iOS Skin-Sensing App Prototype & Data Pipeline Implementation

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: Database Design and Schema Creation Implementing APIs for Data Storage and Retrieval Managing Relationships Between Tables Testing and Debugging Database Interactions Query Optimization and Indexing

Morphace Social Media Content Strategy

Morphace Inc., a company specializing in innovative technology solutions, seeks to enhance its social media presence to better engage with its target audience. The goal of this project is to develop a comprehensive social media content strategy that aligns with Morphace's brand identity and business objectives. Students will analyze current social media trends, assess Morphace's existing social media efforts, and identify opportunities for improvement. The project will involve creating a content calendar, designing engaging posts, and proposing strategies for increasing follower engagement and brand awareness. This project allows students to apply their knowledge of digital marketing, content creation, and social media analytics in a real-world context, providing valuable insights into the role of social media in business growth.

Adaptive Wearable Technology Enhancement for Skincare

Morphace Inc. is focused on advancing its wearable technology, which promotes skin cell remodeling through non-invasive electrodes on facial skin. The current project aims to enhance the device by introducing adjustable output settings, allowing users to customize the intensity of the stimulation according to their needs. Additionally, the project will involve implementing a sequential activation mechanism for the electrodes, optimizing the therapeutic process by targeting specific areas in a controlled manner. Another key aspect of the project is transitioning the device to a portable power source, increasing its usability and convenience for users on the go. This project provides an opportunity for learners to apply their knowledge in electronics, programming, and biomedical engineering to create a more versatile and user-friendly product. - Enable adjustable device output for personalized user experience. - Implement sequential activation of electrodes for targeted therapy. - Transition to a portable power source for enhanced mobility.

Adaptive Wearable Technology Enhancement for Skincare

Morphace Inc. is focused on advancing its wearable technology, which promotes skin cell remodeling through non-invasive electrodes on facial skin. The current project aims to enhance the device by introducing adjustable output settings, allowing users to customize the intensity of the stimulation according to their needs. Additionally, the project will involve implementing a sequential activation mechanism for the electrodes, optimizing the therapeutic process by targeting specific areas in a controlled manner. Another key aspect of the project is transitioning the device to a portable power source, increasing its usability and convenience for users on the go. This project provides an opportunity for learners to apply their knowledge in electronics, programming, and biomedical engineering to create a more versatile and user-friendly product. This project has 3 key sub-tasks: Enable adjustable device output for personalized user experience. Implement sequential activation of electrodes for targeted therapy. Transition to a portable power source for enhanced mobility.