Analog IC Design Manager

📍 Job Overview

Job Title: Analog IC Design Manager

Company: Texas Instruments

Location: Dallas, Texas, United States

Job Type: Full-time

Category: Engineering - Electrical Engineering / Semiconductor Design

Date Posted: 2026-06-25

Experience Level: Mid-Senior Level (2-5 years inferred)

Remote Status: On-site

🚀 Role Summary

• Lead and execute the design, simulation, and implementation of advanced analog, digital, and RF integrated circuits (ICs) for cutting-edge semiconductor solutions.

• Drive innovation in the design of analog circuits, ensuring functionality and parametric performance across state-of-the-art wafer processes.

• Collaborate with cross-functional teams and industry experts to bring high-performance semiconductor products to market for consumer electronics, mobile computing, and communications sectors.

• Oversee the end-to-end product development lifecycle, from initial design and simulation to layout, post-layout verification, and bench characterization.

📝 Enhancement Note: The original job description is for an "Analog IC Design Engineer," but the title provided is "Analog IC Design Manager." Given the "2-5 years" inferred experience level, this role likely represents a senior individual contributor or a team lead position rather than a traditional people management role. The responsibilities lean towards hands-on design and technical leadership within a specific project or team. If this were a true "Manager" role, the responsibilities would typically include team management, performance reviews, and strategic departmental planning, which are not explicitly detailed here. The provided responsibilities focus heavily on technical design execution.

📈 Primary Responsibilities

• Define, design, simulate, model, implement, and document analog, digital, and/or RF integrated circuits (ICs).

• Execute the design and simulation of analog integrated circuits in silicon, ensuring adherence to performance specifications and process technology requirements.

• Actively participate in the IC layout process, providing guidance and collaborating with layout engineers to optimize circuit performance and area.

• Conduct post-layout extracted simulations to verify functionality and performance against design targets before tape-out.

• Perform "front-end" design activities, including schematic capture, functional simulation, and parametric performance analysis.

• Gain exposure to and potentially contribute to "back-end" activities such as bench characterization, final test, and failure analysis to understand the full product lifecycle.

• Collaborate with worldwide leading customers to understand their requirements and develop cutting-edge solutions.

• Work with state-of-the-art wafer processes and learn from and collaborate with industry experts to drive innovation.

📝 Enhancement Note: The responsibilities listed are highly technical and focused on direct IC design work. The "Manager" title in the job title seems to imply leadership, but the detailed responsibilities emphasize hands-on engineering tasks. This suggests a senior technical leadership role or a role where the individual may guide junior engineers on design tasks rather than directly manage a team of people.

🎓 Skills & Qualifications

Education:

• PhD in Electrical Engineering with a specialization in millimeter wave/RF IC design.

• OR Master's degree in Electrical Engineering with a minimum of 3 years of relevant industry experience. Experience:

• Minimum of 3 years of experience in RF/analog circuit design (if holding a Master's degree).

• Proven experience in defining, designing, simulating, and implementing analog integrated circuits.

• Demonstrated ability to correlate simulation results with lab measurements and bench characterization data. Required Skills:

• Expertise in analog and RF integrated circuit (IC) design principles.

• Proficiency in circuit simulation tools (e.g., Cadence Virtuoso, Spectre, ADS, or similar).

• Strong understanding of semiconductor device physics and fabrication processes.

• Ability to perform detailed schematic design and analysis.

• Experience with post-layout simulation and extraction techniques.

• Knowledge of design for test (DFT) principles for analog and mixed-signal circuits.

• Excellent problem-solving skills and a methodical approach to complex design challenges.

• Strong written and verbal communication skills for documenting designs and collaborating with teams. Preferred Skills:

• Experience with millimeter wave (mmWave) design.

• Familiarity with RFIC design for consumer electronics, mobile computing, and communications markets.

• Experience with bench characterization, including test equipment operation and data analysis.

• Exposure to failure analysis processes and techniques.

• Understanding of firmware specification, calibration, and trim requirements for ICs.

• Familiarity with IC layout best practices and collaboration with layout engineers.

• Knowledge of advanced wafer processes and their impact on analog/RF performance.

📝 Enhancement Note: The AI-inferred experience level of "2-5 years" is noted. However, the requirement for a PhD in EE with a specific focus, or a Master's with 3 years of experience, aligns more closely with a mid-to-senior individual contributor or a lead engineer role rather than a junior position. The "Manager" title is the primary driver for this ambiguity; actual managerial duties are not specified.

📊 Process & Systems Portfolio Requirements

Portfolio Essentials:

• Showcase a minimum of 2-3 complex analog or RF IC design projects that demonstrate a full design cycle from concept to verification.

• Include detailed schematics, simulation results (performance metrics, corner cases), and post-layout simulation outcomes for key designs.

• Provide examples of how simulation results were correlated with theoretical calculations or lab measurements, highlighting accuracy and any discrepancies.

• Demonstrate experience with circuit layout, including integration challenges and optimization strategies, if applicable.

• Present case studies of specific design challenges faced and the innovative solutions implemented to achieve desired performance. Process Documentation:

• Document the methodology used for defining IC specifications and requirements based on system-level needs.

• Illustrate the process followed for circuit simulation, including tool selection, test bench development, and verification strategies.

• Detail the workflow for IC layout, including collaboration with layout engineers and adherence to design rules.

• Explain the process for post-layout simulation and verification, emphasizing checks for parasitic effects and signal integrity.

• Outline the approach to bench characterization and test, including test plan development and data analysis for performance validation.

📝 Enhancement Note: While not explicitly stated, for an IC design role, especially one with a "Manager" title, a portfolio showcasing complex projects and a structured approach to design is implicitly expected. This section outlines what a strong portfolio would typically contain for such a role in the semiconductor industry.

💵 Compensation & Benefits

Salary Range:

• Based on industry benchmarks for Analog IC Design Engineers/Leads in Dallas, Texas, with 3-5 years of experience, a typical salary range would be approximately $120,000 to $160,000 per year. This estimate considers the high demand for specialized semiconductor design skills, the cost of living in the Dallas area, and Texas Instruments' standing as a major industry player. A PhD holder might command a higher salary within this range or slightly above. Benefits:

• Competitive Pay: Reflecting the specialized nature of the role and industry standards.

• Health and Well-being Benefits: Comprehensive medical, dental, and vision insurance plans.

• Paid Time Off: Generous vacation, sick leave, and paid holidays.

• Retirement Savings Plan: Including 401(k) matching contributions.

• Professional Development: Opportunities for continued education, training, and conference attendance.

• Employee Stock Purchase Plan (ESPP): For eligible employees.

• Relocation Assistance: May be provided for qualified candidates. Working Hours:

• Standard full-time work week is 40 hours, typically Monday through Friday.

• Flexibility may be available depending on project needs and team agreements, but requires on-site presence.

📝 Enhancement Note: Salary range is an estimation based on Dallas, TX, market data for similar roles and experience levels, as no specific salary information was provided. The benefits listed are standard for large technology companies like Texas Instruments.

🎯 Team & Company Context

🏢 Company Culture

Industry: Semiconductors / Electronics Manufacturing. Texas Instruments is a global leader in designing and manufacturing analog and embedded processing chips, serving critical markets like industrial, automotive, data center, personal electronics, and communications. This sector is characterized by rapid innovation, intense competition, and high technical demands.

Company Size: Large Enterprise (Over 10,000 employees). This size implies established processes, global reach, significant resources, and diverse career opportunities. For operations professionals, it means potential for structured career paths, but also a need to navigate larger organizational structures.

Founded: 1930. With a long history, TI has a deep-rooted culture of innovation and resilience, having adapted through numerous technological shifts. This longevity suggests stability and a strong foundation in engineering excellence.

Team Structure:

• The role is part of an established Analog Design team, likely comprising experienced engineers, potentially junior engineers, and technical leads.

• Reporting structure is likely to be to an Analog Design Manager or Director, who oversees multiple design teams or projects.

• Cross-functional collaboration is essential, involving close work with layout engineers, product engineers, test engineers, marketing, and potentially customer application engineers. Methodology:

• Data-driven design decisions, heavily reliant on rigorous simulation and empirical validation through lab measurements.

• Emphasis on robust design methodologies to ensure reliability and performance across a wide range of operating conditions and manufacturing variations.

• Continuous improvement in design processes and adoption of new technologies and tools to maintain a competitive edge.

• Collaboration and knowledge sharing are key to solving complex problems and driving innovation within the team.

Company Website: https://www.ti.com/

📝 Enhancement Note: Information on company culture, size, and founding date is derived from the provided LinkedIn data and general knowledge of Texas Instruments. The team structure and methodology are inferred based on the typical operations of an IC design department within a large semiconductor company.

📈 Career & Growth Analysis

Operations Career Level: Senior Individual Contributor / Technical Lead. While the title is "Manager," the responsibilities focus on deep technical expertise and execution in IC design. This level typically involves mentoring junior engineers, leading specific design tasks or blocks within larger projects, and being a go-to expert for complex technical challenges. It's a path for engineers who excel technically without necessarily moving into direct people management.

Reporting Structure: This role likely reports to a higher-level Engineering Manager or Director who oversees a broader portfolio of analog design projects or a specific product line. The individual will work closely with fellow senior engineers and may guide junior team members on technical aspects of their work.

Operations Impact: The work directly impacts the performance, cost, and market competitiveness of Texas Instruments' semiconductor products. Successful analog IC designs are crucial for enabling new features in consumer electronics, automotive systems, and industrial applications, directly contributing to the company's revenue and market leadership.

Growth Opportunities:

• Technical Specialization: Deepen expertise in specific analog or RF domains (e.g., power management, high-speed data converters, RF transceivers) and become a recognized expert.

• Project Leadership: Lead the design of entire ICs or complex functional blocks, taking ownership from specification to silicon validation.

• Mentorship: Guide and mentor junior engineers, helping them develop their technical skills and navigate design challenges.

• Cross-functional Roles: Transition into roles like Product Engineering, Test Engineering, or even Applications Engineering, leveraging deep design knowledge.

• Management Track: For those interested in people management, a pathway may exist to move into a formal management role after demonstrating technical leadership and potential.

📝 Enhancement Note: This analysis is based on the inferred role level and typical career progression within the semiconductor industry, particularly at a large company like Texas Instruments. The "Manager" title is interpreted as technical leadership rather than direct people management, given the described responsibilities.

🌐 Work Environment

Office Type: Primarily an on-site role within a corporate engineering environment. Texas Instruments has a strong culture of in-person collaboration and access to specialized laboratory equipment.

Office Location(s): Dallas, Texas, at their main campus (12500 TI Blvd, Dallas, TX 75243). This location is a major hub for TI's engineering and corporate operations.

Workspace Context:

• Collaborative open-plan office spaces or dedicated team areas designed to foster interaction among engineers.

• Access to state-of-the-art design tools, simulation software, and high-performance computing resources.

• Well-equipped laboratories for bench characterization, testing, and failure analysis, providing hands-on experience with silicon.

• Opportunities for informal and formal knowledge sharing sessions, design reviews, and technical presentations. Work Schedule:

• The role is full-time, with a standard 40-hour work week.

• While core hours are expected for collaboration and team alignment, there may be flexibility in daily start/end times, subject to team norms and project demands. However, the on-site nature means consistent physical presence is required.

📝 Enhancement Note: This section infers the work environment based on the "On-site" work arrangement and the nature of semiconductor IC design, which requires access to specialized equipment and close collaboration.

📄 Application & Portfolio Review Process

Interview Process:

• Initial Screening: HR or recruiter call to assess basic qualifications, interest, and alignment with company culture.

• Technical Phone/Video Interview: Conducted by engineering managers or senior engineers to evaluate technical depth in analog/RF design, simulation, and problem-solving skills.

Expect questions on core EE principles and past project experiences.

• On-site Interviews: A series of interviews at the Dallas, TX facility, typically involving:

  • Technical Deep Dives: Discussions on specific design projects, challenges, and solutions from your portfolio.
  • Design Problem Solving: Whiteboard exercises or case studies involving analog/RF circuit design scenarios.
  • Team/Manager Interviews: Assessment of collaboration style, communication skills, and fit with the team's working methodology.
  • Portfolio Review: A dedicated session to walk through selected projects from your portfolio, explaining your contributions, design choices, and outcomes.

• Final Interview: May involve senior management or a final confirmation interview.

Portfolio Review Tips:

• Select Impactful Projects: Choose 2-3 projects that best showcase your core skills, problem-solving abilities, and the impact of your work. Prioritize projects aligned with TI's product areas (analog, RF, consumer, automotive, industrial).

• Quantify Achievements: For each project, clearly articulate your specific contributions, the technical challenges you overcame, and the quantifiable results (e.g., performance improvements achieved, power reduction, area optimization, meeting stringent specs).

• Highlight Design Methodology: Be prepared to explain your design process, from initial concept and simulation to layout considerations and post-silicon validation.

• Demonstrate Correlation: Emphasize instances where your simulations accurately predicted silicon performance, or how you debugged and resolved discrepancies between simulation and lab measurements.

• Visual Aids: Use clear schematics, simulation plots, and potentially layout snippets to illustrate your points effectively. Keep it concise and focused.

Challenge Preparation:

• Analog/RF Fundamentals: Brush up on core concepts like active filters, amplifiers, oscillators, mixers, phase-locked loops (PLLs), voltage-controlled oscillators (VCOs), and common-source/common-drain amplifier designs.

• Semiconductor Physics: Be ready to discuss device behavior (MOSFETs, BJTs) and their impact on circuit performance.

• System-Level Understanding: Understand how your analog/RF blocks fit into a larger system and the implications for performance trade-offs.

• Problem-Solving Scenarios: Practice approaching open-ended design problems, thinking through trade-offs, and articulating your thought process logically.

📝 Enhancement Note: This section outlines a typical interview process for a senior IC design role in the semiconductor industry. The portfolio and challenge preparation advice is tailored to the specific technical requirements of analog and RF IC design.

🛠 Tools & Technology Stack

Primary Tools:

• Cadence Virtuoso: The industry-standard platform for IC design, layout, and schematic capture. Proficiency in using its various tools for analog design is crucial.

• Spectre / HSPICE / Eldo: SPICE-based circuit simulators for detailed analog and mixed-signal verification.

• Advanced Design System (ADS): Commonly used for RF and microwave circuit design, simulation, and layout.

• Synopsys Tools: May be used for specific verification tasks, including logic synthesis if digital blocks are involved.

• MATLAB / Python: Frequently used for scripting, data analysis, algorithm development, and creating test environments.

Analytics & Reporting:

• Internal TI Tools: Proprietary tools for design management, simulation result analysis, and performance tracking.

• Data Visualization Tools: For analyzing simulation data and presenting results (e.g., Excel, JMP, or custom scripts).

CRM & Automation:

• Version Control Systems: (e.g., Git, Perforce) for managing design files and revisions.

• Project Management Software: (e.g., Jira, internal TI systems) for tracking tasks and project progress.

• Scripting for Automation: Using Python, Perl, or Tcl to automate repetitive simulation, analysis, or data processing tasks.

📝 Enhancement Note: The tools listed are standard for analog and RF IC design engineers in the semiconductor industry. Texas Instruments, being a large and established company, will likely have a mix of industry-standard tools and proprietary internal systems.

👥 Team Culture & Values

Operations Values:

• Innovation: A core value at TI, encouraging the development of novel solutions and pushing the boundaries of technology. This translates to valuing creative problem-solving in design.

• Integrity: Upholding ethical standards in all aspects of work, from design accuracy to customer interactions.

• Teamwork: Emphasizing collaboration and mutual support to achieve common goals, essential for complex IC development.

• Customer Focus: Designing products that meet or exceed customer expectations and address market needs effectively.

• Excellence: Striving for high quality and performance in all engineering endeavors, with a rigorous approach to verification and validation.

Collaboration Style:

• Technical Rigor: Design reviews are thorough and data-driven, focusing on technical merit and adherence to specifications.

• Knowledge Sharing: A culture that encourages sharing insights, best practices, and lessons learned through design reviews, presentations, and informal discussions.

• Cross-Functional Partnership: Close working relationships with layout, product, and test engineers are vital for successful product realization.

• Open Communication: Encouraging engineers to voice concerns, ask questions, and provide constructive feedback to improve designs and processes.

📝 Enhancement Note: These values and collaboration styles are inferred from Texas Instruments' stated company values and the typical culture of high-performing engineering teams in the semiconductor industry.

⚡ Challenges & Growth Opportunities

Challenges:

• Complexity of Modern ICs: Designing increasingly complex analog and RF circuits within stringent power, performance, and area (PPA) constraints.

• Process Variation: Managing the impact of manufacturing process variations on circuit performance and yield.

• Rapid Technological Advancement: Keeping pace with evolving semiconductor technologies, market demands, and competitive pressures.

• Integration of Digital and Analog: Effectively integrating analog/RF blocks with digital logic on the same chip.

• Remote Collaboration (if applicable): While this role is on-site, managing communication and alignment across global teams or with remote customer contacts can be challenging.

Learning & Development Opportunities:

• Advanced Technical Training: Access to internal and external training programs to deepen expertise in specific analog/RF design areas.

• Industry Conferences: Opportunities to attend and present at leading semiconductor conferences (e.g., ISSCC, CICC, IMS).

• Mentorship Programs: Formal or informal mentorship from senior engineers and technical leaders within TI.

• Exposure to Diverse Projects: Working on a variety of products and technologies across different market segments.

• Leadership Development: Opportunities to take on more responsibility in project leadership, technical direction, and potentially team management.

📝 Enhancement Note: Challenges and growth opportunities are typical for senior engineers in the competitive semiconductor industry, tailored to the specifics of analog IC design.

💡 Interview Preparation

Strategy Questions:

• "Describe a challenging analog circuit design you worked on. What were the key constraints, what was your approach, and what was the outcome?" (Focus on problem-solving, technical depth, and quantifiable results.)

• "How do you ensure your simulations accurately predict silicon performance? Discuss your methodology for correlating simulation results with lab measurements." (Tests understanding of simulation accuracy and validation.)

• "Imagine you need to design an amplifier with specific gain, bandwidth, and noise figure requirements. Walk me through your design process, including trade-offs you would consider." (Assesses design methodology and understanding of analog fundamentals.)

• "How do you approach designing for manufacturability and yield in your analog circuits?" (Evaluates awareness of real-world silicon constraints.) Company & Culture Questions:

• "What interests you about Texas Instruments and this specific role?" (Prepare to link your skills and career goals to TI's business and the job description.)

• "How do you approach collaboration with layout engineers or product engineers?" (Demonstrate understanding of cross-functional teamwork and communication.)

• "Describe a time you disagreed with a technical decision and how you handled it." (Assesses communication, conflict resolution, and professionalism.)

• "How do you stay current with the latest advancements in analog and RF IC design?" (Shows commitment to continuous learning.) Portfolio Presentation Strategy:

• Structure: For each project, clearly define the problem, your role/contribution, the design approach, key technical challenges, solutions implemented, and the final results (with metrics).

• Focus on Impact: Emphasize the why behind your design choices and the value they delivered.

• Be Ready for Deep Dives: Anticipate detailed questions about specific circuit blocks, simulation parameters, and experimental results.

• Conciseness: Present key information efficiently, allowing time for discussion and questions.

• Honesty: Be transparent about your contributions, especially if working in a team environment.

📝 Enhancement Note: Interview questions are designed to probe technical expertise, problem-solving capabilities, and cultural fit, common for senior engineering roles in technology companies. The portfolio strategy emphasizes clarity and impact.

📌 Application Steps

To apply for this Analog IC Design role:

• Submit your application through the Texas Instruments careers portal link provided.

• Resume Optimization: Tailor your resume to highlight specific analog and RF IC design experience, relevant tools proficiency (Cadence, Spectre, ADS), and quantifiable achievements from past projects. Ensure your education details (PhD/Master's, specialization) are prominent.

• Portfolio Preparation: Compile a concise portfolio showcasing 2-3 of your most relevant and impactful IC design projects. Be ready to present these with clear explanations of your contributions, design choices, simulation results, and any post-silicon validation data.

• Technical Review: Prepare to discuss fundamental analog and RF circuit theory, semiconductor physics, and your experience with specific design and simulation tools. Review common analog design challenges and solutions.

• Company Research: Familiarize yourself with Texas Instruments' product portfolio, market segments, and recent innovations. Understand their stated company values and engineering culture.

⚠️ Important Notice: This enhanced job description includes AI-generated insights and operations industry-standard assumptions. All details should be verified directly with the hiring organization before making application decisions.

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