Precision 4-Bar Linkage for Targeting
This project involved designing a powered 4-bar linkage mechanism capable of detecting and retracting active targets with high precision using a high-powered LED. The system was optimized to navigate obstacles while maintaining accuracy and durability.
Objectives
- Design a targeting mechanism that meets competition requirements.
- Optimize material usage to ensure lightweight and strong components.
- Incorporate advanced sensor technology for real-time feedback.
Key Features
- Aluminum links with trapezoidal cutouts for optimal strength-to-weight ratio.
- 3D-printed couplers securely mounting critical components.
- Proximity sensors and PID control to ensure smooth and accurate operation.
- Iterative testing using ADAMS simulations and stress analysis for refinement.
Skill Usage
- Kinematics: Developed precise motion paths for the linkage.
- Mechatronics: Integrated sensors with control systems for seamless operation.
- Material Engineering: Designed lightweight, durable components.
Improvements
Future enhancements could focus on modularizing the design for easier maintenance and further optimizing the PID algorithm for faster response times.
Skills Highlighted
Project Demonstration Video
Personal Reflection
This project taught me how to balance design innovation with practical constraints. It deepened my understanding of how iterative testing and real-world feedback loops can refine a complex system. Collaborating with a multidisciplinary team enhanced my communication skills, and integrating advanced sensor systems improved my grasp of mechatronics.
Multi-Function Robotic Mechanism for Space Race
A competition-focused robotic system designed to perform a variety of tasks, including object manipulation, switch activation, and payload delivery. The system incorporated a scissor lift, precision drivetrain, and modular attachments to maximize functionality.
Objectives
- Create a multi-functional robot adaptable to different competition scenarios.
- Ensure durability and efficiency under dynamic conditions.
- Maximize payload capacity while maintaining operational precision.
Key Features
- Integrated scissor lift for vertical mobility and payload management.
- High-precision drivetrain for accurate navigation in constrained spaces.
- Custom-designed modular attachments for task-specific adaptability.
Skill Usage
- Robotics: Engineered reliable mechanisms for task execution.
- 3D Modeling: Developed detailed CAD designs for testing and prototyping.
- Machining: Fabricated durable components for competitive performance.
Improvements
Future iterations could include advanced autonomous navigation capabilities and further weight optimization for increased speed and efficiency.
Skills Highlighted
Project Presentation
Personal Reflection
This project highlighted the importance of adaptability in engineering. Designing a robot capable of handling diverse tasks required me to think critically and prioritize functionality. I gained valuable insights into the synergy between mechanical engineering and software development, and I’m proud of how the team overcame design challenges to meet competition goals.
Optimizing Products and Marketing with User Insights
During my internship at Ford, I collaborated with the user research team to analyze consumer behavior, identify pain points, and optimize product features and marketing strategies. This project centered on leveraging user insights to drive innovation and improve customer satisfaction. The experience provided a hands-on opportunity to bridge the gap between engineering and human-centered design.
Objectives
- Analyze consumer feedback to identify actionable insights.
- Create personas to better understand user motivations and preferences.
- Propose data-driven recommendations for product and marketing improvements.
Key Features
- Conducted detailed user interviews and surveys to gather qualitative insights.
- Developed comprehensive personas to encapsulate target audience characteristics.
- Implemented thematic coding to identify patterns and classify feedback into actionable themes.
- Proposed innovative solutions to enhance user experience and address pain points effectively.
Skill Usage
- User Research: Conducted interviews and surveys to gather detailed feedback from Ford vehicle owners.
- Data Analysis: Applied thematic coding to classify consumer feedback into clear categories for action.
- Persona Development: Created detailed user personas to guide product and marketing strategies.
- Human-Centered Design: Proposed and prototyped user-focused improvements to Ford's products.
- Marketing Strategy: Collaborated with the marketing team to align consumer insights with campaigns.
- Python: Used scripting tools to analyze and visualize trends in consumer feedback.
Improvements
To further enhance the impact of this project, real-time analytics could be incorporated to monitor ongoing user feedback dynamically. Additionally, deploying these insights into rapid prototyping could improve the alignment of product updates with user needs more efficiently.
Skills Highlighted
Personal Reflection
Working on this project gave me a profound appreciation for the power of user-centered design. I learned how to translate qualitative feedback into tangible product improvements and how effective communication between cross-functional teams can lead to impactful results. The process of developing personas and aligning them with actionable insights solidified my passion for merging engineering and design disciplines to create meaningful solutions.
Research-Driven Enhancements for Student Health in Gyms
This research project aimed to understand the key stressors students face while using University of Michigan gyms, including time management, self-consciousness, and stress. We conducted interviews, surveys, and observations to develop actionable strategies to improve student experiences and promote well-being.
Objectives
- Identify barriers to effective gym use by students.
- Propose solutions to address stress and improve time management.
- Encourage a more inclusive and welcoming gym environment.
Key Features
- Conducted qualitative research with student participants to gather insights.
- Designed survey instruments tailored to uncover gym usage behaviors.
- Proposed facility changes, such as enhanced signage and dedicated quiet areas.
- Developed concepts for time management apps tailored for student schedules.
Skill Usage
- Qualitative Research: Conducted interviews and analyzed feedback to identify pain points.
- Survey Design: Crafted effective questions to gather meaningful data.
- Data Analysis: Applied thematic analysis to derive actionable insights from student feedback.
- Health and Wellness Strategy: Focused on designing solutions for stress and time management.
Improvements
Future iterations could focus on developing a fully functional time management app and implementing pilot programs to measure the impact of proposed changes.
Skills Highlighted
Project Presentation
Personal Reflection
This project was a deeply rewarding experience that underscored the importance of empathy in design. By speaking directly with students, I gained insights into the unique challenges they face. The project strengthened my skills in qualitative research and survey design, and I learned how to translate abstract findings into actionable strategies. It reinforced my belief in the power of user-centered design to drive meaningful change.