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Quantum Developer Jobs (NOW HIRING)

Microsoft

Senior Quantum Engineer

Redmond, WA · On-site

$117K - $160K/yr

As a Senior Quantum Engineer you will design and test the readout system for topological qubits at the component, subsystem and system levels. This opportunity will allow you to grow as a systems ...

Tyto Athene, LLC

Quantum Algorithm Developer

Reston, VA · Hybrid

Description Tyto Athene is seeking a Quantum Algorithm Developer to develop quantum computing workloads for mission-critical operations supporting the U.S. Federal Government, Department of Defense ...

Tyto Athene, LLC

Quantum Algorithm Developer

Reston, VA · On-site

Description Tyto Athene is seeking a Quantum Algorithm Developer to develop quantum computing workloads for mission-critical operations supporting the U.S. Federal Government, Department of Defense ...

Zapata Quantum

Quantum Software Engineer (US)

Zapata, TX · On-site

Experience building developer tools, scientific workflows, or research automation that leverages AI ... The Company powers quantum applications across cryptography, pharmaceuticals, finance, materials ...

E Logic

Quantum Research Scientist

Gaithersburg, MD · On-site

$75K/yr

Plan research initiatives and develop the foundational infrastructure for a new Quantum Engineering Laboratory dedicated to network metrology experiments. Provide instrument procurement ...

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How much do quantum developer jobs pay per hour?

As of Jul 15, 2026, the average hourly pay for quantum developer in the United States is $52.84, according to ZipRecruiter salary data. Most workers in this role earn between $40.38 and $64.66 per hour, depending on experience, location, and employer.

What does a quantum developer do?

A quantum developer designs, develops, and tests algorithms and software for quantum computers, often using programming languages like Qiskit or Cirq. They work on optimizing quantum circuits, understanding quantum hardware limitations, and applying quantum principles to solve complex problems in fields such as cryptography, materials science, and machine learning.

What are Quantum Developers?

Quantum Developers are professionals who design, build, and optimize software and algorithms for quantum computers. They typically have a background in computer science, physics, or mathematics and use specialized programming languages like Qiskit or Cirq. These developers work on creating quantum algorithms, simulating quantum systems, and solving complex problems that classical computers struggle with. Their work is essential in advancing fields like cryptography, material science, and optimization through quantum computing.

What jobs in the US pay 300,000 a year?

Quantum developers and other specialized roles in quantum computing can reach or exceed a $300,000 annual salary, especially with experience, advanced skills in quantum algorithms, and work in high-demand industries like technology and finance. Senior positions often require advanced degrees, security clearances, and proficiency with quantum programming tools such as Qiskit or Cirq.

What is the difference between Quantum Developer vs Quantum Software Engineer?

AspectQuantum DeveloperQuantum Software Engineer
Required CredentialsDegree in Physics, Computer Science, or related field; knowledge of quantum algorithmsSimilar credentials; strong programming skills in quantum languages like Qiskit, Cirq
Work EnvironmentResearch labs, tech companies, startups focusing on quantum computingSoftware development teams, research institutions, tech firms
Employer & Industry UsageQuantum computing companies, R&D departmentsTech companies, research labs, industry-specific applications
Common Search & Comparison IntentYesYes

Both roles involve working with quantum algorithms and programming languages, often requiring similar educational backgrounds. The main difference lies in focus: Quantum Developers typically work on designing and developing quantum algorithms and applications, while Quantum Software Engineers focus on implementing, testing, and maintaining quantum software within larger systems. Both roles are vital in advancing quantum technology and are often found in similar work environments.

What are the key skills and qualifications needed to thrive as a Quantum Developer, and why are they important?

To thrive as a Quantum Developer, you need a strong background in quantum mechanics, computer science, and mathematics, often supported by a relevant degree. Familiarity with quantum programming languages (such as Qiskit or Cirq), experience with quantum hardware simulators, and sometimes certifications in quantum computing platforms are commonly required. Analytical thinking, problem-solving, and the ability to communicate complex concepts clearly are valuable soft skills in this role. These competencies are crucial for developing efficient quantum algorithms, collaborating across multidisciplinary teams, and keeping pace with rapid advancements in quantum technology.

What engineer makes $500,000 a year?

Highly experienced quantum developers or senior engineers working in advanced research, technology companies, or specialized industries can earn salaries approaching or exceeding $500,000 annually, especially with bonuses and stock options. These roles typically require advanced degrees, extensive expertise in quantum computing, and leadership responsibilities.

What did Elon Musk say about quantum computing?

Elon Musk has expressed interest in quantum computing's potential to revolutionize technology, but he has also highlighted the current limitations and challenges in the field. As a CEO of multiple tech companies, he emphasizes the importance of advancing hardware and algorithms to realize practical applications.

What are some common challenges Quantum Developers face when transitioning from classical to quantum programming?

Quantum Developers often encounter challenges such as adapting to new programming paradigms, understanding quantum-specific concepts like superposition and entanglement, and working within the constraints of current quantum hardware, which can be noisy and have limited qubits. Additionally, debugging quantum programs is more complex compared to classical code, as the results are probabilistic and observation can alter the system. Collaborating with physicists, mathematicians, and other developers is crucial to overcome these hurdles and build practical quantum solutions.
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Quantum Developer jobs near you
Infographic showing various Quantum Developer job openings in the United States as of July 2026, with employment types broken down into 85% Full Time, 3% Part Time, 1% Temporary, and 11% Contract. Highlights an 82% Physical, 3% Hybrid, and 15% Remote job distribution, with an average salary of $109,905 per year, or $52.8 per hour.

Quantum Networking Metrology Support Architect/Engineer.

INTERNATIONAL CLOUD BUSINESS INC

Washington, DC • On-site

$100 - $300/hr

Full-time

Posted 16 days ago

Job description

Job Title : Quantum Networking Metrology Support Architect/Engineer. 

The procurement for Quantum Networking Metrology Support requires  one Personnel designated as a computer scientist. This individual must meet the following minimum qualification standards:

  • PhD in Quantum Physics.
  • Eight (8) years of experience in conducting quantum experiments.
  • Eight (8) years of experience in the independent design, efficient implementation, and testing of all aspects of a quantum system.
  • Five (5) years of experience working with quantum apparatus, specifically regarding control and stability for phase characterization and stabilization.
  • Five (5) years of experience working on quantum hardware development for quantum experiments.

Evaluation and Administrative Requirements

  • Resume Submission: Quoters must submit a resume for the proposed key personnel that details how they meet or exceed these minimum standards.
  • Substitutions: The contractor must obtain prior written consent from the Contracting Officer before making any substitutions for key personnel.
  • Replacement Qualifications: Any replacement must possess qualifications equal to or exceeding those of the person being replaced.
  • Notification Period: Requests for substitutions must be submitted at least 15 working days before the change is made, including a detailed explanation and a complete resume for the substitute.

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The core technical goals for quantum metrology support, as outlined in the Performance Work Statement (PWS), are centered on developing protocols, measurement techniques, and tools to accelerate the adoption of quantum communications,.

The three main objectives for the contractor are:

1. Develop a Quantum Engineering Lab for Metrology Experiments

The contractor is responsible for establishing the foundational infrastructure for a new Quantum Engineering Laboratory. Key activities include:

  • Planning research initiatives and providing recommendations for necessary instruments and devices.
  • Performing the instrumentation and setup required for quantum devices.
  • Conducting experiments with connections to established testbeds like PQNI and DC-QNet.
  • Training junior staff on quantum networking concepts, specifically through weekly classes on "information in photon".

2. Develop and Perform Entanglement Swapping Experiments

A primary technical requirement is the development of a polarization entangled source suitable for swapping. This involves:

  • Developing indistinguishable entangled sources by optimizing pulse width and spectral performance.
  • Performing two-photon interference between independent sources and evaluating visibility to ensure high-quality indistinguishability.
  • Testing and evaluating commercial polarization entangled sources to determine if they are viable for swapping and scalable quantum networks.

3. Enable Phase Sensitive Communication Protocols

The contractor must develop the technical capability to support protocols that are sensitive to phase. This includes:

  • Developing miniature, ultra-stable lasers (operating at 1550 nm) and stabilizing them using NIST-designed, rugged, small-footprint cavities,.
  • Evaluating critical laser parameters such as phase noise, spectral width, and coherence length to meet performance standards.
  • Improving performance by locking lasers with external optical cavities.

4. Coherent Faint Light Communication

An additional technical goal is to enable coherent faint light communication over a local area quantum network. This involves evaluating the progress and acceptability of these communication techniques within the network architecture.

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Company Description

https://www.icbinc.net/