What did you study at A-level equivalent and why?
I studied Electrical Engineering—Communications Engineering—because I was always fascinated by how signals travel, how information can be shared wirelessly, and how technology connects people across the world. This curiosity drove me to explore antennas, electromagnetics, and wireless systems, which eventually became the focus of my research career.
What degree and PhD did you study?
I earned a BSc in Electrical and Communications Engineering, followed by an MSc in Communications Engineering. I then completed my PhD in Electrical and Electronic Engineering at the University of Liverpool in the UK, where I focused on antennas and electromagnetics. During my doctoral research, I developed a passion for designing antennas for medical applications, exploring how they can be used to improve healthcare and enhance patient outcomes.
What inspired you to choose and study your degree subject?
From an early age, I was fascinated by how signals travel through the air and how technology makes it possible to connect people across the world. I enjoyed subjects like mathematics and physics, which gave me the tools to understand these concepts.
At the age of 12, I joined a centre for outstanding students in Jordan, which nurtured my curiosity and encouraged me to explore science and engineering more deeply. This passion inspired me to study Communications and Electrical Engineering, where I could focus on antennas, electromagnetics, and wireless systems.
I was motivated by the idea that engineering could solve real-world problems and make a positive impact on society. At the PhD level, this drive led me to pursue research into antennas for medical applications.
What key skills did you learn at university?
During my university studies, I developed a range of technical and transferable skills. I gained strong analytical and problem-solving abilities through subjects like electromagnetics. I learned to design, simulate, and test antennas and wireless systems, as well as how to use specialised engineering software.
My studies also helped me develop research skills, including planning experiments, collecting and analysing data, and presenting findings clearly. Beyond technical skills, I strengthened my communication, teamwork, and project management abilities, which are essential for collaborating on complex engineering projects and leading research initiatives.
What jobs have you had during your career?
I began my career as a researcher and engineer focusing on antennas, electromagnetics, and wireless systems. I then progressed to academia, where I now work as an Associate Professor in Electrical Engineering, leading research projects and supervising students.
Alongside teaching, I have been involved in international collaborative research, including developing antennas for medical applications and early warning systems for natural disasters. I also participate in professional organisations like IEEE and IEEE Women in Engineering, supporting female engineers and promoting STEM education.
What is your current job and what do you enjoy about it?
I am currently an Associate Professor in Electrical Engineering at Mutah University, where I lead research projects, teach, and supervise students. I particularly enjoy developing innovative antenna systems for applications such as medical devices and early warning systems for natural disasters—combining engineering with real-world impact. I also value mentoring students and supporting female researchers through IEEE and IEEE Women in Engineering, as it allows me to inspire the next generation of engineers.
Do you have an area of expertise?
Yes, my expertise is in antennas, electromagnetics, and wireless systems. I focus on designing antennas for medical applications as well as for early warning systems to detect natural disasters like wildfires, floods, and frost damage.
My research combines engineering design and sensor integration to improve the accuracy and efficiency of these systems. I am also involved in sustainable technology projects, such as smart waste management using IoT and energy-harvesting antennas.
What has been your most exciting project or career role?
One of the most exciting projects I have worked on is developing antennas and sensor systems for the early warning of natural disasters, such as wildfires, floods, and frost damage in Jordan. This project combines engineering, machine learning, and real-world problem-solving, allowing me to see the direct impact of my work on protecting communities and crops. I also find it inspiring to mentor students and female engineers through IEEE initiatives, helping them build confidence and pursue careers in STEM.
What are your top tips for working in your industry?
Working in engineering and research can be both challenging and incredibly rewarding. Throughout my career, I have learned that success comes not just from technical knowledge but also from curiosity, collaboration, and perseverance. Here are some key tips I would give to anyone entering this field:
- Be curious and keep learning – Technology evolves rapidly, so stay updated on new developments.
- Develop strong problem-solving skills – Engineering is all about tackling challenges creatively and systematically.
- Gain practical experience – Work on projects, internships, or research that allow you to apply your knowledge in real-world situations.
- Collaborate and network – Building connections with colleagues, mentors, and professional organisations like IEEE can open doors and inspire new ideas.
- Be persistent and resilient – Research and engineering often involve trial and error; persistence is key to success.
- Mentor and support others – Helping others grow not only strengthens the community but also enhances your own skills and leadership.
What is the best piece of advice you have been given?
The best advice I have received is: “Be persistent and curious, and remember to see the forest, not just the trees.” In engineering and research, setbacks are inevitable, but maintaining curiosity and perseverance allows you to explore solutions, learn continuously, and grow as a professional. This advice reminds me to always consider the bigger picture while paying attention to important details, ensuring my work has a meaningful impact.
Any advice you’d like to share?
“Always aim for the moon, and even if you don’t reach it, you will find it in your own sky.” Never stop striving. Your journey may be tough, but if you keep going, believe in yourself, and trust your abilities, you will achieve great things.
Why are you passionate about STEM?
I am passionate about STEM and my career in electrical engineering because it allows me to solve real-world problems and make a tangible impact on society. From an early age, I was fascinated by how technology, signals, and communication systems connect people and shape our world.
My work with antennas, electromagnetics, and wireless systems—especially for medical applications and early warning systems for natural disasters—lets me combine creativity, research, and practical problem-solving. I am motivated by the idea that engineering can improve lives, advance knowledge, and inspire the next generation of scientists and engineers.
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