Computer Information Systems Jobs in Orlando, FL

Overview

Visual System Engineer II participates in all aspects of the production and integration of visual systems and 3D databases and models on designated projects to meet customer requirements. The work pertains primarily to the research, design, development, testing, valuation,implementation, and maintenance of visual system products. The position requires working under supervision and reports to a manager.

Responsibilities

1 Responsible for analysis, design, development, integration, and unit testing for the visual system.Provides expert judgment on:

a. fundamentals and principles of professional engineering;

b. computer hardware, systems software, and computer system architecture and integration; and

c. mathematics, including calculus, probability, statistics, discrete structures, and modern algebra.

2 Participates in all aspects of the production and integration of visual systems and 3D databases and models on designated projects to meet customer requirements.

3 Responsible for various aspects of synthetic environment design and construction.

4 Ability to plan and execute complex, multi-faceted projects within established financial and time constraints.

5 Ability to plan and execute complex, multi-faceted projects within established financial and time constraints.

6 Ability to evaluate computer technology to meet requirements of scene generation with respect to frame rate, memory and disk space.

7 Able to work in a fast-paced production environment with ability to handle multiple competing tasks and demands simultaneously.

8 Able to travel to customer locations to support contractual commitments including data collection, program reviews, development, installation, integration, and testing.

9 Support installation efforts that will require travel CONUS and OCONUS.

10 Review project tasks against schedules and provides status reports.

11 Work as part of a project team.

12 Implementation and application of sound configuration management processes.

Tasks

1 Provide the development and testing of visual system content including terrain databases, three dimensional models, andanimations to ensure they conform to program requirements.

2 Provide technical support for visual and sensor synthetic natural environment design and development to ensure successful integration and performance.

3 Define synthetic natural environment content requirements and advise project teams on alternatives to achieve training effective visual cues in the environment model.

4 Facilitate and develop Acceptance Testing Procedures for customer acceptance.

5 Support design documentation development.

Education

Completion of a full course of study in an accredited college or university leading to a Bachelor's or higher degree in engineering, engineering technology, physics, electro-optics, mathematics, or computer science or a related field.

Substitutions:

Four (4) years of professional experience can be substituted for two (2) years of the educational requirements.

* US Government security clearance is required and candidate must be eligible.

* Candidate must be able to obtain a US passport.

Experience

5 years experience in visual systems engineering or game development and integration of complex training simulation systems.

1 Show a strong understanding of military training systems, general training simulation technology, terrain data base modeling systems, terrain data base formats for visual/sensor simulation, geographic information systems, and/or the use of mapping, charting, geodesy, and imagery (MCG&I) source data.

2 Must possess established experience in synthetic environment generation, including terrain and model development in a variety of formats and tool sets for visual/sensor simulation;

3 Must possess experience in military training systems and general training simulation technology;

4 Must possess an understanding of the defense procurement process;

5 Must possess an established understanding of sensor technologies such as infrared, image intensification, television, and radar and practical experience in how those technologies are simulated/stimulated and correlated into simulation systems.

6 Knowledge of the moving model generation process along with the required database formats.

7 Knowledge of the terrain database generation process along with the required correlated database formats to support SAF and sensor simulation.

8 Knowledge of visual and sensor simulation system design, development, analysis, and test and evaluation for training systems.

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