Real-Time Software Engineer I - Training Devices (C++, Linux)

LSI, Inc.; Jacksonville (FL); On-site; USD 60,000 - 90,000; Full time

Job summary

LSI, Inc. seeks an entry-level Software Engineer I to help analyze, design, and implement real-time software for operator and maintenance training devices. You will participate in peer reviews, document issues, and support project reviews while adhering to the Software Development Plan.

The role requires C++/C#, UNIX/Linux experience, and a willingness to obtain a security clearance when needed. Unreal and Unity exposure are a plus in a dynamic, employee-owned environment.

Qualifications

• Entry-level software analysis, design, and implementation for training devices.
• Proficiency in real-time software development and interfaces for training systems.
• Ability to obtain and maintain a U.S. security clearance when required.

Responsibilities

• Analyze, design, and implement real-time training software components.
• Participate in peer reviews and comply with the Software Development Plan.
• Support colleagues by documenting discrepancies and actions taken.
• Contribute to project reviews and communicate status and issues clearly.
• Assist in training level of effort estimates for customers.
• Safely handle government-furnished equipment and materials.

Skills

C++

C#

Self-motivated

Quick learner

Effective communication

Education

Bachelor of Science in computer science or related field

AA/AS in related field + 2 years experience

High school diploma + 4 years experience

Tools

MS Visual Studio

OpenGL

Unity

Unreal Engine

Unix/Linux

Job description

LSI, Inc. seeks an entry-level Software Engineer I to help analyze, design, and implement real-time software for operator and maintenance training devices. You will participate in peer reviews, document issues, and support project reviews while adhering to the Software Development Plan.

The role requires C++/C#, UNIX/Linux experience, and a willingness to obtain a security clearance when needed. Unreal and Unity exposure are a plus in a dynamic, employee-owned environment.