Engineering Lead - Software Defined Radio & RF Systems

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for section headings like About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We must not repeat job title as heading. We need to include sections only if posting has real specific content. We have content: About Analog Devices (company description) maybe not needed? The instruction: "Do NOT repeat the job title as a heading (the page already shows it) and do NOT put Job ID / requisition numbers as headings — fold minor metadata into a short

or drop it." So we can include a short paragraph for company overview? Possibly under "About the role"? Actually "About the role" is a heading we can use for description of role. The posting includes "Engineering Lead - Software Defined Radio & RF Systems" then description: "Shape the Future of Wireless Communications ...". That is about the role. So we can put that under

About the role

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• . Then requirements: "What We're Looking For. Required Qualifications:" list. Could be under Requirements heading. Also Preferred Qualifications could be under Skills? Or we could combine under Requirements and Skills. But we need to follow headings list: About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We have content for Responsibilities, Requirements (required qualifications), Qualifications (maybe preferred?), Skills (technical skills), Benefits, Pay (wage range), Schedule (shift type, travel). Also maybe About the role includes company overview? We'll include role description. We must not include boilerplate like EEO, legal, etc. Remove those. We must preserve all substantive info. Let's extract: About the role: The role description after title: "Shape the Future of Wireless Communications At Analog Devices (ADI), we're building the technologies that power the world's most advanced communications, aerospace, defense, industrial, and connectivity applications. We're seeking an experienced Senior Product Engineer to lead the development, validation, and production release of next-generation Software Defined Radio (SDR) and mixed-signal solutions. This is a high-impact technical leadership role where you'll work at the intersection of RF, mixed-signal design, embedded software, and system architecture. You'll guide products from early silicon development through full production release while mentoring engineers and influencing technical strategy across cross-functional teams. If you're passionate about solving complex technical challenges, leading multidisciplinary teams, and bringing innovative wireless products to market, we'd love to hear from you." That's substantive. Responsibilities: Under "What You'll Do": bullet points: - Lead Advanced SDR Product Development - Own product evaluation, characterization, and validation activities for cutting-edge SDR and transceiver platforms. - Drive products from initial silicon bring-up through manufacturing release and customer deployment. - Serve as a technical leader for RF, mixed-signal, and embedded software verification initiatives. - Technical Leadership & Cross-Functional Influence - Partner closely with IC design, software, applications, test engineering, systems, and marketing teams to define and execute product strategies. - Act as the technical focal point for complex product issues, customer escalations, and performance optimization efforts. - Mentor and develop junior engineers while fostering best practices across engineering teams. - Influence future platform architectures, validation methodologies, and automation strategies. - Solve Challenging Wireless Engineering Problems - Debug and analyze complex RF and mixed-signal systems across a variety of operating conditions. - Perform advanced RF measurements including EVM, noise figure, phase noise, linearity, spurious analysis, and S-parameter characterization. - Validate digital signal processing (DSP), embedded software, analog, and digital functionality within highly integrated radio platforms. - Present technical findings and recommendations to engineering leadership and cross-functional stakeholders. - Drive Automation & Operational Excellence - Develop automated validation and characterization solutions using Python, MATLAB, LabVIEW, C/C++, or similar tools. - Improve test efficiency, measurement accuracy, and product quality through innovative automation techniques. - Help define laboratory strategies, equipment investments, and next-generation validation frameworks. We'll put each bullet as
• . Could group under subheadings? Not required; just list. Requirements: Required Qualifications list: - Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related discipline. - 7+ years of experience developing, validating, or bringing complex wireless communication systems to market. - Demonstrated success leading technical programs, projects, or engineering teams within RF, wireless, or mixed-signal environments. - Strong expertise in Software Defined Radio, RF systems, transceivers, ADCs, DACs, and mixed-signal architectures. - Hands-on experience with RF test and measurement equipment including spectrum analyzers, network analyzers, oscilloscopes, and signal generators. - Deep understanding of RF performance metrics including EVM, noise figure, phase noise, spurious performance, linearity, and S-parameters. - Experience working across hardware, software, and systems engineering disciplines. - Strong communication, collaboration, and mentoring skills. Qualifications: Preferred Qualifications list: - Experience leading engineers, projects, or technical workstreams within a product development environment. - Experience with embedded software verification and ARM-based systems. - Background in cellular, satellite communications, aerospace/defense, broadband, wireless infrastructure, or communications systems. - Proficiency in Python, MATLAB, LabVIEW, C/C++, or C#. - Experience collaborating with firmware and DSP teams to define and validate advanced signal processing algorithms. Skills: Could be overlapping; maybe we can put technical skills under Skills heading: e.g., proficiency in Python, MATLAB, LabVIEW, C/C++, C#, RF test equipment, etc. But we already have those in qualifications. To avoid duplication, we could treat Skills as a separate section summarizing key skills: RF, mixed-signal, SDR, embedded software, automation, etc. But we must not invent. We could extract from responsibilities: "Develop automated validation and characterization solutions using Python, MATLAB, LabVIEW, C/C++, or similar tools." Also "Experience with RF test and measurement equipment". Also "Strong expertise in Software Defined Radio, RF systems, transceivers, ADCs, DACs, and mixed-signal architectures." Also "Experience working across hardware, software, and systems engineering disciplines." Also "Strong communication, collaboration, and mentoring skills." So we can put those under Skills. Benefits: From "Why Join ADI?" bullet list: "Significant technical ownership and visibility.", "Opportunities to lead and mentor engineering teams.", "Exposure to cutting-edge RF and Software Defined Radio technologies.", "Collaboration with some of the industry's most respected technical experts.", "Competitive compensation, benefits, and career advancement opportunities." Also later: "This position includes medical, vision and dental coverage, 401k, paid vacation, holidays, and sick time, and other benefits." So we can combine. Pay: Wage range: "$110,385 to $151,808." Also mention discretionary performance-based bonus. So we include that. Schedule: Shift Type: 1st Shift/Days. Required Travel: Yes, 10% of the time. So schedule includes shift and travel. We must not include boilerplate like export licensing, EEO, legal, etc. Now produce HTML fragment with

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  About the role

  Shape the Future of Wireless Communications At Analog Devices (ADI), we're building the technologies that power the world's most advanced communications, aerospace, defense, industrial, and connectivity applications. We're seeking an experienced Senior Product Engineer to lead the development, validation, and production release of next-generation Software Defined Radio (SDR) and mixed-signal solutions. This is a high-impact technical leadership role where you'll work at the intersection of RF, mixed-signal design, embedded software, and system architecture. You'll guide products from early silicon development through full production release while mentoring engineers and influencing technical strategy across cross-functional teams. If you're passionate about solving complex technical challenges, leading multidisciplinary teams, and bringing innovative wireless products to market, we'd love to hear from you.

  Responsibilities

  • Own product evaluation, characterization, and validation activities for cutting-edge SDR and transceiver platforms.
  • Drive products from initial silicon bring-up through manufacturing release and customer deployment.
  • Serve as a technical leader for RF, mixed-signal, and embedded software verification initiatives.
  • Partner closely with IC design, software, applications, test engineering, systems, and marketing teams to define and execute product strategies.
  • Act as the technical focal point for complex product issues, customer escalations, and performance optimization efforts.
  • Mentor and develop junior engineers while fostering best practices across engineering teams.
  • Influence future platform architectures, validation methodologies, and automation strategies.
  • Debug and analyze complex RF and mixed-signal systems across a variety of operating conditions.
  • Perform advanced RF measurements including EVM, noise figure, phase noise, linearity, spurious analysis, and S-parameter characterization.
  • Validate digital signal processing (DSP), embedded software, analog, and digital functionality within highly integrated radio platforms.
  • Present technical findings and recommendations to engineering leadership and cross-functional stakeholders.
  • Develop automated validation and characterization solutions using Python, MATLAB, LabVIEW, C/C++, or similar tools.
  • Improve test efficiency, measurement accuracy, and product quality through innovative automation techniques.
  • Help define laboratory strategies, equipment investments, and next-generation validation frameworks.

  Requirements

  • Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related discipline.
  • 7+ years of experience developing, validating, or bringing complex wireless communication systems to market.
  • Demonstrated success leading technical programs, projects, or engineering teams within RF, wireless, or mixed-signal environments.
  • Strong expertise in Software Defined Radio, RF systems, transceivers, ADCs, DACs, and mixed-signal architectures.
  • Hands-on experience with RF test and measurement equipment including spectrum analyzers, network analyzers, oscilloscopes, and signal generators.
  • Deep understanding of RF performance metrics including EVM, noise figure, phase noise, spurious performance, linearity, and S-parameters.
  • Experience working across hardware, software, and systems engineering disciplines.
  • Strong communication, collaboration, and mentoring skills.

  Qualifications

  • Experience leading engineers, projects, or technical workstreams within a product development environment.
  • Experience with embedded software verification and ARM-based systems.
  • Background in cellular, satellite communications, aerospace/defense, broadband, wireless infrastructure, or communications systems.
  • Proficiency in Python, MATLAB, LabVIEW, C/C++, or C#.
  • Experience collaborating with firmware and DSP teams to define and validate advanced signal processing algorithms.

  Skills

  • Software Defined Radio, RF systems, transceivers, ADCs, DACs, mixed-signal architectures.
  • RF test and measurement equipment (spectrum analyzers, network analyzers, oscilloscopes, signal generators).
  • RF performance metrics: EVM, noise figure, phase noise, spurious performance, linearity, S-parameters.
  • Embedded software verification and ARM-based systems.
  • Automation using Python, MATLAB, LabVIEW, C/C++.
  • Cross‑disciplinary hardware/software/system engineering.
  • Communication, collaboration, and mentoring.

  Benefits