Booz Allen Hamilton is seeking a University Software Developer to join their team in a part-time capacity. This role presents an exciting opportunity for upcoming graduates to contribute to critical defense, civil, and national security projects while developing their technical skills.
As a full-stack developer, you'll work on end-to-end solutions in an agile environment, utilizing various programming languages and frameworks including Python, Java, React.js, and Node.js. The position offers significant learning opportunities with exposure to cutting-edge technologies, cloud platforms, and DevSecOps practices.
The role goes beyond just coding - you'll be involved in the entire software development lifecycle, from conceptualization to production deployment. You'll work directly with clients to overcome complex challenges using the latest architectural approaches and technologies. The position requires a balance of technical skills and business acumen, as you'll need to consider both current architecture and future enhancements in your solutions.
Booz Allen offers a comprehensive benefits package including health, life, and disability insurance, retirement benefits, paid leave, and professional development opportunities. The company's culture prioritizes flexibility and collaboration, with a hybrid work model that combines remote and on-site work.
This position is ideal for students completing their Bachelor's degree in Computer Science or related fields by Spring/Summer 2027. The role offers competitive compensation ranging from $52,900 to $108,000 annually, with opportunities for growth and development within a leading technology company that serves critical national priorities.
The position requires the ability to obtain a Secret clearance and offers exposure to advanced technologies in AI, cyber, and other cutting-edge domains. Booz Allen's commitment to empowering people to change the world makes this an excellent opportunity for those looking to make a meaningful impact while developing their career in software engineering.