What are the responsibilities and job description for the Mechanical Engineer position at Lensa?
Lensa is a career site that helps job seekers find great jobs in the US. We are not a staffing firm or agency. Lensa does not hire directly for these jobs, but promotes jobs on LinkedIn on behalf of its direct clients, recruitment ad agencies, and marketing partners. Lensa partners with DirectEmployers to promote this job for Amentum. Clicking "Apply Now" or "Read more" on Lensa redirects you to the job board/employer site. Any information collected there is subject to their terms and privacy notice.
NASA enforces REAL ID requirements for all visitors and badge holders. Please visit www.dhs.gov/real-id to view a list of compliant documents.
The successful candidate will join the Maintenance Operations team to support the Center Maintenance, Operations, and Engineering Contract (CMOE) located at NASA Langley Research Center. This position reports directly to the Maintenance and Reliability Engineer Manager. All work will be completed with a high level of quality, professionalism and full adherence to all safety policies and procedures.
Requirements
A Mechanical Reliability & Maintenance System Engineer provides the technical expertise on all matters of reliability engineering, assessment, and monitoring for all process equipment. Carries out reliability studies on existing equipment and recommends needed improvements to Operations management in the areas of equipment philosophies, strategies, and best practices for asset productivity.
Responsibilities
This position is the technical point of contact for all matters of equipment reliability and equipment failure related to mechanical type equipment. This position focuses on enhancing equipment reliability through analysis along with some first response, day-to-day trouble shooting of failed equipment. The Reliability & Maintenance Engineer will be responsible for:
Developing and implementing equipment asset plans using Reliability Centered Maintenance (RCM), and other reliability techniques.
Applying engineering theory and practice to perform physical failure analysis, determining root cause of equipment failures and conducting equipment performance evaluations.
Maintain equipment criticality rankings and risk assessments to prioritize maintenance activities
Partner with planners/schedulers, engineering technicians and technical writers to build detailed job plans, task steps, estimated labor hours, and required materials.
Work closely with operations to ensure equipment is operated within design limits and reliability expectations.
Provide engineering support during emergency or unplanned equipment outages to restore operation efficiently and safely.
Analyzing equipment trends & historical data to recommend and justify improvements to obtain lowest life cycle cost. Including but not limited to preventative maintenance program improvements.
Promoting consistency by standardizing equipment procedures & operations within area of responsibility and as requested by customer.
Supporting capital projects by participating in setting equipment criteria and specifications to optimize equipment/system reliability and life cycle cost. Also providing technical support for fabrication, installation, and start-up of new critical equipment. Participating in testing turn-around/shutdown teams providing input into needed equipment inspection and repair procedures.
Provide mentoring or technical guidance to junior engineers, technicians, or maintenance personnel.
U.S. Citizenship required. Must be able to obtain and maintain security clearance. BS degree in Mechanical Engineering or in appropriate discipline and two (2) to five (5) years related engineering experience, or MS degree and one (1) to three (3) years of related engineering experience, or Ph.D. and zero (0) to one (1) year of experience from an accredited engineering school and a working knowledge of maintenance and reliability requirements for mechanical systems. Excellent written and verbal communication skills and experience in Microsoft Office applications required.
Functional Skills
Work Environment:
Office Environment (45%) Test Environment- May be exposed to areas of high noise levels, hazardous propellants, chemicals, and industrial facility environments (45%) Travel between various facilities/test operations is required (10%)
Physical Requirements
Must have sufficient mobility to enter all areas of test facilities; crawl, climb ladders, enter confined spaces, ability to work at elevated levels on platforms and scaffolding, etc. (20%). Must be able to walk, stand, bend, twist and sit for extended periods as well as climb, crawl, and lift up to 35 lbs.
Equipment And Machines
Standard office equipment (PC, telephone, fax, etc.) with knowledge of MS Word, Excel, Outlook, etc. (50%), Safety and personal protective equipment (20%).
Attendance
Regular attendance mandatory (100%)
Overtime/work outside normal schedule required (<10%)
Other Essential Functions
NASA enforces REAL ID requirements for all visitors and badge holders. Please visit www.dhs.gov/real-id to view a list of compliant documents.
The successful candidate will join the Maintenance Operations team to support the Center Maintenance, Operations, and Engineering Contract (CMOE) located at NASA Langley Research Center. This position reports directly to the Maintenance and Reliability Engineer Manager. All work will be completed with a high level of quality, professionalism and full adherence to all safety policies and procedures.
Requirements
A Mechanical Reliability & Maintenance System Engineer provides the technical expertise on all matters of reliability engineering, assessment, and monitoring for all process equipment. Carries out reliability studies on existing equipment and recommends needed improvements to Operations management in the areas of equipment philosophies, strategies, and best practices for asset productivity.
Responsibilities
This position is the technical point of contact for all matters of equipment reliability and equipment failure related to mechanical type equipment. This position focuses on enhancing equipment reliability through analysis along with some first response, day-to-day trouble shooting of failed equipment. The Reliability & Maintenance Engineer will be responsible for:
Developing and implementing equipment asset plans using Reliability Centered Maintenance (RCM), and other reliability techniques.
Applying engineering theory and practice to perform physical failure analysis, determining root cause of equipment failures and conducting equipment performance evaluations.
Maintain equipment criticality rankings and risk assessments to prioritize maintenance activities
Partner with planners/schedulers, engineering technicians and technical writers to build detailed job plans, task steps, estimated labor hours, and required materials.
Work closely with operations to ensure equipment is operated within design limits and reliability expectations.
Provide engineering support during emergency or unplanned equipment outages to restore operation efficiently and safely.
Analyzing equipment trends & historical data to recommend and justify improvements to obtain lowest life cycle cost. Including but not limited to preventative maintenance program improvements.
Promoting consistency by standardizing equipment procedures & operations within area of responsibility and as requested by customer.
Supporting capital projects by participating in setting equipment criteria and specifications to optimize equipment/system reliability and life cycle cost. Also providing technical support for fabrication, installation, and start-up of new critical equipment. Participating in testing turn-around/shutdown teams providing input into needed equipment inspection and repair procedures.
Provide mentoring or technical guidance to junior engineers, technicians, or maintenance personnel.
U.S. Citizenship required. Must be able to obtain and maintain security clearance. BS degree in Mechanical Engineering or in appropriate discipline and two (2) to five (5) years related engineering experience, or MS degree and one (1) to three (3) years of related engineering experience, or Ph.D. and zero (0) to one (1) year of experience from an accredited engineering school and a working knowledge of maintenance and reliability requirements for mechanical systems. Excellent written and verbal communication skills and experience in Microsoft Office applications required.
Functional Skills
- Ability to troubleshoot and identify failure cause for Mechanical Systems
- Failure analysis including preservation of evidence techniques
- Root Cause Failure Analysis (RCFA) and Failure Mode and Effect Analysis (FMEA)
- Engineering design standards and their application
- Reliability Engineers are encouraged to get CMRP certified (Certified Maintenance and Reliability Professional)
Work Environment:
Office Environment (45%) Test Environment- May be exposed to areas of high noise levels, hazardous propellants, chemicals, and industrial facility environments (45%) Travel between various facilities/test operations is required (10%)
Physical Requirements
Must have sufficient mobility to enter all areas of test facilities; crawl, climb ladders, enter confined spaces, ability to work at elevated levels on platforms and scaffolding, etc. (20%). Must be able to walk, stand, bend, twist and sit for extended periods as well as climb, crawl, and lift up to 35 lbs.
Equipment And Machines
Standard office equipment (PC, telephone, fax, etc.) with knowledge of MS Word, Excel, Outlook, etc. (50%), Safety and personal protective equipment (20%).
Attendance
Regular attendance mandatory (100%)
Overtime/work outside normal schedule required (<10%)
Other Essential Functions
- U.S. Citizenship required.
- A valid driver's license is required.
- Must be able to complete and maintain an approved NASA background investigation.
- Must be able to work in a team atmosphere.
- Must put forward a professional behavior that enhances productivity and promotes teamwork and cooperation.
- Grooming and dress must be appropriate for the position and must not impose a safety/risk hazard to the employee or others.
- Must be able to balance scope, schedule and budget to ensure project success.
- The work environment requires the ability to cooperate and work with individuals at all levels of the company and the client.