Juilliard School music students needed to perform a number of public recitals. Scheduling and planning for these recitals was an iterative process that involved a significant amount of back and forth between the student recitalist and the Juilliard Concert Office. This created a need for developing an advanced Recital Management System (RMS) which streamlines a complex process of students’ registration for performances.
The key challenges were:
performances throughout the year at the Juilliard School
design screens
powerful HTML5/Canvas stage composer
in global ranking for the best institution for Performing Arts
Merixstudio was responsible for full-stack Python/Django development & consultancy of the RMS platform. In the beginning, front-end was based on the Metronic theme which was later replaced with a custom design created by our Product Design team. Ones of the key milestones we successfully achieved were: performing SOAP-based integrations with external services e.g. Panopto - a system for scheduling recital recordings, Colleague system (based on REST API), and Performance Event Calendar (a bespoke scheduling tool that had been previously implemented by Merixstudio), developing a canvas-based advanced HTML5 Stage Composer (allowing students to create stage setup using custom or predefined settings).
The final product requires the input of data such as selection of the stage that students wish to perform on, when and what time of day they want to do it, what instrument are they playing and how exactly the scene is supposed to look (for the last option we created the Stage Composer).
The system is equipped with an internal notification system for students and teachers, tool to create dynamic forms and other mechanisms meant to simplify the whole process of preparing a recital.
The collaboration with The Juilliard School started many years ago from developing a new public Django-based events calendar integrated deeply into an online ticketing system. We took care of everything from the back-end to the front end of the calendar, e.g. user scenarios, API [application programming interface] integration, user authentication functionalities, and single sign-on integration. Since then it has been a strong partnership based on a series of different phases intermingled by less intensive maintenance time.
students plot the stage setup via a visual easy-to-use tool, communicate other special requests for their recital and view the latest status of the recitals requirements
built-in news streaming system
a concert program wizard generator based on pre-configured templates
an internal notification system for students and teachers. It entails creating dynamic forms and other mechanisms that simplify the whole process recitals’ management
a powerful back office panel built using out-of-the-box Django Suite
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