Overview

Led a multidisciplinary team in the development of a Plant Lifting Device for 3D Imaging, sponsored by FMC Corporation. This project demonstrated my leadership and project management skills, culminating in the successful completion of the device from conceptual design to prototyping and troubleshooting. Our innovative approach earned us first place for the Most Innovative Solution at the project showcase.

Project Management

• Scope and Scheduling

  
  

  Applied project management principles to effectively define the project scope and schedule, ensuring that all aspects of the project were aligned with academic and sponsor objectives.

  
  

• Lifecycle Engagement

  
  

  Managed the project through all stages, from initial concept to final prototype, adhering to course requirements and project goals. This comprehensive engagement ensured the project's success and met the expectations of all stakeholders.

Technical Expertise

• Engineering Solutions

  
  

  Employed engineering knowledge to develop a custom-built lifting mechanism, incorporating motion systems, waterproofing, and a plant platform. This solution was crafted to address the unique challenges posed by the project, leveraging insights from prior coursework to drive the design process.

  
  

• Design Process

  
  

  Engaged in a thorough design process, applying theoretical and practical knowledge to create a market-absent lifting solution. This involved detailed work on actuators, motion systems, wiring, and other critical components to meet project requirements effectively.

Evaluation and Implementation

• Component Development

  
  

  Oversaw the evaluation and selection of mechanical components, including actuators, controllers, belts, platforms, and pulley systems. Custom interactions with suppliers and thorough component analysis were essential to the project's success.

  
  

• Innovative Solutions

  
  

  Developed and implemented creative solutions to address challenges such as size constraints and potential plant damage. The introduction of a stabilizing platform and controlled speed mechanisms effectively resolved these issues and enhanced the device's functionality.

  
  

Professional Development

• Real-World Insights

  
  

  Acquired valuable insights into engineering practices, including career expectations, professionalism, and ethical considerations. This experience contributed to my growth as an engineer, preparing me for future challenges in the field.

  
  

• Professionalism and Ethics

  
  

  Maintained high standards of professionalism and adhered to ethical considerations throughout the project, ensuring integrity and accountability in all aspects of the work.

Conclusion

This capstone project exemplifies my ability to lead and innovate within a complex engineering task. The successful development of the Plant Lifting Device and the recognition we received for the Most Innovative Solution underscore my technical expertise and leadership skills. This experience has prepared me for a successful career in engineering and robotics, showcasing my ability to tackle challenging problems with creativity and precision.

Capstone files:

https://drive.google.com/drive/folders/1RdA_PNrETkiS228Znn6ljnh5Hq0SiX8s