System Integration Supervisor

SAICNorth Charleston, SC
Onsite

About The Position

SAIC is seeking an Integration Technician for our customer site in North Charleston, SC to support MADIS (Marine Air Defense Integrated System). Primary functions include: Activities such as basic machining, modification, fabrication, assembly and test for metal, electrical and COTS components. Will be primarily tasked with performing moderate to complex vehicle integration tasks to include cable routing, metal work installations, and technical support to integrate, install, modify, and perform upgrades in support of C5ISR systems. May assemble cabinets, chassis, consoles, or similar devices and install them with electronic or electro-mechanical equipment. Works from schematics, diagrams, written and verbal descriptions, layouts or defined plans to perform testing, checkout and trouble-shooting functions. Construct components, subunits, or simple models, adapt standard equipment, and troubleshoot system failures through various skill methods to correct malfunctions. Conduct routine repair, retrofit, systems integration, calibration and testing; in-line repair and testing; operation of test equipment. Read and follow integration documentation, written or verbal instructions, schematics, rough sketches, drawings and diagrams, layouts, and plans often requiring interpretation. Set up and operate a variety of machine tools such as lathes, milling machines, shapers, planers, and precision grinders to make metal parts, mechanisms, tools, or machines to exact tolerances and dimensions. Interprets drawings, sketches, and engineering specifications; determines sequence of operations for fabrication; uses a variety of machinist's hand tools and precision measuring instruments; makes standard shop computations relating to dimensions of work, tooling, feeds, and speeds; measures, marks, and scribes dimensions and reference points to lay out stock for machining; fits and assembles precision parts into mechanical equipment and determines material, parts, and equipment required. Be able to safely complete all of the physical demands of the job in a manufacturing environment, including but not limited to the following: Lifting, pulling, pushing and carrying up to 50 pounds, unassisted, on a regular basis. Walking, bending, stooping, sitting, standing or squatting for extended periods. Repeatedly manipulating and handling tools needed for installing electrical components, Mechanical parts and metal work into vehicles. Familiar with the use and operation of power tools is necessary. Move and arrange cable supplies and electronic equipment.

Requirements

  • Basic machining, modification, fabrication, assembly and test for metal, electrical and COTS components
  • Lifting, pulling, pushing and carrying up to 50 pounds, unassisted, on a regular basis
  • Walking, bending, stooping, sitting, standing or squatting for extended periods
  • Repeatedly manipulating and handling tools needed for installing electrical components, Mechanical parts and metal work into vehicles
  • Familiarity with the use and operation of power tools

Responsibilities

  • Performing moderate to complex vehicle integration tasks to include cable routing, metal work installations, and technical support to integrate, install, modify, and perform upgrades in support of C5ISR systems
  • Assembling cabinets, chassis, consoles, or similar devices and installing them with electronic or electro-mechanical equipment
  • Working from schematics, diagrams, written and verbal descriptions, layouts or defined plans to perform testing, checkout and trouble-shooting functions
  • Constructing components, subunits, or simple models, adapting standard equipment, and troubleshooting system failures through various skill methods to correct malfunctions
  • Conducting routine repair, retrofit, systems integration, calibration and testing; in-line repair and testing; operation of test equipment
  • Reading and following integration documentation, written or verbal instructions, schematics, rough sketches, drawings and diagrams, layouts, and plans often requiring interpretation
  • Setting up and operating a variety of machine tools such as lathes, milling machines, shapers, planers, and precision grinders to make metal parts, mechanisms, tools, or machines to exact tolerances and dimensions
  • Interpreting drawings, sketches, and engineering specifications; determining sequence of operations for fabrication; using a variety of machinist's hand tools and precision measuring instruments; making standard shop computations relating to dimensions of work, tooling, feeds, and speeds; measuring, marking, and scribing dimensions and reference points to lay out stock for machining; fitting and assembling precision parts into mechanical equipment and determining material, parts, and equipment required
  • Safely completing all of the physical demands of the job in a manufacturing environment
  • Moving and arranging cable supplies and electronic equipment
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