University - Summer 2027 Quantum Computing Research Intern

Booz Allen Hamilton•Washington, DC

5h•$69,400 - $158,000•Hybrid

About The Position

Are you fascinated by the possibilities of quantum technology? Do you want to transform its potential into reality? We have an opportunity for you to leverage your scientific and technical expertise to advance quantum computing. In this role, you will grow your existing software development skills to write code and create programs that scale to meet the demands of AI and Quantum Computing.

Requirements

Experience with research in computer science, quantum technology, physics, chemistry, or mathematics, including academic research
Experience in data gathering, analytical, and problem-solving work
Experience with quantum algorithms, quantum software development, or quantum computing applications
Knowledge of Agile development environments, tools, and methodologies
Knowledge of an object-oriented language, including Java, C++, C#, Rust or Python
Ability to obtain a Secret clearance
Scheduled to obtain a Bachelor’s degree by Summer 2028 or Summer 2029

Nice To Haves

Experience performing research in quantum mechanics and the quantum effects that enable quantum computing, quantum sensing, or quantum networking
Knowledge of quantum computing hardware, control electronics, and environmental control requirements
Possession of excellent collaboration skills across different technical backgrounds
Possession of excellent verbal and written communication skills, to communicate complex concepts

Responsibilities

Work closely with Booz Allen quantum research staff to understand customer needs and provide direct software development support.
Apply your expertise in software engineering or computer science for problem-solving, design, development, and maintenance of cutting-edge quantum systems.
Identify new growth areas for our quantum and artificial intelligence businesses and build MVPs that excite customers.
Leverage principles of software development to build frameworks and programs that can take advantage of the latest and most appropriate computational resources for the customer's use case.