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Dsp Programmer Jobs in Riverside, CA (NOW HIRING)

... integrated engineering team spanning RF/Analog architecture, and design, Systems/PHY/MAC ... Strong understanding of DSP. Digital Communications knowledge. Proficiency in RTL Design. Preferred ...

... integrated engineering team spanning RF/Analog architecture, and design, Systems/PHY/MAC ... Understanding of DSP fundamentals. Digital Communications knowledge. Proficiency in RTL Design.

... integrated engineering team spanning RF/Analog architecture, and design, Systems/PHY/MAC ... Understanding of DSP fundamentals. Digital Communications knowledge. Proficiency in RTL Design.

RTL DESIGN ENGINEER (SILICON ENGINEERING) At SpaceX we're leveraging our experience in building ... Experience in designing DSP or digital communication system datapath blocks * Experience with EDA ...

Sr. RFIC Engineer

Irvine, CA · On-site

$160K - $225K/yr

Work with system architects, modem/DSP and ASIC engineers to partition functions between hardware and software domains * Perform IC floor planning and layout * Own packaging prototypes, product ...

GlidewellDentalisseekinganexperienced AudioVisualEngineer to lead the design, programming, and ... Basic understanding of Audio DSP concepts. * Video over IP systems preferred. * Familiarity with ...

RTL DESIGN ENGINEER (SILICON ENGINEERING) At SpaceX we're leveraging our experience in building ... Experience in designing DSP or digital communication system datapath blocks * Experience with EDA ...

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Dsp Programmer information

What is the difference between Dsp Programmer vs Embedded Software Engineer?

AspectDsp ProgrammerEmbedded Software Engineer
Required CredentialsTypically requires a degree in Electrical Engineering, Computer Science, or related fields; certifications in DSP or embedded systems are a plusSimilar educational background; often holds degrees in Electrical Engineering, Computer Engineering, or Computer Science; certifications in embedded systems are common
Work EnvironmentPrimarily works in labs, R&D centers, or manufacturing settings focused on signal processing and audio/video applicationsWorks in diverse environments including consumer electronics, automotive, aerospace, and industrial systems
Industry UsageCommonly employed in telecommunications, audio processing, and digital signal processing projectsUsed across various industries such as automotive, consumer electronics, and medical devices

While both roles require a strong background in embedded systems and signal processing, Dsp Programmers focus specifically on digital signal processing tasks, whereas Embedded Software Engineers have a broader scope, working on various embedded applications across multiple industries.

What are DSP Programmers?

DSP Programmers are specialists who design, develop, and implement software for Digital Signal Processors (DSPs), which are specialized microprocessors used to process digital signals in real time. They typically work with audio, video, communications, radar, or other data that require high-speed mathematical processing. DSP Programmers write code—often in languages like C, C++, or assembly—to create algorithms that manipulate signals for various applications, such as audio enhancement, noise reduction, or image processing. Their work is crucial in industries like telecommunications, audio engineering, and consumer electronics.

What are some common challenges DSP Programmers face when optimizing algorithms for real-time systems?

DSP Programmers often encounter challenges related to ensuring that signal processing algorithms run efficiently within strict time and resource constraints. Real-time systems require low-latency processing, so optimizing code for speed and memory usage is critical. This may involve working with limited hardware resources, fine-tuning algorithms for specific DSP architectures, and debugging timing issues. Collaboration with hardware engineers and system architects is also essential to align software performance with overall system requirements.

What are the key skills and qualifications needed to thrive as a DSP Programmer, and why are they important?

To thrive as a DSP Programmer, you need a solid understanding of digital signal processing theory, proficiency in programming languages like C/C++, and typically a degree in electrical engineering or computer science. Familiarity with DSP development tools, embedded systems, real-time operating systems, and hardware platforms such as TI or Analog Devices DSPs is crucial. Strong problem-solving abilities, attention to detail, and effective teamwork help distinguish top performers in this field. These skills ensure robust, efficient signal processing solutions that meet the technical and performance requirements of diverse applications.
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Systems Engineering Architect

Systems Engineering Architect

Terran Orbital Corporation

Irvine, CA • On-site

$260K/yr

Other

This job post has expired 1 day ago. Applications are no longer accepted.


Job description

Terran Orbital is seeking an experienced Systems Engineering Architect  to join our dynamic team. Reporting to the Sr. Director, Platform & Mission Engineering, the Systems Engineering Architect will lead the design and integration of advanced space satellite architectures. This role requires deep expertise across avionics, power, propulsion, security, computer architecture, communications, and navigation, with a proven ability to architect complex "systems of systems" that enable next-generation orbital mobility, secure communications, and resilient mission operations. As a senior technical leader, you will define technology roadmaps, lead analysis of alternatives, and oversee the integration of multi-domain subsystems into cohesive spacecraft architectures. You will collaborate with cross-functional engineering teams, government stakeholders, and industry partners to deliver breakthrough satellite capabilities on schedule and within budget.

Key Duties and Responsibilities

  • Define and implement spacecraft system architecture roadmaps aligned with mission objectives.
  • Lead Analysis of Alternatives (AoA) to evaluate avionics, power, propulsion, communication, and navigation solutions.
  • Establish technical standards and architectures that support interoperability across platforms.
  • Architect end-to-end satellite solutions spanning avionics, power, propulsion, security, computer systems, communications, and navigation.
  • Collaborate with multidisciplinary engineering teams in subsystem design, integration, and qualification.
  • Champion innovative approaches to increase performance, reduce costs, and accelerate development cycles.
  • Oversee execution of spacecraft architecture projects from concept through deployment.
  • Establish and maintain technical performance metrics, schedules, and budgets.
  • Collaborate with manufacturing, supply chain, and mission operations to ensure seamless integration.
  • Mentor and lead engineering teams, fostering technical excellence and innovation.
  • Partner with vehicle engineering, mission architecture, and external stakeholders to deliver effective solutions.
  • Represent the company in industry forums, standards bodies, and with government partners.

Qualifications and Skills

  • Bachelor's degree in Electrical Engineering, Aerospace Engineering, Computer Engineering, or related field; advanced degree preferred.
  • 12+ years of experience in spacecraft systems engineering and architecture.
  • Demonstrated expertise across avionics, power, propulsion, security, computer architecture, communications, and navigation subsystems.
  • Proven track record architecting complex "systems of systems" for space missions.
  • Strong background in RF communications, SDRs, antennas, DSP, and navigation algorithms.
  • Experience developing technology roadmaps and leading AoA for complex technical systems.
  • Knowledge of spacecraft integration, verification, and environmental qualification.
  • Eligible for U.S. DoD security clearance (U.S. Citizenship required).

Preferred Experience

  • Ph.D. or M.S. in Electrical Engineering, Aerospace Engineering, or related discipline.
  • Experience with deep space communications, inter-satellite links, and ground station networks.
  • Knowledge of secure computing architectures and regulatory spectrum management.
  • Background in digital signal processing algorithms and advanced communications theory.
  • Experience working with NASA, DoD, or other government partners on spacecraft systems.
  • Track record of innovation demonstrated through patents, publications, or successful technology transitions.