Audio R&D Engineer

Cutting Edge Music Tech - On-Demand Vinyl Records We are seeking an Audio R&D Engineer- DSP-focused to help us redefine the music industry. elasticStage is building the world’s first on-demand vinyl and CD platform, unlocking physical music for the Digital Creator era. By 2030, there will be over 250 million music creators globally, most locked out of physical formats due to high minimum runs and operational complexity. elasticStage solves this through patented on-demand vinyl and CD manufacturing technology, powering a free-to-use platform where creators can produce and sell physical releases worldwide with no upfront costs or minimum quantities. And we are scaling fast: 100,000+ creators are using the product within our first year of commercialisation. Aiming for 20X growth by 2027. Partnerships with SoundCloud and Amuse (with more major partners to come!). Shipped to over 90 countries. 4.7★ on Trustpilot and Google. Recently raised a new funding, bringing the total capital raised to £30M. Just moved to new office in Kings Cross. We are looking for a motivated and results-driven Audio R&D Engineer DSP-focused specialised in DSP to join our dynamic Audio R&D team. In this role, you will be responsible for developing and optimising internal audio tools, improving system robustness, and contributing to the evolution of our audio technology. Responsibilities Developing internal audio tools - Design, implement, and maintain audio tools (scripts, plugins, and software) based on project requirements. Improving audio system efficiency - Evaluate existing and ongoing system development with a focus on computational demand and scalability. Contributing to the audio systems roadmap - Identify and implement solutions to support ongoing and future challenges. Audio technology ownership - Collaborate with the wider audio team to manage the audio system pipeline and work with the software team to integrate and roll out new features. Audio system calibration and measurement tools - Develop and implement tools and solutions for calibrating complex physical audio systems through automated measurement.