Canada
I’m a seasoned problem-solver with expertise in mechanical design and computational science. I have years of experience in both industry and academia honing a diverse set of skills. My proudest achievements involve tackling open-ended and complex problems, including: - Systems-level debugging of intricate assemblies - Mathematical modeling of vocal cord pathologies - Composite material design for aerospace applications - Development of innovative pedagogical strategies My background in biomedical (BEng.) and mechanical (MASc) engineering has provided me with a deep understanding of technical challenges, and I thrive on diving into the details to find optimal solutions. In addition, my experience in education across multiple levels has reinforced my passion for listening, learning, and clear communication - skills that complement my technical expertise and make me an effective collaborator.
I am a professor and a coordinator of the Bachelor of Engineering (Automation and Robotics Engineering - BEARE) undergraduate program at Algonquin College. As BEARE coordinator, I actively contribute to the program’s accreditation process through the CEAB, serving on a committee dedicated to maintaining and enhancing academic standards. I have implemented several curriculum changes at both the course and program levels to improve student learning outcomes. I collaborate with faculty to prepare for accreditation and keep up to date with evolving requirements. I teach mostly upper-year courses in BEARE, including: ENG8704 - Mechanical Systems Design ROB8904 & ROB9106 - The two-semester capstone project
As a part-time professor, I taught the following courses in the Mechanical Engineering Technology advanced diploma program: DRA8362 Computer Aided Engineering (Solidworks simulation) CAM8313 Introduction to C++ (Despite the title, this is ostensibly an introduction to C course)
I managed and led a team in the design and implementation of tuned mass dampers for high-rise buildings, optimizing vibration control due to wind loading. I worked closely with clients throughout construction, adapting damper designs to accommodate architectural changes and ensure seamless integration. Additionally, I introduced and validated an innovative measurement method to assess building responses before and after damper installation. I also oversaw the logistics of installation, testing, budgeting, and scheduling, ensuring projects were executed efficiently. In parallel, I led a research initiative focused on developing a novel simulation technique for evaluating tuned mass damper performance.
I analyzed wind tunnel test data to predict wind loading and building accelerations, providing clients with detailed reports outlining potential issues and the corresponding engineering rationale. Additionally, I developed data analysis software for wind tunnel data processing, theoretical floor vibration analysis, and wind sensor analysis. By automating key tasks in wind tunnel data analysis, I significantly improved team productivity and efficiency.
Supported the mechanical design and prototyping of broadband seismometers, ensuring robust and reliable instrumentation for seismic monitoring. Developed embedded firmware to configure and control sensor operations, optimizing performance for various applications. Analyzed seismic data for customer use cases, instrument diagnostics, and prototype refinement, leveraging data-driven insights to enhance system reliability. Designed, developed, and maintained in-house data analysis software to streamline the processing and interpretation of seismic signals.
Developed an in-house simulation of pathological vocal fold vibration. Published peer-reviewed articles and completed a master's thesis documenting the research.
Guided engineering undergraduate students through laboratory experiments and problem-solving sessions.
Assisted in the development of a novel assistive device for hearing impaired individuals using acoustic beamforming. This work was published at the 2013 Canadian Medical and Biological Engineering Society conference.
Developed a Java-based desktop application for heart signal monitoring under the supervision of a professor. Assisted fourth-year electrical engineering students with software implementation.