CAREERS / TRAVERSE QUANTUM
Careers
Work with a team combining scientific depth and engineering experience to move fault-tolerant quantum computing from breakthroughs to scalable systems.
Open positions
From low-level hardware and real-time systems to quantum software and algorithms, we are looking for people who can cross disciplinary boundaries and turn frontier technology into dependable systems. Select a role to read the full details.
7 open positionsLOW-LEVEL SYSTEMS / EMBEDDEDSenior Embedded EngineerClose
Work deeply with complex heterogeneous computing platforms based on Xilinx Zynq/MPSoC, building efficient hardware-software data paths around AXI and connecting FPGA logic to quantum computing applications.
Key responsibilities
- Build, customize, and optimize Linux or real-time operating systems for Zynq/MPSoC using Xilinx Vitis and PetaLinux.
- Develop drivers for critical IP cores and implement reliable communication between the processing system and programmable logic through AXI4, AXI4-Lite, and AXI4-Stream.
- Design high-throughput, low-latency DMA data movement engines and optimize memory utilization.
- Develop PCIe drivers and applications and integrate peripherals including Ethernet, USB, UART, I2C, and SPI.
- Define interfaces with FPGA engineers and complete board bring-up, system integration, and end-to-end performance optimization.
- Maintain design specifications, API references, and debugging guides and support test and production teams.
What we are looking for
- Bachelor's degree or above in computer science, electronics, communications, automation, or a related field, with 3+ years of embedded development experience.
- Hands-on project experience with Xilinx Zynq or MPSoC devices and their heterogeneous architecture.
- Strong command of AXI protocols and successful PL-to-PS interface driver development and debugging experience.
- Experience with embedded Linux porting, driver development, root file system customization, and device trees.
- Proficiency in C/C++ with sound coding and debugging practices.
- Strong learning, analysis, communication, and teamwork skills.
DIGITAL HARDWARE / FPGAFPGA EngineerClose
Develop hardware acceleration and signal-processing capabilities for core products and systems, from requirements and RTL implementation through board-level debugging and performance optimization.
Key responsibilities
- Use Verilog/VHDL for module- and system-level RTL design, simulation, and synthesis.
- Complete IP integration, synthesis, place-and-route, timing constraints, and optimization in Xilinx Vivado/Vitis.
- Create module- and system-level test plans and use ModelSim, VCS, ChipScope/ILA, and oscilloscopes for verification and performance analysis.
- Collaborate with hardware, software, and driver engineers on signal definitions, interface bring-up, and system integration.
- Write design documentation, test reports, and user guides while maintaining and improving existing designs.
What we are looking for
- Bachelor's degree or above in electronic engineering, microelectronics, communications, computer science, or a related field.
- 2+ years of hands-on development experience with Xilinx FPGAs such as UltraScale, Series 7, or Zynq.
- Proficiency in Verilog or VHDL and a solid understanding of digital circuits and synchronous design.
- Familiarity with the Xilinx Vivado flow, timing constraints, timing analysis, and logic optimization.
- Sound simulation, verification, and board-level debugging practices.
- Strong collaboration, communication, and self-directed learning skills.
RF HARDWARE / RFRF Hardware EngineerClose
Own the complete path from component selection and circuit design to bring-up, focusing on high-speed RFSoC, ADC/DAC, DDR, and PCIe circuitry at the intersection of analog, digital, and RF engineering.
Key responsibilities
- Design direct-RF sampling boards based on RFSoC or high-speed ADC/DAC devices.
- Use Cadence for schematic design, PCB layout guidance, and analog front-end simulation.
- Design DDR memory and PCIe expansion interfaces and perform timing constraint and signal-integrity pre-analysis.
- Design low-jitter clock trees and synchronized trigger networks and manage crosstalk and isolation between RF and high-speed digital signals.
- Lead hardware bring-up and collaborate with FPGA engineers on testing and verification.
What we are looking for
- Bachelor's degree or above in electronic engineering, communications, automation, or a related field.
- Proficiency with Cadence and practical experience simulating analog front-end circuits.
- Familiarity with RFSoC or at least one high-speed TI/ADI ADC or DAC; DDR and PCIe hardware design experience is preferred.
- Ability to independently complete component selection, simulation, schematics, PCB constraints, and hardware debugging.
- Ability to use spectrum analyzers, oscilloscopes, and signal generators to diagnose signal-integrity and RF-chain issues.
- Strong analytical skills and the ability to collaborate with FPGA, software, and algorithm teams.
INDUSTRIAL SOFTWARE / EDAEDA Software EngineerClose
Build design-automation software for large-scale fault-tolerant quantum computing, creating an end-to-end EDA platform that spans modeling, design, simulation, optimization, and compute scheduling.
Key responsibilities
- Design the overall quantum-computing EDA platform, develop its interface, and integrate simulation and optimization tools.
- Connect cloud compute scheduling and elastic deployment, profile performance hotspots, and optimize the pipeline with multithreading, GPU acceleration, and memory management.
- Design test plans and tools, maintain the software, and produce standardized technical documentation.
What we are looking for
- Master's degree or above in computer science, physics, electronics, communications, automation, or a related field.
- 2+ years of software development experience, with Python proficiency for prototyping and testing or experience deploying containerized cloud workloads.
- Proficiency in C++, Julia, or Rust and knowledge of memory management or parallel-computing optimization are preferred.
- Front-end development experience and proficiency in at least one front-end language are preferred.
- Experience in EDA/CAD, industrial software, high-performance computing platforms, quantum computing, or computational physics is preferred.
- Strong learning, analysis, communication, and teamwork skills.
QUANTUM SOFTWARE / QUANTUMQuantum Software EngineerClose
Connect quantum physics and software engineering by developing and optimizing quantum programming frameworks, compilers, simulators, and toolchains while coordinating software, algorithms, and hardware.
Key responsibilities
- Design and develop quantum programming frameworks, compiler toolchains, simulators, and the infrastructure needed to run quantum algorithms.
- Improve system performance, simulation efficiency, and stability and optimize the path from quantum programs to hardware execution.
- Adapt software architecture to quantum hardware characteristics and build APIs, development guides, and developer tools.
- Collaborate with quantum algorithm, control, and hardware teams to improve system usability and scalability.
What we are looking for
- A background in quantum physics or quantum information with a strong interest in software, or a computer science or software engineering background with a strong interest in quantum technology.
- Familiarity with at least one systems language such as C/C++ or Rust is preferred.
- Sound data structures and algorithms fundamentals with strong software design and engineering ability.
- Clear, maintainable coding practices and familiarity with modern AI-assisted software development.
- Knowledge of the internals of quantum frameworks such as Qiskit or Cirq is preferred.
- Compiler or high-performance computing experience is preferred.
- Strong cross-disciplinary learning, analysis, communication, and teamwork skills.
QUANTUM RESEARCH / ALGORITHMQuantum Algorithm ResearcherClose
Research quantum algorithms and quantum information processing, connecting theory with industry applications across quantum chemistry, optimization, cryptography, and quantum simulation.
Key responsibilities
- Conduct theoretical and applied research in quantum algorithms and applications and design and implement new algorithms.
- Track frontier research, analyze algorithmic complexity, and optimize circuit depth, gate count, and resources for hardware topology and gate errors.
- Develop algorithmic solutions for quantum chemistry, materials, finance, artificial intelligence, and information security and produce reusable modules and toolchains.
- Write papers, technical reports, presentations, and patent applications and participate in academic and technical exchange.
What we are looking for
- Master's degree or above in computer science, physics, quantum information, mathematics, or a related field.
- A strong foundation in quantum algorithms, quantum information, quantum computing theory, or quantum chemistry.
- Familiarity with common quantum algorithms and their principles.
- A strong mathematical foundation in linear algebra, probability, and optimization.
- Experience conducting independent research and producing rigorous research outputs.
- Strong analysis, communication, and teamwork skills.
- A strong interest in current directions in quantum computing.
FULL STACK & INFRASTRUCTURE / SOFTWARESoftware EngineerClose
Work across front-end interaction, back-end performance, cloud deployment, IT infrastructure, and network security, learning continuously and solving problems across a broad technical surface.
Key responsibilities
- Develop and maintain the corporate website; build and operate internal server, network, and storage infrastructure; and define access-control, backup, and vulnerability-scanning policies.
- Support SaaS interface development, cloud compute integration, and containerized deployment.
- Optimize and accelerate high-performance computing software through memory management, parallel computing, and related techniques.
What we are looking for
- Bachelor's degree or above in computer science, software engineering, electronic information, communications, automation, mathematics, or a related field.
- Web development experience and proficiency in at least one front-end language, or experience with high-performance cloud platforms and containerized deployment.
- Proficiency in C++, Julia, or Rust and knowledge of memory management or parallel-computing optimization are preferred.
- Foundational Linux, networking, and IT security knowledge.
- Ability to use AI coding tools effectively for development and troubleshooting is preferred.
- Strong analysis, rapid learning, communication, and teamwork skills.
What we offer
A sustainable technical path connecting frontier problems, engineering delivery, and long-term growth.
FRONTIER Challenging technical work
Contribute deeply to core product development and address frontier challenges and applications in quantum computing.
GROWTH A professional growth environment
Work alongside experienced scientists and engineers and broaden your depth and range through interdisciplinary collaboration.
REWARDS Competitive rewards
Receive competitive compensation, with performance-based bonuses or long-term incentives.
BENEFITS Comprehensive benefits
Benefits include statutory social insurance and housing fund contributions, team activities, and annual health examinations.
How to apply
hr@traversequantum.com