Analog IC Design Engineer

Texas Instruments; Hinoba-an; On-site; PHP 600,000 - 900,000; Full time

Job summary

Texas Instruments is seeking an Analog Design Engineer in the Philippines to design and implement analog/mixed-signal ICs, lead IP and chip architecture, and ensure designs meet specifications with robust verification.

You will develop experiments to debug designs, use MATLAB and Cadence for simulations, and collaborate across teams to address reliability and performance goals.

Qualifications

• Experience in analog/mixed-signal IC design.
• Ability to lead design reviews and execution.
• Familiarity with circuit simulation and post-layout validation.

Responsibilities

• Designs and implements analog, analog-mixed signal & ICs per specifications.
• Leads IP and chip architecture, schematic design & simulation.
• Applies analog fundamentals and process tech to deliver robust designs.
• Develops experiments to debug and improve designs.
• Uses MATLAB/Cadence for drawing schematics, simulations and data processing.
• Understand feedback loops, reliability, analysis and risk mitigation.

Skills

Analog design

Schematic design

Circuit simulation

Matlab

Cadence

Design debugging

NPDE methodology

Tools

MATLAB

Cadence

Job description

Change the world. Love your job.
Texas Instruments (TI) is out front and ready for the next big challenge. Our innovations are at the core of nearly every electronics product in use today. And it doesn't stop there. We're developing breakthrough technology to power the world's future innovations as well. TI is committed to building a better future — from the responsible manufacturing of our semiconductors, to caring for our employees, to giving back inside our communities. Put your talent to work with us.

Analog Design Engineer Success Profile: Success Factors & Descriptions

Circuit Design, Analysis & Execution

Designs, and implements analog, analog-mixed signal & integrated circuits (ICs) that enable new TI products and customer solutions.
Leads IP and chip architecture, schematic design & simulation (pre- and post-layout) basis the specification requirements.
Applies deep understanding of analog fundamentals, process technologies, and circuit design techniques.
Delivers robust, innovative, and efficient designs aligning with customer needs.
Meets project milestones while adapting to changing requirements.
Develops and executes experiments to debug and improve designs.
Able to understand & use relevant software tools (MATLAB, Cadence, etc.) for drawing schematics, simulations, data processing, Modeling etc.
Understands and applies the concepts of feedback loops, design reliability, stability analysis, and debug analysis
Demonstrates a high sense of ownership on design decisions & accountability while executing technical developments.
Understands and applies TI’s NPDE Methodology; Proactively identifies and addresses risks in design & execution
Strives to improve execution efficiency using automation

Innovation, Problem Solving & Continuous learning

Stays abreast of industry trends and emerging Circuit topologies & architectures. Proactively proposes and implements innovative solutions
Demonstrates curiosity to go beyond assigned tasks to learn and understands the entire product development
Applies classroom/theoretical knowledge to real-world problems and expands expertise across application areas.
Engages in deep technical discussions and “what if” scenarios
Keeps the end-user in mind, anticipates market/application needs
Able to explain complex concepts and innovations to technical and non-technical stakeholders
Actively pursues professional development, continuous learning and shares knowledge with peers.
Seeks feedback; Responds constructively to failures or missed goals

Cross-functional Collaboration

Works with cross-disciplinary teams (Systems, layout, test, validation, design verification, digital design) across the full product lifecycle—front end to back end.
Participates & contributes to design reviews, product definition, requirements capture, bench characterization etc.
Builds trust and rapport across teams; listens to and incorporates diverse perspectives
Brings together input from different functions to optimize the design for layout ease, test, manufacturability and reliability
Demonstrates accountability and professionalism in team settings; proactively resolves technical and interpersonal obstacles.
Documents and Communicates results clearly through presentations and technical reports to diverse stakeholders.

Table 2: Development actions

Circuit Design, Analysis & Execution

• Deepen technical expertise by leading the design and simulation of a new type of analog IP block or circuit, progressing from schematic through post-layout validation.
• Seek and integrate feedback from a senior designer or mentor on design approach, simulation methodology, and results interpretation.
• Enroll in (or complete) advanced coursework or internal training on data processing, modeling, or new simulation tools.
• Lead a root-cause analysis for a failed lab or silicon debug, document & share learnings
• Build proficiency in modeling and data analysis by working on real design datasets.
• Take initiative in a root cause analysis of a complex silicon or system-level failure, documenting lessons learned and sharing them with the broader team.

Innovation, Problem Solving & Continuous learning

• Work directly with a system, product or applications engineer to better understand customer requirements, and map at least one design decision to a specific end-user or market need
• Regularly review recent technical literature and patents related to analog/mixed-signal design.
• Propose process, topology and, methodology improvements and pilot it in a project.
• Volunteer to present a “tech talk” or lead a brainstorming session on emerging architectures.

Cross-functional Collaboration

• Develop and deliver a clear technical report or presentation summarizing your project’s impact for both internal and external stakeholders.
• Lead or actively participate in a cross-functional design review (with layout, test, and verification teams), focusing on surfacing and resolving at least one major interdisciplinary issue.
• Practice and strengthen communication by presenting a design challenge and solution to both technical and non-technical audiences, seeking feedback on clarity and impact.