Analog IC Design Engineering Intern – AI RFIC | Texas Instruments USA
Analog IC Design Engineering Intern – AI Assisted RFIC Design
Posted by JobsForAll
Company Overview
Texas Instruments (TI) is a global leader in semiconductor innovation, designing and manufacturing analog and embedded processing chips that power billions of electronic systems worldwide. With decades of engineering excellence, TI continues to push boundaries in industrial, automotive, communications, and personal electronics.
Kilby Labs, TI’s central research and development organization, focuses on next-generation technologies, exploratory research, and recruiting top engineering talent to shape the future of electronics.
Job Summary
Texas Instruments is offering an exciting Analog IC Design Engineering Internship focused on AI-assisted RFIC and mmWave circuit design. This role is ideal for graduate students passionate about combining RF engineering with machine learning techniques to solve complex design challenges.
Interns will work with Kilby Labs researchers on advanced circuit synthesis, electromagnetic design, and AI-driven optimization techniques that influence future semiconductor products.
💭 JobsForAll Note: This internship is a rare opportunity for RF and AI enthusiasts to work on real-world semiconductor innovation at one of the world’s most respected chip manufacturers.
Eligibility Criteria
- Currently pursuing a Master’s or PhD in Electrical Engineering or related field
- Specialization or coursework in RF/mmWave circuit design
- Minimum GPA of 3.0 out of 4.0
- Hands-on exposure to AI/ML concepts
Who Should Apply for This Internship?
- Graduate students interested in RFIC design combined with AI techniques
- Researchers aiming to work on real semiconductor innovation
- Students considering a long-term career in analog or RFIC engineering
Who May Not Be a Good Fit?
- Students without foundational RF or circuit design coursework
- Candidates seeking non-technical or purely software-only internships
Internship Details
| Company | Texas Instruments |
|---|---|
| Job Role | Analog IC Design Engineering Intern |
| Job ID | 25008493 |
| Location | Dallas, Texas, USA |
| Job Category | Engineering – Product Development |
| Degree Level | Master’s / PhD |
Internship Compensation & Benefits
- Competitive stipend based on education level and experience
- Access to cutting-edge research tools and labs
- Mentorship from senior RF and AI engineers
- Networking opportunities within TI’s global engineering teams
Key Responsibilities
- Apply machine learning techniques to RF and mmWave circuit design problems
- Generate training datasets and perform neural network training
- Explore inverse design using supervised, unsupervised, and reinforcement learning
- Design passive RF components such as filters, couplers, dividers, and matching networks
- Develop active RF blocks including LNAs, power amplifiers, mixers, and phase shifters
- Collaborate with researchers on innovative and non-traditional circuit approaches
Preferred Technical Skills
- Strong Python programming skills
- Experience with PyTorch or TensorFlow
- Hands-on use of EM simulators (HFSS, Momentum, EMX, Helic)
- Prior RFIC tape-out experience (CMOS, SiGe, or III-V)
- Exposure to lab testing, prototyping, and debugging
Research & Innovation Exposure
Interns work directly within Kilby Labs, contributing to exploratory research that influences future TI products. This role emphasizes experimentation, learning, and collaboration with senior scientists and engineers.
Learning & Mentorship
Texas Instruments provides strong mentorship, enabling interns to refine both technical depth and system-level thinking. Interns gain exposure to industry-grade workflows, research documentation, and peer review practices.
Why Choose TI for Your Internship?
- Work on real semiconductor research, not simulated tasks
- Collaborate with world-class RF and AI experts
- Competitive intern compensation and benefits
- Inclusive, diverse, and innovation-driven culture
Suggested Career Path After Internship
- Step 1: Analog IC Design Intern – Hands-on RFIC design, ML optimization, lab testing
- Step 2: Associate Engineer – Work on full design cycles and validation
- Step 3: Senior Engineer / RFIC Specialist – Lead modules, mentorship, and optimization research
- Step 4: Principal Engineer / AI-RF Researcher – Drive innovation, manage projects, and publish research
Recommended Certifications & Learning Resources
- Python for RF Engineers (Coursera / Udemy)
- Machine Learning for Engineers (TensorFlow / PyTorch)
- RF & Microwave Engineering online courses
- EM simulation tools tutorials (HFSS, Momentum, EMX)
Example Intern Projects
- Applying neural networks to optimize RFIC filter and amplifier designs
- Designing and testing mmWave passive and active circuits
- Generating datasets and training ML models for circuit performance prediction
- Collaborating on inverse design challenges for next-gen RF products
Interview & Career Preparation Resources
- Engineering Interview Preparation Guide
- Top Technical Interview Questions
- Resume Writing Tips
- Resume Mistakes to Avoid
- How to Apply for Jobs Safely
FAQs
Is this internship open to international students?
Employment may be subject to export control regulations. TI evaluates eligibility on a case-by-case basis.
Is prior tape-out experience mandatory?
No, but prior tape-out experience is considered a strong advantage.
What degree levels are eligible?
Students currently pursuing a Master’s or PhD are eligible.
Does TI offer full-time opportunities after internship?
High-performing interns may be considered for future full-time engineering roles.
How This Internship Differs From Typical Intern Roles
- Focus on real research problems rather than predefined tasks
- Direct exposure to AI-driven circuit synthesis and optimization
- Collaboration with senior researchers at Kilby Labs
- Work that may influence future TI product designs
Apply Online
Apply Now – Official Texas Instruments Career Portal
Disclaimer
Company Disclaimer: Texas Instruments conducts recruitment only through official TI career portals. TI does not charge any fees during the hiring process.
JobsForAll Disclaimer: JobsForAll shares verified job opportunities for informational purposes only. We never ask candidates for money, fees, or sensitive personal information.
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