Reliability Field Engineer

As a Reliability Field Engineer at CAI, you will oversee field walk-downs to collect and validate baseline equipment specifications, refine equipment information for standardized records, and conduct comprehensive reviews of maintenance data and engineering documents. Additionally, you will draft Failure Mode and Effect Analysis sheets and ensure quality control functions are met, providing clients with accurate and relevant data.

To qualify for the Reliability Field Engineer position at CAI, candidates should possess a BS in an Engineering or Science field or have equivalent practical experience. At least 2 years of experience in process engineering, maintenance, or reliability, alongside the ability to read Piping and Instrumentation Diagrams, is essential. Strong written and oral communication skills are also required for effective collaboration.

Essential skills for the Reliability Field Engineer role at CAI include the ability to collect and record data accurately, strong analytical skills to develop FMEA, familiarity with industrial equipment, and effective communication skills for collaborating with team members and clients. Proficiency in technology such as computer tablets and software is also critical.

At CAI, a Reliability Field Engineer can expect to gain valuable hands-on experience, leading to advanced roles in operational excellence, reliability analysis, or even management positions. With professional development opportunities provided by the company, employees can enhance their skillsets and advance their careers in various engineering and maintenance-related fields.

CAI offers a competitive compensation package for the Reliability Field Engineer position, including up to 15% in retirement contributions, 24 days of PTO, health insurance at low employee costs, financial support for professional education, and long-term disability coverage. With a strong focus on employee well-being, CAI is dedicated to fostering a supportive workplace.

When answering this question, highlight specific instances where you performed field walk-downs, detailing the systems and processes you assessed. Discuss how you validated equipment specifications and any tools or methodologies you used to gather accurate information.

In your response, emphasize the importance of thorough reviews and quality control processes. Provide examples of how you verified data integrity, documented findings, and collaborated with other team members to ensure that all information is precise and reliable.

When addressing this question, reflect on your familiarity with P&ID. Share specific projects or tasks where you analyzed or interpreted P&ID, revealing how you leveraged diagrams to inform your decisions and recommendations in maintenance and reliability.

Use this opportunity to provide a specific example of a successful collaboration with vendors or manufacturers, highlighting how you developed parts lists or resolved issues related to equipment specifications. Discuss the communication strategies you employed to ensure a smooth partnership.

In your answer, discuss your understanding of maintenance and reliability principles, such as preventive maintenance, continuous improvement, and data-driven decision-making. Provide examples where you've applied these principles in your previous roles.

When answering, emphasize your strategies for maintaining focus and organization despite distractions. You might discuss prioritization techniques, time management skills, or how you adapt to unexpected situations while ensuring your tasks remain on track.

Choose a relevant project where you faced significant challenges. Discuss the specific obstacles you encountered, your approach to problem-solving, and the outcomes, highlighting your resilience and ability to adapt as a Reliability Field Engineer.

Outline the reliability analysis methodologies you are familiar with, such as Failure Mode and Effect Analysis (FMEA) or reliability-centered maintenance. Be prepared to discuss how you've applied these methodologies to assess equipment reliability and make recommendations.

Explain your approach to task prioritization, including any tools or techniques you use to manage your workload. Give examples of how you've successfully balanced multiple responsibilities, ensuring that critical tasks are completed efficiently.

When sharing your long-term career goals, relate them closely to the opportunities at CAI. Discuss your aspirations for growth, such as advancing within reliability engineering, taking on leadership roles, or becoming a subject matter expert in a specific area.