TN Visa Ic Design Engineer Jobs
IC Design Engineer roles qualify for TN visa sponsorship under the USMCA treaty's Engineer category, which covers integrated circuit design work requiring at least a bachelor's degree in electrical engineering or a related field. Canadian citizens can secure TN status at the port of entry; Mexican citizens apply through a U.S. consulate.
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Get Access To All JobsINTRODUCTION
Teradar is pioneering a new era in perception with the world’s first automotive terahertz vision sensor, delivering ultra-high resolution imaging in any weather condition. Founded in Boston, Teradar’s solid-state, chip-scale technology unlocks safer, smarter vehicles and opens the door to transformative applications in mobility, defense, and beyond.
ROLE AND RESPONSIBILITIES
You will lead the development of critical low-power AMS circuits, defining the clocking, PLL, and data converter architectures that power our novel terahertz sensor. This is a high-impact role where you will collaborate across RF, systems, and digital teams to bring next-generation sensor SoCs from initial concept to high-volume silicon.
- Architectural Leadership: Lead the definition and design of low-jitter clocking architectures, high-speed PLLs, and data converter signal chains, ensuring seamless integration with RF front-ends and digital back-ends.
- Circuit Design: Design and implement high-performance, low-power blocks including frequency-synthesized PLLs, VCOs, telemetric/diagnostic ADCs, programmable gain amplifiers (PGAs), bandgap references, and bias circuits.
- System Integration: Derive block-level specifications from complex system requirements and spearhead architecture-level trade-off discussions regarding noise, jitter, and power distribution.
- Full Lifecycle Ownership: Own the schematic design, pre-/post-layout simulation, and rigorous verification of clocking and data converter subsystems using industry-standard EDA tools.
- Physical Design Oversight: Work closely with layout engineers to ensure robust, noise-immune, and area-efficient physical implementations of jitter-sensitive circuits.
- Silicon Bring-up: Lead silicon validation, debugging, and characterization of clocking networks and ADCs in the lab to ensure hardware meets performance targets.
BASIC QUALIFICATIONS
- System Expertise: Proven experience in AMS design specifically for low-jitter clock generation (PLLs) and data conversion (ADCs) architectures. Deep understanding of frequency synthesis and signal conditioning.
- Experience: 10+ years of hands-on experience in analog and mixed-signal IC design, specifically in advanced nodes (e.g., TSMC 28nm or below).
- Block Expertise: Deep technical expertise in PLLs (integer/fractional-N, LC/Ring VCOs), high-precision or telemetry ADCs, PGAs, bandgap design, and biasing circuits.
- Tools: High proficiency with Cadence Virtuoso, Spectre, SpectreRF, and AMS simulation environments.
- Low-Power Mastery: Solid background in low-power design methodologies and the jitter/power trade-offs inherent in sensor clocking applications.
- Education: PhD in Electrical Engineering (or equivalent) preferred; MS required with significant industry track record.
LOCATION
* San Jose, CA (hybrid)
INTRODUCTION
Teradar is pioneering a new era in perception with the world’s first automotive terahertz vision sensor, delivering ultra-high resolution imaging in any weather condition. Founded in Boston, Teradar’s solid-state, chip-scale technology unlocks safer, smarter vehicles and opens the door to transformative applications in mobility, defense, and beyond.
ROLE AND RESPONSIBILITIES
You will lead the development of critical low-power AMS circuits, defining the clocking, PLL, and data converter architectures that power our novel terahertz sensor. This is a high-impact role where you will collaborate across RF, systems, and digital teams to bring next-generation sensor SoCs from initial concept to high-volume silicon.
- Architectural Leadership: Lead the definition and design of low-jitter clocking architectures, high-speed PLLs, and data converter signal chains, ensuring seamless integration with RF front-ends and digital back-ends.
- Circuit Design: Design and implement high-performance, low-power blocks including frequency-synthesized PLLs, VCOs, telemetric/diagnostic ADCs, programmable gain amplifiers (PGAs), bandgap references, and bias circuits.
- System Integration: Derive block-level specifications from complex system requirements and spearhead architecture-level trade-off discussions regarding noise, jitter, and power distribution.
- Full Lifecycle Ownership: Own the schematic design, pre-/post-layout simulation, and rigorous verification of clocking and data converter subsystems using industry-standard EDA tools.
- Physical Design Oversight: Work closely with layout engineers to ensure robust, noise-immune, and area-efficient physical implementations of jitter-sensitive circuits.
- Silicon Bring-up: Lead silicon validation, debugging, and characterization of clocking networks and ADCs in the lab to ensure hardware meets performance targets.
BASIC QUALIFICATIONS
- System Expertise: Proven experience in AMS design specifically for low-jitter clock generation (PLLs) and data conversion (ADCs) architectures. Deep understanding of frequency synthesis and signal conditioning.
- Experience: 10+ years of hands-on experience in analog and mixed-signal IC design, specifically in advanced nodes (e.g., TSMC 28nm or below).
- Block Expertise: Deep technical expertise in PLLs (integer/fractional-N, LC/Ring VCOs), high-precision or telemetry ADCs, PGAs, bandgap design, and biasing circuits.
- Tools: High proficiency with Cadence Virtuoso, Spectre, SpectreRF, and AMS simulation environments.
- Low-Power Mastery: Solid background in low-power design methodologies and the jitter/power trade-offs inherent in sensor clocking applications.
- Education: PhD in Electrical Engineering (or equivalent) preferred; MS required with significant industry track record.
LOCATION
* San Jose, CA (hybrid)
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Get Access To All JobsTips for Finding TN Visa Sponsorship as an Ic Design Engineer
Align your credentials to TN Engineer requirements
Your degree must be in electrical engineering, computer engineering, or a closely related field. A software engineering degree alone can raise questions for IC design roles, so gather transcripts and any credential evaluation letters before approaching employers.
Target employers with dedicated IC design teams
Fabless semiconductor companies, EDA tool vendors, and automotive chip divisions file TN visa petitions regularly. Prioritize job postings that list RTL design, analog layout, or physical verification skills, as these signal in-house roles rather than consulting work that can complicate TN eligibility.
Clarify TN sponsorship before the offer stage
Ask the hiring manager during final interviews whether the company has sponsored TN visas for engineers before. Many mid-size semiconductor firms have done it but don't advertise it, and confirming early prevents surprises during offer negotiation.
Search TN-ready IC design jobs through Migrate Mate
Use Migrate Mate to filter IC Design Engineer openings by employers with TN visa sponsorship history. This saves weeks of cold outreach by surfacing companies already familiar with the USMCA Engineer category filing process.
Confirm your role qualifies before CBP inspection
Canadians presenting at a port of entry need a support letter from the employer describing your IC design duties in engineering terms. CBP officers are not semiconductor specialists, so the letter must explicitly connect your daily responsibilities to the Engineer occupational category.
Prepare for TN duration and renewal from day one
TN status is granted in up to three-year increments with no cap on renewals for Canadians. Have your employer retain project documentation and support letters from the start, so renewal applications at the border don't require rebuilding your file from scratch.
Ic Design Engineer TN Visa: Frequently Asked Questions
Does IC Design Engineer qualify for TN visa status?
Yes. IC Design Engineers qualify under the USMCA Engineer category, which covers roles requiring a bachelor's degree in electrical engineering, computer engineering, or a closely related discipline. The employer's support letter must describe your duties in engineering terms, connecting tasks like RTL coding, analog circuit design, or physical verification to the Engineer occupational category.
How does TN compare to H-1B for IC Design Engineer roles?
TN has no annual lottery, no cap for Canadian citizens, and can be approved at a port of entry the same day for Canadians. H-1B visa selection is lottery-based, capped at 85,000 per fiscal year, and requires USCIS petition processing. For a Canadian IC Design Engineer with a qualifying degree, TN is typically faster and more predictable than waiting on H-1B visa registration results.
Where can I find IC Design Engineer jobs with TN visa sponsorship?
Migrate Mate is built specifically for this search. You can filter IC Design Engineer openings by employers with TN visa sponsorship history, so you're not guessing which companies are willing to file. General job boards rarely surface that information without direct outreach to recruiters.
Can a Mexican IC Design Engineer get TN visa sponsorship?
Yes, but the process differs from Canada. Mexican nationals must apply for a TN visa at a U.S. consulate rather than at a port of entry. The Engineer category is available under USMCA, and the degree and role requirements are identical, but appointment wait times at Mexican consulates add lead time you'll want to plan for before a start date.
What happens to my TN status if I switch IC Design Engineer employers?
TN status is employer-specific, so switching companies requires a new TN authorization. Canadians can go directly to a port of entry with their new employer's support letter and documentation. Mexicans need a new consular appointment. There's no grace period built into TN the way there is with H-1B, so timing the transition carefully with your new employer is essential.