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Potential Intern Projects 2016
for Engineering Interns (3-12 months)
 
  The AuSIM internship program has a 17 year history of quality internships for dozens of outstanding young people.  Students come to AuSIM for between 3 months and a year to learn on-the-job knowledge that is typically never taught in school.  They leave with documentation of a good project and a good recommendation.  Six former AuSIM interns returned to AuSIM for full-time positions at the completion of their degrees. 

The summer of 2016 is exciting as we are opening a new facility designed for training and incubating entrepreneurial teams.

The ideal minimum internship is 12 weeks.  In the first four weeks, an intern is exposed to multiple projects around AuSIM.  Interns are trained on domain knowledge and specific development processes and skills.  During this time interns attend structured sessions, explore "lab" projects, and interact closely with managers to

  • learn the theory and technology of audio simulation,
  • survey the tools supporting audio simulation,
  • become familiar with AuSIM's products and code base,
  • learn the ropes and trade,
  • ascertain what knowledge and skills most need to be developed, and
  • find a project that stimulates interest in the intern. 
The middle four weeks are the focus of the project implementation.  In the last month, the intern analyzes the results, summarizes data, documents their work (both internal code documentation and external software user guides), writes a report, and transitions their project for future development. 

Longer internships can allow the project to grow into a more-substantial and professional effort, but typically allow the intern to take on another project to grow in a different direction.  For example, Andy from NYU with extensive studio recording experience created interactive sound experiences his first summer at AuSIM, while also writing tools for microphone array processing in MATLAB.  He returned the next summer to focus entirely on C++ development, a skill he knew nothing about before AuSIM.  He's currently completing his PhD in Music Informatics. 

Below is a list of potential internship project areas within the next 12 months.

 
 
 
 

Experiment Support
AuSIM works closely with several customers who perform human-subject performance experiments.  AuSIM not only develops custom experiment software per the experiment protocol specification, but also tools to support human-subject experiments more generally.  Interns who are anticipating experiment design and implementation in future graduate work can gain professional insight to tight and repeatable control of variables. 

Interns choosing such a project may be working part time at NASA or the US Army, and would thus need to be a US citizen.  This is a good project area for candidates interest in experimental perceptual psychology. 

Demo Development
Demo development is always on the intern project list.  Interns approach AuSIM with a fresh and creative view.  Demo applications developed by interns often inspire customers with proven ideas.  AuSIM can always use more demo applications on every front.  Demo development can involve either creative programming or creative content (sound, music, interactivity, imagery, etc.). 

Music composition interns have accelled at demo development.  This sort of project is better for candidates with a creative side. 

Calibration
In the past half-dozen years, AuSIM has developed both multi-microphone and multi-loudspeaker systems.  Such systems are wholly dependent on good calibration.  This project involves expanding AuSIM's CalVal system to be proven to work with and integrate into more microphone and loudspeaker systems.  CalVal is mostly implemented in MATLAB with various compiled binary tools. 

Projects in this class are well-suited for candidates interested in physics and sound engineering. 

Mobile Application
There are many levels of projects available to be implemented on a mobile platform.  Such applications will not be a me-too mobile app.

Previous intern projects targeted 7" Android tablets.  At least one project for 2016 will target Windows tablets. 

 

Loudspeaker Displays
AuSIM has created a ground-breaking loudspeaker display system with its AuSIM3D Vectsonic technology.  The current Vectsonic implementation only scratches the surface of its utlimate capability.  Previous internships have developed tools, analyzed Vectsonic performance in detail, and recommended many approaches for potential improvement.  A new project would extend the previous work: implement one or more suggested approaches and analyze performance results. 

Filter Engine Scaling
AuSIM has developed a technology that scales HRTF filtering performance against a perceptual approximation, leading to as much as 100X performance without perceptual notice.  This technology needs a diligent intern to expand the available filterset and demonstration examples. 

Technical Documentation
An intern with a good technical basis and looking to go into technical marketing, product management, or technical writing, as opposed to code development, would be welcomed to formalize and renew internal and external documentation for many products.  The opportunity would expose them to a breadth of technologies and applications. 

Candidates choosing technical documentation might not need to write and develop programming code, but they will need to be able read and understand code.  The answers to how software works is in the code. 

Handheld Device Application
Shifting the paradigm away from KVM computing, an intern project can explore innovative ways of controlling complex audio systems and scientific equipment from various small-format computing devices.  This opportunity could range from user-interface and user-experience focus to more technical low-level support of sensor hardware. 

64-bit Migration
AuSIM has been migrating towards 64-bit capability for several years.  Joining the 64-bit migration team affords an intern exposure to many professionally-developed code bases and rigorous testing techniques at several program levels. 

Projects in this class are well-suited for candidates looking for technically challenging or deeper computer-science experiences. 

 

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