Agnes Ola: Engineering Excellence and Contributions to Ultrasonic Engineering
Agnes Ola, an accomplished engineering student at the University of Glasgow, is on the fast track to making significant contributions in the field of ultrasonic engineering. With a background in Electronic and Software Engineering, she has developed a passion for technology that combines innovation with real-world applications. Currently pursuing a Doctor of Philosophy (PhD) in Ultrasonic Engineering, Agnes has already garnered an impressive track record of achievements that are setting her apart in her field. This article will explore Agnes Ola’s education, career journey, and notable contributions, as well as her aspirations for the future.
Early Education and Undergraduate Achievements
Agnes Ola’s journey into engineering began with her pursuit of a Bachelor of Engineering (BEng) degree in Electronic and Software Engineering from the University of Glasgow. Graduating with first-class honours, Agnes demonstrated exceptional academic performance and a keen interest in the field of electronics and software. She was actively involved in the UG Racing team, where she contributed to the electronics team, gaining hands-on experience that would later prove beneficial in her career.
Throughout her undergraduate years, Agnes was not only focused on her studies but also on helping fellow students. As a Peer Assisted Learning (PAL) mentor, she supported her peers, fostering an environment of collaborative learning. Additionally, Agnes took on the role of class representative, voicing the concerns and ideas of her cohort to faculty members. Her leadership and dedication to the student community earned her a spot on the Engineering Excellence list for the 2017/18 and 2020/21 academic years.
Agnes’s academic brilliance was further recognized when she won the Electronics and Software class prize in 2021. This award solidified her reputation as one of the top students in her department and set the stage for her further academic pursuits.
Graduate Teaching Assistant and Research Focus
Upon completion of her undergraduate studies, Agnes transitioned into her PhD program at the University of Glasgow, where she embarked on a Doctor of Philosophy (PhD) in Ultrasonic Engineering. During this time, she also worked as a Graduate Teaching Assistant (GTA), assisting in the delivery of several undergraduate courses, including Java Programming 2, Object-Oriented Software Engineering 2, UNIX Skills H, and Operating Systems H. Her role as a GTA allowed her to share her expertise with students while continuing to deepen her own understanding of key engineering concepts.
As part of her doctoral research, Agnes has become involved in the field of ultrasonic engineering, where she is exploring the development of Artificial Intelligence (AI) tools for therapeutic ultrasound applications. Her work is focused on enhancing therapeutic ultrasound systems, which are widely used in medical treatments such as tumor targeting. She is developing machine learning techniques to improve the safety and efficacy of these systems, aiming to minimize damage to healthy tissue and improve real-time therapy monitoring.
One of Agnes’s significant contributions is the fusion of Magnetic Resonance (MR) and Ultrasound (US) images, which can improve the accuracy of tissue property understanding. Additionally, she is working on utilizing AI to track target regions during ultrasound treatments, compensating for any patient movement, such as breathing, that may cause errors in treatment.
Industry Experience and Technology Contributions
In addition to her academic work, Agnes has gained valuable industry experience through various internships and roles. Notably, she worked as a Technology Summer Analyst for Morgan Stanley, where she contributed to the firm’s technology-related projects. This experience allowed her to apply her academic knowledge to real-world situations, building valuable technical skills that would serve her throughout her career.
Agnes’s involvement in the industry also includes her role as a Development Technician at the University of Glasgow’s College of Arts & Humanities, where she worked on the IMPASTOW project. Here, she designed a relay power distribution system with National Instruments (NI) DAQ and controlled it through LabVIEW. Her ability to bridge the gap between theory and practice became evident during this project, where she successfully implemented technical solutions that contributed to the project’s success.
Another key experience in Agnes’s career was her role as an IT Officer for Carnival Cruise Line. This position involved managing onboard IT systems, including network infrastructure, satellite communication, and server management. Agnes’s work helped ensure smooth operations aboard the cruise ships, supporting guest and revenue tracking systems. Her experience in this high-pressure, high-stakes environment demonstrated her ability to adapt to diverse challenges and excel under pressure.
Contributions to Sustainability and Environmental Projects
Agnes is not only committed to advancing engineering technologies but also to making a positive impact on the environment. One of her notable achievements was her involvement in the Tofo Mar hotel project in Mozambique. During her time as a Network & Deployment Consultant, she helped reduce internet bandwidth usage by implementing a wireless infrastructure expansion and designing a voucher-based internet access solution. This project saved the hotel over $1,000 in monthly data expenses while also providing better service for hotel guests.
Her commitment to sustainability also extended to the environmental chamber project at the University of Glasgow, where she worked as a Development Technician. The project, which was part of the IMPASTOW initiative, focused on environmental monitoring and control. Through her technical contributions, Agnes helped design systems that are aligned with sustainable practices and environmental responsibility.
Looking Ahead: Future Goals and Aspirations
As Agnes continues her PhD studies, she remains deeply focused on her research and its potential impact on medical technology. Her work in ultrasonic engineering and AI applications is poised to revolutionize therapeutic ultrasound treatments, making them safer and more effective for patients. In addition to her research, Agnes is committed to furthering her teaching experience and sharing her knowledge with the next generation of engineers.
In the long term, Agnes envisions a career where she can combine her academic research with industry application. She hopes to work in a role that allows her to continue developing innovative technologies, particularly in the healthcare sector, where her work can have a meaningful and lasting impact on patients’ lives. Whether through academic research, industry partnerships, or entrepreneurship, Agnes is dedicated to pushing the boundaries of engineering and contributing to the greater good.
Conclusion
Agnes Ola’s journey as an engineering student at the University of Glasgow has been one of academic excellence, technical achievement, and a commitment to innovation. From her early days as a student leader to her groundbreaking research in ultrasonic engineering, Agnes has demonstrated exceptional dedication and talent. With her continued passion for technology and sustainability, she is poised to make a significant impact in the field of engineering, particularly in medical applications. Her journey is an inspiring example of what can be achieved through hard work, perseverance, and a desire to contribute positively to society.
