KI aufbauen – von der Physik her gedacht

Elektronikdesign nach Luft- und Raumfahrtstandards ist brutal schwer. Genau deshalb ist es wichtig. Bei Quilter setzen wir Reinforcement Learning und Physiksimulation ein, um das PCB-Layout richtig zu lösen – von ersten Prinzipien aus, ohne Abkürzungen.

Das ist fordernde Arbeit. Sie verlangt Intensität, Genauigkeit und Beharrlichkeit. Dafür bekommen Sie rasantes Wachstum, echten Impact und die Chance, neu zu gestalten, wie jedes Stück moderner Hardware entworfen wird.

Offene Stellen

Wir respektieren Ihre Zeit: ein klarer Prozess, ehrliches Feedback, schnelle Entscheidungen.

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Das Team

Wir sind Ingenieure und Forscher vom MIT, Johns Hopkins APL und der NASA. Wir sind hier, weil dieses Problem zu wichtig ist, um es ungelöst zu lassen.

Sergiy, unser Gründer, kam von SpaceX, wo PCB-Engpässe seine Falcon 9- und Falcon Heavy-Starts blockierten.

Technische Führung bis zum Principal Engineer, ohne einen Management-Weg aufzuzwingen

Leiten Sie die Designstrategie zur Lösung schwieriger Probleme ab dem ersten Tag.

Klare Karrierestufen und regelmäßige Kalibrierung

Staff Engineers treiben die Technologiestrategie voran und bleiben gleichzeitig in der Praxis

Vorteile & Unterstützung

Unsere Benefits sind auf Klarheit und Wirkung ausgelegt:

  • Kranken-, Zahn- und Sehversicherung

  • Unbegrenzter bezahlter Urlaub – mit einer Kultur, die ihn tatsächlich unterstützt

  • Bezahlte Elternzeit

  • Wettbewerbsfähiges Gehalt und Unternehmensanteile

  • Regelmäßige Team-Treffen in LA

Remote-First

Wir haben die Kooperationsmuster herausgefunden, die wirklich funktionieren. Das Team trifft sich regelmäßig in LA.

‍Derzeit stellen wir hauptsächlich innerhalb der USA ein, mit gelegentlichen Ausnahmen für außergewöhnliche Talente. Zurzeit kann Quilter kein Visa-Sponsoring anbieten.

Hardware-Rich Development

Perfect hardware is too late hardware. The leaders redefining R&D move fast, build often, and learn in real time. Everyone else is forced to follow.

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By Design Type

Test Fixtures & Harnesses

Shave 4–6 weeks off board bring-up

IC Evaluation Boards

Cuts layout cycles from weeks to hours; enables rapid, fabrication-ready design iteration

Design Validation Boards

Shrinks validation cycles from months to days

Backplane & Interconnect Boards

From 30+ days to under 24 hours

By Industry

Semiconductors

Bring-up ready in a single workday (first candidates often appear within the first hour).

Robotics

Compress board bring-up from 4 weeks to under 1 day

Consumer Electronics

Boards ready in a single workday (first candidates often appear within the first hour)

Aerospace & defense

Faster board bring-up for validation and TRR

By Role

R&D managers

Accelerate board bring-up

PCB Designers

Full fab-ready designs in under 4 hours

Electrical engineers

Schematic to fab-ready in under 4 hours

Hardware-Rich Development

Technology Is Easy. People Are Hard. Pooya Tadayon.

Richard Whitney and ‍How Quilter’s acting Head of Product thinks about complexity

No Magic, Just Structure: Katie Scholl on Logic, Responsibility, and Building Things That Matter

Stephanie Ngo and the Invisible Architecture of Momentum

Stelios Stavroulakis: Learning What Not to Do, and Building What Comes Next

Learning as a Discipline, Engineering as a Craft | Quilter’s Osman Romero

Finding the Possible in the Impossible: James Krejcarek on Toolmaking, Trust, and the Joy of Discovery

Stephen Newberry and the Discipline of Signal Integrity

FPGA to AI: Ben on Curiosity, Integrity, and Building Better Boards

Signals to Smarter Systems — Harshat on Math, AI Learning & Hardware Evolution

Aerospace to AI: Boris on Curiosity and Craft

From Silicon Valley to Startups: Dan Gudino on Curiosity and Circuitry

From Geometry to Circuits: Chi-Han Peng on Seeing the Patterns Beneath It All

Nanometers to New Dimensions: Fei on Rediscovering the Thrill of Zero to One

CAD Automation to Circuit Comprehension: Jarvis Autey on Learning What Machines Can’t Yet Know

From Rockets to Rapid Iteration: Sam on Purposeful Engineering

Staying Under Dunbar’s Number: Nick Faughey on Infrastructure, Agility, and the Joy of Building

From Research to Routing: Fayaz Rahman on Learning Fast and Building Smarter Systems

ML OPs Engineers | Open Source Roots, Hardware Frontiers, and Fariz Rahman

Beyond Parity: Geometry in AI and Superhuman Engineering

Lessons on Power Integrity from Scott Witcher

Curiosity in Power Electronics: Reflections with Jovana Plavšić

From GaN to Magnetics: How Jovana Plavšić Builds Hardware with Curiosity and Precision

Scott Witcher on Power Integrity, Systems Thinking, and Humble Leadership

Technical Leadership Skills and Meditations: What It Means to Truly Build with Derrek Cooper

Lasers, Electrons, and the Courage to Build the Impossible

Aircraft Systems Engineering Beyond the Review: Human Chemistry, and the Quiet Craft of Good Engineering

What is a Technical Leader? Derrek Cooper's Answer

Björn Manuel Hegelich on Dangerous Lasers, the Art of Letting Go, and Building the Next Collider by Hand

Carol Erikson on Systems Thinking, Technical Leadership, and Building Teams That Actually Work

The Hidden Hero of Hardware: Test Engineering and Paul McDonald

Design for Reliability, Design for Manufacturability: Building Smarter Test Systems

Design with Your Hands, Lead with Your Eyes — Nancy Smith and the Grounded Future of PCB Design

On T-Shaped Engineers and Hardware Development: Transparency and the Generalist Path

The Joy is the Job: Nancy Smith on Crafting Beautiful Hardware, One PCB at a Time

Transparency, T-Shaped Engineers, and FPGAs: Interview with Jami Friedman

Just Ship It: Lessons in Grit, Test, and Team from Paul Robinson’s Hardware Odyssey

What Hardware Teaches You About Leadership and Letting Go with Paul Robinson

Bet Big, Break Rules — A Fireside with Sergiy Nesterenko

Rethinking Hardware: Agile Lessons from Dr. Lucas Fraile

Engineering Is an Art: Hardware Interview with Carolina Hubbard

The Truth About Engineering: We’re All Just Trying Not to Redesign the Whole Thing Again

Design for Quality: Dr. Lucas Fraile’s Insights