Simulation Software & Security Engineer

Software engineering and product delivery

Own, modify, and extend a large existing C++ codebase; design, implement, review, and ship maintainable, efficient code.

Deliver feature development, defect fixes, refactoring, performance tuning, and ongoing maintenance across the full software lifecycle.

Support platform-specific development and integration across Windows, Linux, and iOS environments.

Develop and maintain cross-platform tooling for code generation, packaging, and deployment.

Apply strong debugging, profiling, memory-management, multithreading, and performance-optimization practices.

Build, CI/CD, and engineering effectiveness

Build and improve automated build systems and CI/CD pipelines to increase reliability, reproducibility, and developer productivity.

Troubleshoot build failures, reduce build times, and support build caching and distributed build approaches where appropriate.

Partner with DevOps and engineering teams to harden source-control, build, signing, packaging, and release processes.

iOS and native security engineering

Design and implement the security architecture for an iOS application containing native C++ components.

Implement runtime protections including integrity checks, jailbreak detection, anti-debugging, and tamper-response behavior.

Protect proprietary native libraries, sensitive data, and downloaded/runtime content from reverse engineering, tampering, or unauthorized extraction.

Define secure, least-privilege interfaces between Unreal Engine and native libraries with robust input validation.

Role Requirements & Qualifications

Additional Security Responsibilities

Evaluate security libraries, frameworks, and third-party protection tools using defined technical and operational criteria.

Implement secure cryptography usage, key management, iOS secure storage, cloud authentication, and token handling.

Define security logging and telemetry practices, including appropriate data controls for adversarial-actor detection.

Perform and support static analysis, dynamic analysis, fuzzing, reverse-engineering assessments, and adversarial validation.

Balance security controls with performance, maintainability, usability, and deployment constraints.

Bachelor’s degree or higher in engineering, engineering technology, chemistry, physics, mathematics, data science, computer science, or another accredited relevant course of study.

Very strong modern C/C++ and low-level programming skills, with the ability to produce clear, maintainable, and efficient code.

Experience developing iOS application security architecture.

Experience with secure cryptography usage and key management.

Experience with secure storage on iOS.