Systems Engineer - Safety Analysis
SEACORP
Invite-only right now: save jobs, track applications, build tailored resumesAlready have an account? Log in
- Location
- Newport, RI
- Job type
- Full time
- Posted
- Oct 13
- 7 days ago
Career path
See where this role leads
Jigup maps the next three moves from a job like this one, with the titles and the skills each step asks for.
About the company
SEACORP
Defense & space · 501 to 1,000 employees
What you'll do
- Conduct research, studies and analyses to ensure system safety engineering requirements and specifications are incorporated into system designs throughout their life cycle.
- Use guidelines, instructions, guidance, experience and independent judgment to plan and accomplish task objectives.
Key skills
safety analysissystems safety engineeringQuality AssuranceCMMISystems EngineerElectrical EngineerSoftware EngineerMechanical Engineer
Keywords for your resumePro
The words this employer's screening is likely to look for.
This job lists resume keywords
The terms this posting uses, pulled out so you can mirror them in your resume. Jigup Pro members see the list on the job board.
See full description on company page, apply now
Read the full posting here
Job Summary: The
Systems Engineer - Safety Analysis will be part of a team of engineers and
technicians providing engineering and technical support specific to performing
safety analysis for Torpedoes, Batteries, Software, Combat Systems, Ranges, and
Unmanned Undersea Vehicles (UUV) for the Systems Safety and Reliability
Engineering Branch, Naval Undersea Warfare Center, Newport RI. This is an ideal position for an experienced Systems/Electrical/Software/Mechanical Engineer interested in safety and weapons, or an individual with a Quality Assurance (QA) or CMMI background as there are commonalities in methods applied to complete the tasking.
Job Responsibilities include:
Conduct research, studies and analyses to ensure that system
safety engineering requirements and specifications are incorporated into the
design of systems from concept phase throughout a systems life cycle. Employ existing guidelines and instructions, guidance from
higher-level system safety engineers, experience, and independent judgment to
plan and accomplish task objectives.