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# Systems Engineer

- **Company:** PDS Inc.
- **Location:** Orlando, FL, United States
- **Salary:** $52,000.0 - $208,000.0
- **Contract:** Permanent contract
- **Skills:** Artificial Intelligence, Systems Engineering, Intrusion Detection and Prevention, Software Requirements Analysis, Systems Modeling Language, Systems Architecture, Technical Data Management Systems, Model-Driven Development
- **Published:** October 30, 2026
- **Apply:** https://www.cjhunter.com//jobsearch/showjob.html?resultid=HWH3hi&offset=540&PageSize=ALL&PageTitle=%3Cspan+style%3D%27font-weight%3Abold%27%3ESystems+Engineer+-+%3C%2Fspan%3EShape+the+Future+of+Rotary-Wing+Training+as+a+Systems+EngineerHelp+design+the+next+generation+of+aviation+training+systems+that+prepare+crews+for+real-world+missions.+PDS+Tech+Comm..&SIDW=df6f93f8f117766fff6247164743c57e.VUlEPTQ0NzEyNzEy

## About the Role

* Experience in Systems Engineering with strong understanding of requirements development, system architecture, and integration.
 * Knowledge of Model-Based Systems Engineering (MBSE) principles.
 * Experience working with Cameo, SysML, or similar modeling tools.
 * Strong background in:
 + Requirements analysis
 + Interface definition
 + Behavioral modeling
 + System traceability
 + Architecture development
 * Ability to collaborate effectively across multidisciplinary engineering teams.
 * Strong analytical, problem-solving, and critical-thinking skills.
 * Excellent technical communication and documentation abilities.
 * Ability to learn complex systems and quickly adapt to new domains.
 * Must be eligible to obtain a Security Clearance., * Experience with aircraft survivability equipment.
 * Background in threat modeling and mission simulation.
 * Knowledge of military or rotary-wing aircraft systems.
 * Experience supporting aviation training or simulator development programs.
 * Familiarity with:
 + CH-53K aircraft
 + MH-60R/CG aircraft
 + Defensive countermeasure systems
 + Threat warning systems
 + Aircraft malfunction and failure modeling
 * Rotorcraft operational knowledge or pilot training experience.
 * Experience supporting highly regulated aerospace or defense programs.
 * Familiarity with AI-assisted engineering research and analysis tools.
 * Ability to evaluate technical data against operational and training requirements.

## Description

As a Systems Engineer, you'll support the development of next-generation rotary-wing training solutions focused on aircraft survivability equipment, threat modeling, and mission simulation. Working on advanced programs involving platforms such as the CH-53K and MH-60R/CG, you'll help create technically realistic training environments that prepare aviation professionals for complex operational scenarios.

This role combines systems engineering, aircraft behavior modeling, mission simulation, and MBSE methodologies to bridge the gap between operational requirements and cutting-edge training technologies., * Define, analyze, and manage system requirements for advanced aviation training and simulation programs.

 * Perform requirements decomposition and traceability activities to ensure alignment with customer and program objectives.
 * Develop system architectures, interface definitions, and behavioral models.
 * Support technical analysis throughout the development lifecycle.

Model-Based Systems Engineering (MBSE)

 * Utilize Cameo and SysML to develop and maintain system models.
 * Create use-case models, architectural frameworks, interface definitions, and engineering artifacts.
 * Establish traceability between requirements, architecture, implementation, and testing activities.
 * Support multidisciplinary engineering teams through model-driven development approaches.

Aircraft Survivability & Threat Modeling

 * Model aircraft survivability systems and mission scenarios.
 * Support development of simulations involving:
 + Chaff and flare deployment
 + Threat warning receivers
 + Defensive countermeasure systems
 + Threat detection and response logic
 + Aircraft threat environments
 * Help ensure training scenarios accurately reflect operational conditions and crew decision-making requirements.

Aircraft Systems & Mission Simulation

 * Model aircraft system behaviors, degraded operating modes, and failure scenarios.
 * Support development of fault injection, failure propagation, cautions, warnings, and crew-response logic.
 * Collaborate with simulation and software teams to create realistic operational training experiences.
 * Translate aircraft behavior into implementable simulation requirements.

Cross-Functional Collaboration

 * Partner with software engineers, systems engineers, pilots, instructors, and subject matter experts.
 * Facilitate communication across technical disciplines to ensure alignment and successful program execution.
 * Support technical reviews, system evaluations, and solution development activities.
 * Contribute to engineering documentation, analysis, and presentation materials.