Reliability Engineer / Process Engineer - 5270

To be successful as a Reliability Engineer at Verista, candidates should possess a Bachelor's degree in an Engineering discipline and have 3-5 years of experience in a Reliability Engineering role. Experience in the pharma industry is preferred. Candidates must demonstrate strong analytical skills for evaluating failure data, expertise in developing maintenance plans, and the ability to effectively communicate and lead project teams.

As a Reliability Engineer at Verista, you'll thrive in a dynamic and supportive culture that emphasizes empowerment and collaboration. The company encourages innovation and inclusivity, ensuring that all team members feel respected and engaged. With a focus on professional development and continuous learning, you can expect to grow your skills in a nurturing environment.

The Reliability Engineer at Verista is responsible for analyzing equipment failure data, developing maintenance plans, leading root cause analysis, implementing new processes, and monitoring equipment. This role also includes providing technical support across departments and implementing key performance indicators related to reliability.

Yes! Verista values growth and promotes from within, offering various pathways for advancement for Reliability Engineers. With your commitment to success and continuous learning, you could take your career to new heights within the organization.

Verista supports employee well-being through competitive pay, performance-based incentives, comprehensive health benefits, paid time off, and additional programs like tuition reimbursement and employee recognition. The company also fosters a fun environment with team social activities.

Candidates for the Reliability Engineer position at Verista should ideally have a Bachelor of Science in an Engineering discipline with 3-5 years of relevant experience in reliability engineering, particularly within the pharmaceutical sector.

Reliability Engineers at Verista often utilize various data analysis tools and methodologies such as root cause analysis techniques, key performance indicator tracking, and performance monitoring systems to ensure equipment reliability and drive process improvements.

In your answer, share specific examples of how you've conducted RCA in your previous roles. Highlight your systematic approach to identifying failures, the tools you used, and how your findings led to actionable improvements in processes. Use metrics or outcomes to demonstrate the impact of your analysis.

Explain your method for assessing the criticality of equipment based on factors like downtime impact, historical failure data, and safety considerations. Discuss framework tools or software you’ve used in creating and managing maintenance schedules and how workflow efficiency translates into reliability improvements.

Identify key performance indicators (KPIs) you have used in your previous roles, such as mean time to failure (MTTF), mean time to repair (MTTR), and overall equipment effectiveness (OEE). Explain how these metrics provide insights into reliability and how you've utilized them to drive process improvements.

Share a scenario where you identified a reliability issue, implemented a solution, and successfully measured its impact. Include the steps you took, the challenges faced, and how you collaborated with other teams to ensure successful implementation.

Discuss your approach to facilitating discussions among interdisciplinary teams, including how you ensure clarity and collaboration. Provide an example of a project where effective communication contributed to successful reliability outcomes and positive team dynamics.

Share examples of reports, procedures, or documentation you've produced in a previous role. Emphasize your ability to convey complex technical information in an accessible way, demonstrating how your writing has supported operational decisions or training processes.

Reflect on specific challenges such as equipment failures, resistance to change, or resource limitations. Explain how you navigated these obstacles, what strategies you employed, and the outcomes that resulted from your efforts.

Discuss courses, certifications, or workshops you've undertaken to stay updated with best practices in reliability engineering. Mention any professional networks or communities you engage with that contribute to your knowledge and expertise in the field.

Outline your approach starting from defining critical systems to selecting appropriate monitoring techniques and metrics. Highlight any technologies or software you’ve used that enhance equipment monitoring and how this data informed reliability decisions.

Express your enthusiasm for Verista's mission and values, along with your alignment with their commitment to improving lives through scientific innovation. Share how the role excites you, and how your past experiences make you a great fit for helping to drive their initiatives forward.