Motion Recruitment | Jobspring | Workbridge

Quantum Computing, AI/ML Engineer

Washington, District Of Columbia

Onsite

Direct Hire

$120k - $180k

Motion Recruitment delivers IT Talent Solutions across North America. Our specialized team-based recruitment model’s success is proven through our track record in filling the most challenging IT positions for startup and enterprise clients. Areas of expertise range across Software, Mobile, Data, Infrastructure, Cybersecurity, Product, and UX.

We’re also the proud creators of Tech in Motion and the Timmy Awards, our community event series and award program connecting tech enthusiasts to meet, learn, and innovate.

About the Opportunity
A technology consulting firm specializing in data analytics, artificial intelligence, and software implementation is seeking a candidate to expand their Quantum Computing through the advancements of their predictive analytics. Their goal is to conduct critical analysis for their clients by delivering high-impact technology and strategic results for businesses across the US to fund ways to leverage new and emerging technologies.

Job Details
in this position, you would be contributing to their algorithm development, hardware optimization, and computational problems in cryptography. You will work across to support the federal government to develop data-driven solutions.

This position requires candidates to be onsite and hold an active clearance or the ability to obtain.

Responsibilities
• Coding/Programming with Python or C++
• AI/ML tools with Pandas, Keras, Tensorflow, scikit learn
• Experience with classical algorithms, machine learning, or optimization techniques
• Familiarity with hardware platforms

Qualifications
• 3 or more years of experience in Quantum Computing
• Advanced degree with a Masters or PhD in data science, Computer Science, Statistics, Mathematics, or a similar technical background

Why join us
• Benefits include health, dental, 401k, PTO, and more

Applicants must be currently authorized to work in the US on a full-time basis now and in the future.





LI#-DP1

Posted by: Derek Progin