Edtech web app developers, QAs, and designer
100% remote opportunity to help finish an educational web app. Technologies involve Python Flask, OAuth, and any or all of emscripten, WebRTC, responsive CSS, and Selenium or similar QA tools for Chrome, Firefox, and Safari on desktop and mobile. Help provide a pronunciation remediation service for the 700 most frequently spoken English words, and phrases composed of them, to anyone searching for ways to improve their pronunciation world-wide by enhancing our existing pronunciation remediation system based on arxiv.org/abs/1709.01713 

Please fill out this application to be considered. Compensation depends on experience; equity available.
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Name *
Email *
Telephone number *
Pronoun(s) and/or nickname(s)
Resume/CV URL
Portfolio URL
LinkedIn URL
Which position(s) are you applying for? *
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Please describe your skill levels for: *
No experience
Beginner
Intermediate
Expert
Python
Flask OAuth
Responsive CSS
Selenium or similar QA tools
Stripe
WebRTC
Emscripten
PouchDB
SVM/SVC
Cross validation
Deep learning
Git
Languages (professional level) *
Required
Why is this position a good fit for you? *
Interview task for developer positions: Use Firebase SMS authentication to log into a PythonAnywhere.com instance running AROWF github.com/priyankamandikal/arowf converted from filesystem to the Python dataset package: dataset.readthedocs.io/en/latest/quickstart.html In addition to changing filesystem operations to database calls, you will have to pass user identification information from Firebase to PythonAnywhere. Please do not spend more than eight hours on this task. *
Required
The data science aspects of this position involve monitoring cross validation of scikit-learn SVC and KPI models daily, and DNN models from data collected by the peer learning application weekly. The KPIs include:
A. Validity. The baseline is the ratio of accuracy variance to instructor inter-rater agreement variance, relative to “System-Human agreement,” e.g. 58.4% (Chen et al., ETS, 2018.) Validity components include:
1. The number of speaking exercises assigned and performed;
2. The number of listening-typing exercises assigned and performed;
3. The number of minutes each type of exercise has been performed;
4. Intelligibility-assessable words and phrases, for each language;
5. Number of branching scenario interactions, for each language;
6. Spoken recordings in total, and per assessable words and phrases;
7. Transcripts collected in total, and per spoken recordings;
8. Exemplar pronunciation recordings identified per assessable prompts;
9. Spoken remediation responses provided; and
10. Observed intelligibility difference each student has achieved on their assigned groups of words and phrases.

B. Ease of use. Components include:
(1) the median duration required to complete assignments achieving a specific level of validity,
(2) the proportion of assignments completed, and
(3) the median numbers of (a) button-presses and (b) utterances required to complete assignments.

C. Anomalies, including error log analysis and resolution, system resource monitoring, ad performance, growth, scaling, etc.
When are some good times to telephone in the next week, and other comments, if any? *
Last updated 27 January 2019
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