This project was a key component of our master’s program coursework with professor Behnaz Farahi. As part of the requirements, we were tasked with integrating compliant mechanisms and physical computing into our design. This dual emphasis on mechanical and computational elements inspired us to explore innovative solutions that seamlessly blended these fields, pushing us to think creatively and develop a unique, practical application.

Introduction

Project Overview

Our team was tasked with creating an innovative solution to tackle the issue of poor posture. We embarked on a journey to design and develop a smart desk lamp that encourages better posture among computer users using real-time posture detection.

Problem Statement

Poor posture due to prolonged sitting is a common issue among remote workers and students, leading to various health problems such as back pain, neck strain, and musculoskeletal disorders. Existing solutions often fail to provide continuous, real-time feedback to help users maintain good posture.

Proposed Solution

We proposed creating a smart desk lamp that utilizes real-time posture detection to provide immediate visual feedback. By changing colors and form based on the user's posture, the lamp serves as a constant reminder to maintain good posture, thereby helping to reduce the risk of health issues associated with poor sitting habits.

Objectives and Goals

• Objective: To develop a smart desk lamp that uses real-time posture detection to provide immediate visual feedback, promoting better posture habits.
• Goals:
  • Integrate compliant mechanisms and physical computing into the design.
  • Utilize deep learning models for accurate posture detection.
  • Create an intuitive and user-friendly design that blends seamlessly into a home or office environment.
  • Provide continuous, real-time feedback to help users maintain good posture and reduce the risk of health issues associated with prolonged poor sitting habits.

Group:

Shrey Patel Computer Science

Keira Wong Computer Science

Louis Santos Sociology

Responsibilities:

Visual Design

Interaction Design

Research

Software Development

Tools:

Figma

ML5

P5JS

After Effects

Duration:

6 Weeks

Research

Understanding Compliant Mechanisms

As part of the design requirements, we needed to get a better understanding of what makes a mechanism "compliant." We began by diving into the concept of compliant mechanisms. These mechanisms are flexible structures that can bend and deform, rather than relying on fixed joints to achieve movement. This flexibility leads to a significant reduction in the number of components needed.