User:HaddenC

I am an engineering student at Western University in Canada with interests in mechatronics, aerospace, and sustainable technology. I am particularly interested in developing practical, low-cost engineering solutions that can be applied to real-world problems, especially in contexts where accessibility, reliability, and cost constraints are critical. My work and academic focus center around combining engineering design, programming, and system-level thinking to create solutions that are both technically sound and practically implementable. I am especially motivated by projects that have direct real-world impact, including applications in healthcare systems, data-driven analysis, and energy-related technologies.

My primary interests lie in mechatronics systems and embedded design, with a focus on integrating hardware and software to create functional and efficient engineering systems. I am also interested in sustainable and low-resource engineering solutions, particularly those that can be deployed in environments where traditional infrastructure or resources may be limited. In addition, I have a strong interest in engineering modeling, simulation, and control systems, as these tools provide a framework for understanding and optimizing system behavior. I am also exploring data-driven approaches to engineering problems, including the use of programming, data analysis, and visualization to identify patterns and inform decision-making. More broadly, I am interested in open-source engineering and distributed technologies that make engineering tools and solutions more accessible.

I worked on the development of a power monitoring system intended for medical devices used in low-resource environments. The objective of this project was to improve the reliability and performance tracking of medical equipment by monitoring electrical behavior in a way that is both cost-effective and accessible. The design process involved considering real-world deployment constraints such as affordability, simplicity, and robustness, particularly in rural or underserved healthcare settings where maintenance and diagnostic tools may be limited. This project required applying concepts from electrical systems and embedded monitoring, as well as thinking critically about how engineering solutions can be adapted to environments with constrained resources.

As part of a data-driven engineering project, I analyzed the relationship between natural disasters and vegetable price fluctuations in Canada and the United States. This involved integrating the USDA API to collect large-scale agricultural pricing data and processing it using Python, including libraries such as pandas and matplotlib. I worked on organizing and cleaning the data, analyzing trends across multiple years and geographic regions, and developing visualizations to better understand potential correlations between environmental events and market behavior. This project strengthened my ability to translate real-world problems into data analysis workflows and to interpret results in a meaningful engineering and economic context.

I participated in the design and testing of winged model rockets with the goal of improving reusability and recovery performance. This project involved iterative design modifications, multiple test launches, and evaluation of flight behavior under different conditions. I applied principles from dynamics and basic aerodynamics to assess stability, trajectory, and landing performance, and explored methods to improve recovery reliability and reduce damage upon landing. The project emphasized hands-on experimentation, iterative engineering design, and the importance of testing and refinement in achieving improved system performance.

I have experience programming in Python, MATLAB, and Java, and I am comfortable using tools such as Simulink, VS Code, and LaTeX in technical and academic settings. My technical strengths include data analysis, system modeling, and engineering problem solving, and I have worked with libraries such as pandas, matplotlib, and requests for data processing and visualization. In addition to technical skills, I have developed strong communication, teamwork, and technical writing abilities through collaborative projects and academic work.

I am currently focused on continuing to develop my technical skills in engineering design, control systems, and data-driven problem solving. My goal is to contribute to research and open-source engineering projects that develop practical, scalable solutions with real-world impact. I am particularly interested in work that combines engineering design with sustainability, healthcare technology, and aerospace systems, and I am motivated to apply my skills in environments that emphasize innovation, accessibility, and practical implementation.

Western University

My interests include robotics and embedded systems, with a focus on designing and integrating functional engineering systems. I am also interested in aerospace and propulsion systems, particularly in the context of flight dynamics and reusable designs. In addition, I have a strong interest in sustainable technology, especially solutions that emphasize efficiency, accessibility, and real-world impact. I am also interested in 3D printing and rapid prototyping as tools for developing and testing engineering designs in a cost-effective and iterative manner.

• GitHub
• LinkedIn

• Low-Cost Power Monitoring for Medical Devices