Helping early education teachers track their kids' growth
Teachers and Parents lack an effective means of tracking the educational development of their students. In the current classroom framework, it is very difficult for educators to keep sight of how each of their students are progressing, and it's even more difficult for teachers to relay this information to parents during their infrequent once per year/semester meetings.
Spark allows teachers to capture student moments on the spot and store them in an educational archive. In doing so, teachers not only have an interactive way to reference student achievements throughout the year but they also have a means of sharing these moments with parents, thus further improving the engagement role of the parent in a student's education.
With the goal of tackling what we believed to be a lack of engagement in today's educational framework, our team conducted needfinding on parents, high school/college students, and local educators to gain better insight into our target population's needs. What we discovered was a lack of sufficient awareness, time, and communication on the part of teachers and parents to provide for their students.
We conducted further needfinding interviews to get a better grasp of how to tackle this problem. From interviewing parents and teachers at the Nueva School and Bing Nursery School, we determined that our best mock-ups revolved around improving the ability to capture the educational development of students.
Equipped with the necessary information we needed, our team continued the development process with the creation of our concept video. Our team decided to name our final app "Spark" as a way of showcasing our app's intentions to capture every bright moment in a student's educational development.
VideoWe created a low-fi prototype using Balsamiq and cardstock paper to simulate the user experience of our app. Testing garnered overall positive opinions! Our main issue moving forward is to emphasize clarity in the use of Spark.
Using Marvel and Sketch, we created a higher quality prototype and tested it on three teachers. The results of our testing were again overall positive, with minor clarity issues affecting the user experience of our testers.
Our team conducted a heuristic evaluation of our product's interface. We logged all realivant issues and incoorperated those changes into our Hi-Fi Prototype
We coded our hi-fi prototype in Swift using Xcode. With the short turnaround time, we resorted to using the wizard of oz technique to implement the archive. We plan to refine our product and build a fully functional application in the coming months.
After deciding to continue the proejct in CS 194H, our team gave a presentation recapping the work done up to this point.
After redesigning the entire capture moment interaction, our team conducted a lab usability study with five kindergarden teachers in order to gather data to optimize the user friendliness of our application. Additionally, our team construced a rough business model for our product.
Our team constructed a preliminary business model for our prospective app. The process involved creating a map on Canvanizer detailing our business's main features as well as writing up a short description of how we decided on our projected business model.
After conductding the lab usability study, we essentailly started coding our application in swfit from scratch, as this allowed us to maintain cleaner code as well as it was easier to revamp each of our task flows this way.
To run this application on your device, download the ipa file below, drag it into itunes, then sync your device with itunes.
We conducted a field test of our application this week to test the usability of our application in as real of a setting as possible.
We created our third iteration of our hi-fi prototype for Spark. At this milestone, we implemented new functionality in the form of a cleaner capture flow, video recording, caching, sharing with parents, and further login functionality. We also refined the capture flow and conducted a full redesign of our app's UI design.
We finalized our prototype and presented Spark at the CS194H Industry Fair Poster Session! To wrap up our work, we drafted a final report detailing the progress we accomplished this quarter. Our final prototype, report, and poster design are linked below.
kkhieu@stanford.edu
nathanje@stanford.edu
lucast@stanford.edu
bduran@stanford.edu