2027 Internship - Weapon System Engineer (Analyst)

Johns Hopkins Applied Physics Laboratory•Laurel, MD

4d•Onsite

About The Position

The System Definition & Validation team (KBY) in the Force Projection Sector (FPS) of the Johns Hopkins University Applied Physics Laboratory (JHU/APL) is seeking motivated analysts, engineers, scientists, mathematicians, statisticians, and systems engineers to fill the role of Weapon System Engineer (Analyst) - Intern. The successful candidate will work on complex, multi‑disciplinary problems alongside senior experts, gaining the experience and mentorship needed to support a future in strategic‑systems analysis. As a Weapons Systems Engineer (Analyst) – Intern for KBY you will integrate into multidisciplinary teams that apply a “whole‑of‑system” perspective and systems‑engineering rigor to shape platforms that meet current and future warfighter requirements. You will support in‑depth analyses at the system and sub‑system levels, producing data‑driven recommendations that inform design decisions. You will develop an understanding of how weapon systems function, are tested, operated, and maintained, and how they fit into broader deterrence concepts. You will learn the fundamentals of systems engineering including but not limited to requirements, interfaces, and capabilities. You will expand knowledge of weapon systems, associated delivery platforms, and the system‑level engineering processes that support them. You will apply models, simulations, and assessment tools under the guidance of senior analysts and engineers. You will provide fresh perspectives and analytical rigor, leveraging your technical background to challenge assumptions and contribute innovative ideas.

Requirements

Currently enrolled in a Bachelor’s, Master’s, or PhD degree program in engineering, computer science, physics, applied mathematics, or a related technical discipline.
Demonstrate strong problem‑solving skills, quantitative analysis capabilities, and clear communication of technical concepts both in writing and orally.
Have interest in learning systems engineering principles.
Show the right attributes for growth – curiosity, adaptability, teamwork, and a drive to develop deep weapon‑system expertise.
Have a minimum 3.0 GPA on a 4.0 scale.
Able to obtain an Interim Secret‑level security clearance before your start date and can ultimately obtain a Top Secret clearance.
Eligibility requirements include U.S. citizenship.

Nice To Haves

Exposure to weapon‑system concepts (e.g., missiles, bombers, hypersonics, or comparable high‑technology platforms) through internships, or research projects.
Experience conducting trade‑studies, requirements analysis, or system / sub-system-level modeling in any engineering domain.
Familiarity with high‑fidelity simulation or model‑based systems engineering tools.
Have experience or interest in developing and implementing model-based approaches to enhance the design and analysis of complex systems, including but not limited to requirements and architecture development.
Have familiarity or experience using systems engineering software, especially Model-Based Systems Engineering (MBSE) tools like Cameo/Magic Draw and Dynamic Object Oriented Requirements System (DOORS).
Have used MBSE tools and methods to design, analyze, and optimize systems for definition and validation, including the development of system models, simulation, and trade studies to evaluate system performance.
Hold an active security clearance.

Responsibilities

Integrate into multidisciplinary teams that apply a “whole‑of‑system” perspective and systems‑engineering rigor to shape platforms that meet current and future warfighter requirements.
Support in‑depth analyses at the system and sub‑system levels, producing data‑driven recommendations that inform design decisions.
Develop an understanding of how weapon systems function, are tested, operated, and maintained, and how they fit into broader deterrence concepts.
Learn the fundamentals of systems engineering including but not limited to requirements, interfaces, and capabilities.
Expand knowledge of weapon systems, associated delivery platforms, and the system‑level engineering processes that support them.
Apply models, simulations, and assessment tools under the guidance of senior analysts and engineers.
Provide fresh perspectives and analytical rigor, leveraging your technical background to challenge assumptions and contribute innovative ideas.