Senior Systems Engineer - Onsite, Security Clearance

The Fountain Group; Berkeley (MO); On-site; USD 89,544 - 121,228; Full time

Benefits offered by this job

Referral bonus

Job summary

The Fountain Group in Berkeley, MO is seeking a Systems Engineer for a 1-year, fully onsite assignment. The role requires a Bachelor’s degree with 5+ years or a Master’s with 3+ years of experience, and a security clearance to start.

The position is 100% onsite, Monday–Friday, with a starting pay of $76.60/hr. Responsibilities include planning, designing, developing, and verifying a lifecycle-balanced system of systems and ensuring system compatibility across interfaces while meeting performance

Qualifications

• Bachelor's degree with 5+ years of experience or Master's with 3+ years.
• Level 3 or 4 Systems Engineer.
• Experience with military customers and aircraft/military aircraft is preferred but not required.

Responsibilities

• Plan, design, develop, and verify a lifecycle-balanced system of systems and system solutions.
• Evaluate customer and operational needs to define system performance requirements and coordinate interfaces.
• Perform analyses to optimize total system of systems and/or system architecture.
• Conduct analyses for affordability, safety, reliability, maintainability, testability, survivability, security, regulatory compliance, certification, and product assurance to ensure mission success.

Skills

Systems engineering

Analytical thinking

Team collaboration

Education

Bachelor's degree +5+ yrs experience

Master's degree +3+ yrs experience

Job description

The Fountain Group in Berkeley, MO is seeking a Systems Engineer for a 1-year, fully onsite assignment. The role requires a Bachelor’s degree with 5+ years or a Master’s with 3+ years of experience, and a security clearance to start.

The position is 100% onsite, Monday–Friday, with a starting pay of $76.60/hr. Responsibilities include planning, designing, developing, and verifying a lifecycle-balanced system of systems and ensuring system compatibility across interfaces while meeting performance