquire the necessary equipment to continue tinkering, learning, and innovating. The recognition and support from the AESS would not only enhance my academic credentials but also provide me with invaluable networking opportunities within the global IEEE community, furthering my career prospects and helping me achieve my long-term goals.

What does winning this scholarship mean to you?

Winning this scholarship is incredibly meaningful to me, and it truly feels like it came at the perfect time. As I was in the process of applying for PhD programs, this scholarship not only provided the financial support I needed but also significantly strengthened my application. But thanks to it, I believe I will hopefully be accepted into a prestigious PhD program as a direct result of the support and recognition from the IEEE community, and it has given me the confidence to continue pursuing my academic and professional goals.

Since founding the IEEE ESSTHS Student Branch four years ago, I’ve always encouraged members to believe in the vast opportunities that IEEE offers if they dedicate themselves to volunteering and contributing. Winning this scholarship feels like a pivotal moment where all the hard work, late nights, and unwavering commitment have paid off. It’s a validation not just of my journey but also of the collective efforts of my peers and the community we’ve built together.

This scholarship has inspired many of my peers and IEEE members, showing them that perseverance and dedication are indeed recognized and rewarded. It’s a moment that I will cherish forever, as it signifies the realization of the very ideals I’ve stood by throughout my time with IEEE. The impact of this scholarship extends beyond me; it’s a beacon of hope and inspiration for everyone who aspires to make a difference through their work in technology and engineering.

I am deeply grateful for this recognition, and I look forward to continuing to contribute to the field, knowing that I have the support of a community that values and nurtures talent and dedication.

How do you think this scholarship will help you achieve your academic and career goals?

This scholarship is a critical stepping stone in achieving both my academic and career goals. Academically, it provides the financial support I need to continue my education without the constant worry of how to fund essential resources, like textbooks, research materials, and the specialized hardware required for my projects. This scholarship will allow me to focus more on my studies and research, particularly as I potentially transition into a PhD program in telecommunications. My focus on 5G technologies, hardware accelerators, and their applications in space is a complex and resource-intensive field, and having this scholarship eases the financial burden, enabling me to fully engage with my academic pursuits.

Career-wise, the recognition that comes with winning this prestigious scholarship from IEEE AESS is invaluable. It enhances my professional profile and opens doors to networking opportunities with leading experts in the field. This scholarship also gives me a platform to share my work and contribute to the broader IEEE community, which aligns perfectly with my long-term goal of becoming a thought leader in the fields of embedded systems and telecommunications.

Ultimately, this scholarship is not just financial support; it’s an affirmation of my capabilities and potential. It fuels my ambition to push the boundaries of technological innovation, particularly in the intersection of telecommunications and space, and helps me to inspire others within the IEEE community and beyond.

What are your academic goals during your scholarship period?

During the scholarship period, my academic goals are centered around deepening my expertise in telecommunications and embedded systems, particularly focusing on the integration of 5G technologies and hardware accelerators for space applications. Specifically, I aim to:

1. Succeed in my Graduation project: Ensure the successful completion of a top-tier final-year graduation project for my engineering studies diploma, focusing on 5G technologies and hardware accelerators with applications in space. This project will synthesize my knowledge and skills, serving as a pivotal foundation for my transition into my goal of doing my PhD studies.
2. Advance My Research: I plan to conduct cutting-edge research on FPGA-based hardware accelerators that can be utilized in space telecommunications. This involves exploring innovative ways to optimize real-time data processing and transmission in challenging environments, a critical area for the future of space exploration and communication.
3. Publish and Present My Findings: I intend to publish my research in reputable IEEE journals and present my work at conferences, which will help disseminate my findings to the broader engineering community. This is crucial for contributing to the ongoing dialogue in my field and receiving feedback from experts.
4. Prepare for My PhD: I will focus on building a strong foundation to apply for PhD programs by diving deeper into 5G technology and its applications in space. This preparation will include coursework, lab work, and collaborative projects that align with my doctoral research objectives.
5. Engage with the IEEE Community: I aim to actively participate in IEEE events and contribute to technical communities within IEEE AESS, leveraging the scholarship to build connections and collaborate on projects that align with my research interests.
6. Mentor and Inspire: I plan to mentor younger students and IEEE members, sharing my experiences and encouraging them to pursue their academic and professional goals. This is part of my commitment to giving back to the community that has supported me.
   This scholarship period is a critical time for me to solidify my knowledge, advance my research, and set the stage for a successful PhD journey and beyond.

Where do you see yourself after completing your education?

After completing my engineering degree, I see myself applying for a PhD program and completing a PhD in Telecommunications, focusing on 5G technologies, hardware accelerators, and their applications in space. This academic journey will further solidify my expertise and prepare me for a career that blends innovation with impact.

Upon finishing my PhD, I aim to dive more into entrepreneurship, further leveraging my knowledge and research to contribute to my existing startup OORB, or launch a tech startup that drives advancements in telecommunications and space technologies. This venture will be rooted in the practical application of my research, aiming to solve real-world problems and contribute to the industry.

Additionally, I am committed to continuing my involvement in IEEE and other professional organizations, using my experience to mentor the next generation of engineers and innovators. Volunteering has been a significant part of my journey, and I plan to give back to the community by fostering opportunities for others, just as I have benefited from them.