Research Intern - Sound Technology

Key Skills

Algorithms, Effective communication skills, Image processing, MATLAB Programming, Python Programming, PyTorch, TensorFlow, Deep Learning, OpenGL

Job Description

Join the leader in entertainment innovation and help us design the future. At Dolby, science meets art, and high tech means more than computer code. As a member of the Dolby team, you’ll see and hear the results of your work everywhere, from movie theaters to smartphones.

Dolby engineers, scientists, and researchers work on core technologies, including Dolby Atmos and Dolby Vision. Our global teams share their talent and energy to enable the most immersive experiences that technology can deliver. Join Dolby and work at the cutting edge of the media backbone for the world of tomorrow. 

What is the internship program

The Dolby U internship program offers impactful, project-based work experience in a collaborative, creative environment where you work with industry leaders. It is a great way to get exposure to cool technologies, hone your skills, and build a pathway toward full-time opportunities with Dolby.

Our Advanced Technology Group will offer multiple doctoral-level intern research roles during the summer of 2023, working on an exciting array of technology areas.

As a Dolby intern, you could perform insightful new analysis or design experiments that enable the next generation of Dolby products, or combine acoustics signal processing and machine learning/AI and perceptual models in new ways to capture, create and understand immersive audio and visual experiences in the home, for people on the move or in new spaces.

At Dolby, everyone is invested in your success and strives to make it the best place for you to start your career. As part of your intern experience at Dolby, you’ll get the following:

• First-hand exposure to Dolby technology
• A diverse, open, and welcoming culture 
• Practical Experience: Get to be a part of real-world projects
• Support: 1-1 Mentoring plus guidance from the wider research, science, and engineering team 
• Impact: your work could be used by millions of people using and enjoying Dolby technologies

What are we looking for in candidates?

Along with your solid technical skills, candidates should demonstrate problem-solving and analytical abilities, good communication and collaboration skills, a curiosity for how and why things work as they do, and a passion for audio, video, movies, music, or game technology. You have a desire to bring in new ideas and are open to learning from others.

Summary of Position:

We are a key research team within Dolby’s Advanced Technology Group, focused on creating cutting edge audio technologies that drive next generation experiences. We are looking for strong candidates with an interest in one of more of the following areas:

• Spatial audio recording with a range of regular and irregular microphone topologies
• Rendering and reproduction on a varied range of combinations of loudspeakers, headphones, earbuds and head-mounted displays
• Acoustic scene analysis including source localization and classification
• Sensor array processing
• Modeling, analysis, and synthesis of acoustic environments
• Immersive audio for automotive applications

Requirements:

• Higher degree student (master’s or PhD candidates) or bachelor’s degree with research experience
• Solid background in the theory and application of digital audio signal processing, linear algebra, probability, and machine learning
• Proven ability to pursue new areas of audio signal processing research and demonstrate results through projects, prototypes, patent filings, and papers in peer reviewed journals and conferences
• Proficiency in MATLAB, C/C++, or Python
• Excellent written and verbal communication skills

Highly Desired:

Experience with one or more of the following:

• Real-time implementation of audio algorithms
• Practical use of audio playback and recording equipment
• Spatial audio reproduction and perception
• Room and transducer acoustics
• Acoustic measurement techniques
• Optimization theory
• Critical listening
• Music performance or production
• Audio content creation and rendering with game engines