Code Integration & Performance Tune-Up for a Skin-Health iOS App

Morphace builds wearable devices that track skin hydration and rejuvenation signals. Our device streams numeric data (via Bluetooth) to an iOS app, which stores everything in an AWS RDS (PostgreSQL) database through a small REST API. Working alongside our internal team of 2 software engineers over the summer, your focus is to integrate our existing code and optimize existing features for response time. As the core feature is data visualization and trend analysis, there is potential to implement existing ML models for numerical trend detection.

Mobile App UI / UX Design & Prototype

Morphace is a startup selling consumer electronics for skincare. Aside from our hardware, we would like to explore designing an iOS App prototype to engage with, generate interest, and identify the problems of our potential customers. We have another software engineer leading the project and implementing the App features, such as wrinkle detection and skin hydration tracking. We need input from the UI / UX perspective to make the App easy to navigate, for capturing user activity. Tasks may include: Conducting background research on similar skin-tracking applications on iOS Learning and using various software design tools. We strongly recommend students learn how to use Figma as this is the latest and greatest tool currently available. Creation of a screen-by-screen UX / UI prototype of an iOS application Conducting UX / UI testing with real potential users potentially involving paper prototypes or other software tools to support this

Product Design & Prototype

Morphace is a startup that produces data driven mask devices that treats wrinkles and tracks skin condition on a paired app. Morphace aims to refine the aesthetic design of our skincare mask devices to better align with customer preferences and branding. This project will focus on enhancing the mask's visual appeal and ergonomics to increase market competitiveness and customer satisfaction.

Iterative 3D Printing Process Optimization for Morphace Healthcare Wearable Tech

The primary objective of this project is to iterate and optimize the 3D printing process of Morphace’s electronic mask device to enhance both its usability and manufacturing scalability. Specifically, the project aims to: Optimize 3D Printing Parameters: Identify and fine-tune printing parameters for flexible materials, using either 60A TPU, or propose other additive manufacturing alternatives like SLS, to ensure design reliability and material performance. Streamline Production for Scale: Refine the design and adjust printing settings to enable the efficient production and assembly of a batch of approximately 100 devices, ensuring that the manufacturing process is both cost-effective and scalable.