Rotating Equipment Vibration Dynamics Mechanical Engineer

The Equity Engineering Group, Inc.•Shaker Heights, OH

1d•$90,000 - $138,000•Hybrid

About The Position

We are looking to add experienced mechanical engineers to our REVD Team. The Rotating Equipment, Vibration, Dynamics (REVD) Mechanical Field Engineer candidate is a highly motivated multidisciplinary engineer with a mechanical background who has interest in developing expertise in the areas of fixed equipment and rotating machinery. They execute consulting and development projects independently and/or under the direction of senior level engineers. Additional responsibilities include assisting with proposal development, handling client interactions, and performing research and ASME/API code development. The position requires a very strong fundamental engineering background in areas of stress analysis, strength-of-materials, and vibration analysis. The ideal candidate will be comfortable taking initiative to tackle open-ended problems while continuously adapting to new challenges. This position is estimated to travel on average of 35% of the time. However, it could be more based on high demand for our services. The candidate for this position is preferably able to work from our Corporate Headquarters in Shaker Heights, OH or the Houston, TX area.

Requirements

Bachelor's, Master's or PhD in Mechanical Engineering or an equivalent of work experience in the below relevant areas.
Current P.E. or Canadian P. Eng. license or able to obtain within 1-2 year.
Eligible to obtain a Transportation Workers Identification Card (TWIC) card upon initial employment.
Demonstrates and applies knowledge of fundamental engineering principles and advanced problem solving in the areas of stress analysis, strength-of-materials, and vibration analysis.
Works efficiently and effectively both independently and as a member of multi-disciplinary teams to solve problems related to rotating equipment, piping, pressure vessels, and fired heaters.
Demonstrates the ability to perform: Piping Vibration Analysis (Natural Frequency Assessments, Dynamic Analysis)
Vibration Testing and Data Analysis (Operating Deflection Shape Analysis, Experimental Modal Analysis)
Finite Element Analysis (FEA)
Piping Stress Analysis (B31 Compliance Assessments, Dynamic Assessments)
ASME Section VIII, Division 1 and 2, and B31 Series Design Calculations.
Computational Pulsation Analysis (API 618 Design Approach 3 experience a plus).
Calculations requiring fundamental competencies in Heat-transfer and Fluids Engineering.
Demonstrates the ability to perform or willingness to develop the required skill sets under the guidance of rotating equipment subject matter experts to execute consulting services such as: Troubleshooting and optimization of pump and compressor performance issues
Rotating equipment and machinery diagnostics including vibration data collection and analysis (Transient Vibration Data Collection and Analysis, Fault Detection Using Vibration Data).
Capital projects support (equipment specification, shop inspection, performance testing, installation, startup and commissioning) including shop inspections, materials selection, etc.)
With sufficient training and under the guidance of Rotating Equipment Subject Matter Experts, assist with the development of Best Practices and Standards for Rotating Equipment.
Ability to provide project management, analytical, and technical review support to engineering team members on consulting projects.
Demonstrates initiative to support expedited client requests and emergency/rush projects.
In addition to executing highly technical engineering projects behind the desk, the ideal candidate will have a desire to perform on-site data collection and vibration testing at client sites (refineries or petrochemical facilities).
Seeks advice and feedback after appropriate investigation into problems.
Meets deadlines under pressure and conveys appropriate sense of priority and urgency.
Follows through on commitments.
Takes ownership of tasks and work products.
Volunteers to support and work expedited client requests.
Strives to continuously build knowledge and skills, as well as the skills and knowledge within the team.
Seeks increased responsibilities.
Demonstrates attention to detail.
Consistently demonstrates understanding of technical accuracy requirements and validates accuracy of work.
Demonstrates ability to seek solutions beyond prescriptive step-by-step procedures.
Demonstrates ability to scope and assess complex problems including the ability to foresee and anticipate the outcome of complex problems.
Identifies alternative approaches to problems and applies the appropriate level of technology.
Demonstrates capability to make appropriate engineering assumptions.
Demonstrates appropriate sense of urgency and tempo required to meet internal and external client needs.
Effectively manages client interactions and builds client relationships.
Demonstrates capabilities for effective client communication (both oral and written), including site presentations.
Demonstrates technical report writing skills.
Demonstrates commitment to work as a team and facilitates teamwork and collaboration within and across business unit lines.
Demonstrates the ability to effectively multitask

Nice To Haves

Internship and/or Co-Op Experience in the following areas a plus: Vibration and/or Signal Analysis
Finite Element Analysis
Piping Stress Analysis
Maintenance or Reliability Engineering
Computational Fluid Dynamics including Fluid-Structure Interaction
Computational Pulsation Analysis

Responsibilities

Demonstrates and applies knowledge of fundamental engineering principles and advanced problem solving in the areas of stress analysis, strength-of-materials, and vibration analysis.
Works efficiently and effectively both independently and as a member of multi-disciplinary teams to solve problems related to rotating equipment, piping, pressure vessels, and fired heaters.
Demonstrates the ability to perform: Piping Vibration Analysis (Natural Frequency Assessments, Dynamic Analysis)
Vibration Testing and Data Analysis (Operating Deflection Shape Analysis, Experimental Modal Analysis)
Finite Element Analysis (FEA)
Piping Stress Analysis (B31 Compliance Assessments, Dynamic Assessments)
ASME Section VIII, Division 1 and 2, and B31 Series Design Calculations.
Computational Pulsation Analysis (API 618 Design Approach 3 experience a plus).
Calculations requiring fundamental competencies in Heat-transfer and Fluids Engineering.
Demonstrates the ability to perform or willingness to develop the required skill sets under the guidance of rotating equipment subject matter experts to execute consulting services such as: Troubleshooting and optimization of pump and compressor performance issues
Rotating equipment and machinery diagnostics including vibration data collection and analysis (Transient Vibration Data Collection and Analysis, Fault Detection Using Vibration Data).
Capital projects support (equipment specification, shop inspection, performance testing, installation, startup and commissioning) including shop inspections, materials selection, etc.)
With sufficient training and under the guidance of Rotating Equipment Subject Matter Experts, assist with the development of Best Practices and Standards for Rotating Equipment.
Ability to provide project management, analytical, and technical review support to engineering team members on consulting projects.
Demonstrates initiative to support expedited client requests and emergency/rush projects.
In addition to executing highly technical engineering projects behind the desk, the ideal candidate will have a desire to perform on-site data collection and vibration testing at client sites (refineries or petrochemical facilities).
As part of our commitment to safety and compliance with client requirements, candidates hired for this position will be required to participate in ongoing random drug testing and background check programs. These programs are conducted in accordance with applicable laws and are essential for maintaining a safe and secure workplace.