• Understanding user needs and applying design principles to create user-friendly interfaces
• Building wireframes and prototypes to test and iterate on design solutions

This app was curated from my experience at Wegman's 3 months ago. I had some set things in my mind that I wanted to buy: 1. Olive Oil 2. Tofu/Paneer 3. Candy

Finding my desired items at Wegman's proved to be quite challenging. I encountered several difficulties while navigating the store. - First, the aisle placards were often difficult to read as they were positioned at the end of the aisle. - Second, the store layout was confusing due to unrelated products being placed together. As someone with a central nervous system autoimmune condition, excessive walking is particularly taxing, and having to search back and forth for items was extremely frustrating. I repeatedly needed to ask for assistance finding specific products. Eventually, I became so exasperated that I inquired about a store map. Unfortunately, I was only given a product locator brochure after I had already finished shopping.

The reason I did not include a search bar is that it can be cumbersome for users to type the product they are looking for. Instead, I chose to provide an alphabetical list of products, which makes it easier for users to quickly locate items. This approach also allows users to explore and discover related products they might not have initially considered, enhancing their overall browsing experience. Additionally, an alphabetical list is straightforward and intuitive, reducing the need for multiple search attempts or potential spelling errors.

Placing a QR code outside a shop can serve as a "progressive onboarding" strategy that reduces the need for customers to download an app. By scanning the QR code, customers can access information/directions directly through their mobile browsers, providing a seamless experience without the friction of app downloads. This approach is effective for several reasons:

Adding a feature to provide translations for every item in an app can greatly enhance usability and accessibility, especially for users who speak different languages. This feature can be particularly valuable for apps that have a diverse user base or are used internationally.

This approach is effective for several reasons: Enhanced User Experience: Users can easily understand content in their preferred language, which improves overall satisfaction and engagement. Accessibility: This feature makes the app more inclusive for non-native speakers and can help break down language barriers. Increased Reach: By supporting multiple languages, the app can appeal to a broader audience, potentially increasing downloads and usage. Cultural Sensitivity: Providing translations helps in better localization, allowing the content to be more culturally appropriate for different regions.

Wegman’s Redefined

Navigating RIT's complex campus can be overwhelming for first-time visitors. Getting lost is common, and finding your way to classes, dining halls, or the pool often requires multiple attempts, asking for directions, or waiting for someone to guide you. Initially, navigating RIT's campus felt like using a broken compass. Reaching my destination on time, or at all, was a constant challenge. I expressed this frustration during the first HCIN-620 class when discussing potential design problems. Campus navigation emerged as a significant issue. Given my background as a computer engineer, where problem-solving often involves coding, I approached this issue with a design-centric mindset. It became clear that a coding solution alone wouldn't suffice; a well-thought-out design was essential. I took on a leadership role in this project and assembled a team of peers.

- Indoor paths are sheltered, while outdoor paths are exposed to outside elements and weather conditions.

- Accessibility has been considered, with wheelchair ramps and elevators provided where there are stairs.

- Travel times may vary, and indoor paths are not always the quickest route.

- After conducting thorough interviews with students and professors, we identified key pain points related to campus navigation. - Our design was inspired by the existing RIT Mobile App and Google Maps.

-&nbsp;Understanding User Needs: The importance of extensive user research to accurately identify pain points and requirements for an effective navigation solution. -&nbsp;Iterative Design Process: The value of continuous testing and refinement to optimize the user experience. -&nbsp;The power of collaboration: Successful project outcomes are heavily dependent on effective teamwork and diverse skill sets

Discover RIT: Accessible, awesome, and awaiting you.

RIT Hyperwalk

The core problem identified is the inconvenience of manually calculating time differences between different locations. This is particularly challenging for professionals involved in cross-time zone work calls, friends in different time zones and individuals in long-distance relationships. India's large population and the prevalence of work relationships both domestic and international, make it a prime market for a time difference feature. Given the growing Indian diaspora, a feature to easily calculate time differences with major cities worldwide would be highly beneficial. - Eliminates the hassle of tracking time across different countries. - No more need to look up time zones for people you're communicating with. - Simplifies scheduling and ensures timely participation in meetings. - Improves efficiency and reduces time wasted on time zone conversions.

Hello, I'm Praj.