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Remote Audio Signal Processing Jobs in Austin, TX

Hybrid and/or remote work schedule available Sponsorship: Not available What You'll Do * Assist in ... Participate in IMEG quality control processes to ensure that engineering designs and solutions meet ...

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Remote Audio Signal Processing information

See Austin, TX salary details

$29.2K

$83.7K

$170K

How much do remote audio signal processing jobs pay per year?

As of Sep 7, 2026, the average yearly pay for remote audio signal processing in Austin, TX is $83,713.00, according to ZipRecruiter salary data. Most workers in this role earn between $49,600.00 and $112,000.00 per year, depending on experience, location, and employer.

What is remote audio signal processing?

Remote audio signal processing refers to the analysis, modification, and enhancement of audio signals using digital algorithms, typically performed from a location different from where the audio was recorded or is being used. Professionals in this field work with technologies such as noise reduction, echo cancellation, audio compression, and effects processing, often leveraging cloud-based tools and platforms. This allows for real-time audio improvements or transformations in applications like teleconferencing, streaming, and music production, all managed remotely.

What are the key skills and qualifications needed to thrive as a remote audio signal processing engineer?

To excel as a Remote Audio Signal Processing Engineer, you need strong knowledge of digital signal processing (DSP), audio algorithms, and programming skills, typically supported by a degree in electrical engineering, computer science, or a related field. Expertise in tools like MATLAB, Python, C++, and familiarity with platforms such as JUCE or VST, as well as experience with audio editing and analysis software, is highly valuable. Excellent problem-solving, communication, and self-motivation are essential soft skills for managing tasks independently and collaborating with distributed teams. These skills and qualifications are critical for developing high-quality audio solutions and ensuring effective project delivery in a remote work environment.

What are some common challenges faced by professionals in remote audio signal processing roles, and how can they be addressed?

Professionals in remote audio signal processing often encounter challenges such as latency issues, inconsistent audio quality due to varying internet connections, and difficulties in real-time collaboration with team members or clients. To address these, it’s important to use reliable communication platforms, leverage cloud-based audio tools that support version control, and establish clear file-sharing protocols. Regular virtual meetings and clear documentation can also help ensure smooth collaboration and consistent project outcomes.

What is the difference between Remote Audio Signal Processing vs Remote Audio Engineering?

AspectRemote Audio Signal ProcessingRemote Audio Engineering
CredentialsKnowledge of audio algorithms, signal processing certificationsAudio engineering certifications, experience with recording/mixing
Work EnvironmentPrimarily software-based, focused on digital signal manipulationStudio or live sound environments, often involving hardware setup
Industry UsageTech companies, software development, audio tech startupsMusic production, broadcasting, live events
Search & Comparison IntentFocus on technical signal processing skillsFocus on audio production and engineering expertise

Remote Audio Signal Processing involves developing and applying algorithms to manipulate audio signals digitally, often requiring programming and technical skills. Remote Audio Engineering focuses on capturing, mixing, and producing audio content, emphasizing hands-on technical and creative skills. While both roles work remotely and in the audio industry, their core responsibilities and skill sets differ significantly.

What are popular job titles related to Remote Audio Signal Processing jobs in Austin, TX?

For Remote Audio Signal Processing jobs in Austin, TX, the most frequently searched job titles are:

What job categories do people searching Remote Audio Signal Processing jobs in Austin, TX look for?

The top searched job categories for Remote Audio Signal Processing jobs in Austin, TX are:

Infographic showing various Remote Audio Signal Processing job openings in Austin, TX as of August 2026, with employment types broken down into 84% Full Time, 10% Part Time, 2% Temporary, and 4% Contract. Highlights an 2% In-person, and 98% Remote job distribution, with an average salary of $83,713 per year, or $40.2 per hour.

Founder & CEO | Robotics (HealthCare)

Founders Factory

Austin, TX • Remote

$6.6K/mo

Full-time

Re-posted 23 days ago


Job description

Founder & CEO — NightWatch

One robot. One floor. One job. The automation layer for US senior living

Location: United States

Start date: ASAP

More about the concept here.

Founders Factory builds and funds startups together with exceptional entrepreneurs and the world's leading companies. Created by IPO-exited founders, we offer founders capital, operational support from a team of hands-on experts, and unrivalled access to a coalition of industry-leading corporate partners. Since 2015, Founders Factory's 450+ portfolio companies have secured 500+ pilots and commercial contracts with our partners.

Our Studio partners with entrepreneurs at day one, developing new ideas, technologies and business models into high-growth companies. In partnership with a leading global industrial technology partner, we are building a new portfolio of ventures.

About the Venture

America's ~1,900 continuing-care retirement communities (CCRCs) are the only elder-care buyers whose model rewards keeping residents healthier for longer: residents join at 75–80, pay a large entry fee (avg. ~$402k) plus $12–30k a month, and the community carries the lifetime cost of care. These campuses staff their night shifts at roughly twice the regulatory minimum — comfort-driven cover that can't simply be cut — and once holidays, sickness and cover are loaded, each night position carries ~$160k of true annual cost. Worse, the status quo causes the harm it exists to prevent: around 80% of falls happen in the window right after a nurse's check wakes the resident. Existing tech — pull cords, wearables, fixed sensors — is safety kit that never changes the staffing model.

We are building NightWatch: a mobile UWB-radar robot that patrols the corridor at night, senses through doors and walls, and reports movement as fact — in bed, out of bed, in the bathroom, on the floor — never as clinical judgement. Data is monitored remotely, and staff are alerted only when a physical check is warranted. No cameras. No wearables. No per-room installation. Sold as robot-as-a-service, it delivers a two-to-three-month payback and is the easiest pilot in the category to say yes to: zero capex, zero installation, nothing entering residents' rooms, and fully reversible.

The unfair advantage: our partner brings a production robotics stack already live in market with a paying customer — autonomous navigation, docking and fleet software — plus radar and UWB signal-processing IP already built, manufacturing scale to drive unit cost down, and edge compute that lifts the all-important robots-to-operator ratio. The sensing IP and the ROI model are the moat.

Our Offer

We don't just fund ideas — we co-build them. Join as Founder & CEO and get access to a full-stack venture studio offering designed to give you the best possible start:

  • The programme runs in two phases:

    Months 0–6 (Build)

    • $128k ring-fenced build budget to cover founder stipends and additional specialist resource at the founders' discretion

    • Founder stipends are $6,675 per founder per month, drawn from this budget

    • Embedded studio team throughout: a full time venture builder, with support from a broader team consisting of a studio lead and growth marketer. Founders build; the Studio supports.

    • On-demand access to specialist support across data science, applied AI, fundraising, legal, finance, PR and commercial partnerships

    • Dedicated network access from day one

    Months 6–12 (Accelerator / Spinout)

    • At incorporation, the founding team will receive 70% equity in a new company set up for the venture, and the Studio 15%, both subscribed at nominal value. The remaining 15% is reserved as an employee option pool.

    • $320k cash investment goes directly into the new venture's bank account at IC approval - full founder discretion over how funds are deployed

    • Accelerator support: a dedicated squad covering growth, product and fundraising, plus continued access to shared services

Jobs to be Done

As Founder & CEO, you will be responsible for turning a strong thesis into a scaled, defensible business.

  • Define the wedge. Choose the operator profile and the 3-state cluster (consistent regulation) where you run concurrent pilots first.

  • Turn a thesis into a product. Work with our partner's robotics teams to take the night-patrol robot and its remote-monitoring layer from concept to a fleet operators can run.

  • Win the first pilots. Land 2–3 CCRC / senior-living operators and prove FTE substitution through the pilot sequence — service level held with one less night headcount.

  • Sell savings, not safety. Frame the buy as an ROI decision for the CFO/COO, positioned as redeployment, not redundancy.

  • Drive the economics. Push the robots-to-operator ratio toward the levels that make margins trend to software, working with our partner on a path to lower unit cost.

  • Build the company. Hire the initial team, raise capital, and establish the venture as the automation layer for senior living.

Your Ideal Experience

We are not looking for a traditional senior-living executive or a pure robotics researcher. The ideal candidate sits at the intersection.

  • Founder or senior operator who has built a hardware / robotics or hardware-as-a-service product from zero to one, ideally in the US market.

  • Deep familiarity with at least one buyer segment: US senior living / CCRC operators, eldercare, or enterprise facilities operations.

  • Enterprise commercial instinct: you can navigate multi-site operator sales cycles and turn a pilot into a fleet rollout.

  • Strong product and technical instincts: you can reason about robotics, sensing, edge compute and unit economics even if you are not building the robot yourself.

  • Comfortable operating in ambiguity: shaping the product, defining the buyer, and making irreversible calls with incomplete data.

  • Credibility with conservative care operators and forward-looking venture investors, and willingness to be on the ground in the US.

Most importantly, you are motivated by category creation — building the operational backbone for how America ages, on robots you put there first.

This is your company. We're here to help.