Job Description

As expert you will bring a deep technical mastery of the process and equipment. That expertise allows you to lead the planning, process development and implementation of Planned Maintenance Elements in a Continuous Improvement manufacturing environment. You will manage this through teams consisting of various technical and non-technical personnel, key support contractors and operations personnel.

How you will contribute

You will:

• Partner & Enable the line leader(s) to deliver the SQCDSM targets-Safety, Quality, Cost, Delivery, Sustainability & Morale for the lines, to ensure Process stability; Participates in the DMS- Daily Management systems meetings at the shift and line level
• Own the technology and process and centerline settings for the equipment and process and have deep technical mastery of the process and equipment; Owns the PM-Progressive maintenance systems and work processes and the PM-Progressive Maintenance Key Performance Indicators for the line/s along with Centerline Management systems; owns the R&M-Repairs & Maintenance budget of the line
• Develop, own and execute the line/s preventive and time-based maintenance systems and plans and build capability of the team to execute themselves; Build (spends at least 50% of time) technical and maintenance skills of the technicians working in the shifts, so that they are able to operate and maintain their equipment themselves; be part of the PM Pillar, own all PM systems and work process at the line level and lead some of them at the department level
• Partner with the Asset and Reliability team for system improvement and execution of special maintenance tasks; be responsible for Change Management on the line/s, localization of spares and proper break-down analysis and R&M cost reduction for the line/s; Represents the department/line/s as the site technology owner in the regional and global technology forums
• Assist in VSU for the new initiatives and enable the VSU team; Help the line leader in internal and external benchmarking and reapplication; be the subject matter expert on one of the component categories and be a trainer of PM related subjects for the plant

What you will bring

A desire to drive your future and accelerate your career and the following experience and knowledge:

• Advanced knowledge (including AM-Autonomous Maintenance Step 4 systems & Progressive Maintenance Step 3) & skill to maintain the dedicated equipment(s)at basic conditions independently, including the execution of AM & PM (BD-Breakdown maintenance, planned maintenance) standards on dedicated equipment(s) and TPM - Phase 3 & 4 tools problem solving tools
• The capability to lead a Role for the Line. Qualify and coach the next level SWP owners and drive the common opportunity areas across the line in PDCA-Plan Do Check Adjust approach
• The capability to work as the Line Leader, developing and aligning goal/master plan for the line, deploying and managing IDP for the members, coaching team members on their performance management and career development

More about this role

What you need to know about this position:

Equipment Maintenance and Reliability: A fundamental aspect of the role is ensuring the reliability, availability, and performance of equipment and machinery within a facility. This involves developing and implementing maintenance strategies, conducting reliability analyses, and optimizing preventive and predictive maintenance programs to minimize downtime and maximize productivity.

Root Cause Analysis (RCA): Reliability engineer should be adept at conducting root cause analyses to identify the underlying factors contributing to equipment failures or performance issues. By determining the root causes, they can implement effective corrective actions to prevent recurrence and improve overall reliability.

Predictive Maintenance Technologies: Familiarity with predictive maintenance technologies, such as vibration analysis, infrared thermography, oil analysis, and ultrasonic testing, is essential. These technologies enable proactive monitoring of equipment health, allowing for timely intervention and maintenance activities before failures occur.

Data Analysis and Decision-Making: Reliability engineer rely on data-driven decision-making to prioritize maintenance tasks, optimize resource allocation, and improve equipment reliability. Proficiency in data analysis tools and techniques is critical for interpreting maintenance data, identifying trends, and making informed decisions.

Continuous Improvement Culture: Successful maintenance reliability programs embrace a culture of continuous improvement, where employees are encouraged to identify opportunities for optimization and innovation. Reliability engineer plays a key role in driving continuous improvement initiatives, fostering collaboration, and implementing best practices to enhance reliability and efficiency.

Regulatory Compliance and Safety: Reliability engineer must ensure that maintenance activities comply with regulatory requirements and industry standards, particularly in safety-critical environments. They should stay updated on relevant regulations and safety protocols to mitigate risks and ensure a safe working environment for personnel.

Cross-Functional Collaboration: Collaboration with other departments, such as operations, engineering, quality assurance, and procurement, is essential for success in this role. Reliability engineer should effectively communicate and coordinate with cross-functional teams to address reliability issues, implement maintenance strategies, and support organizational goals.

Training and Development: Investing in ongoing training and development is crucial to keep abreast of emerging technologies, industry trends, and best practices in maintenance reliability engineering. Reliability engineer should actively seek opportunities for professional development, such as attending training programs, conferences, and obtaining relevant certifications.

Performance Metrics and KPIs: Reliability engineer is responsible for monitoring and reporting on key performance indicators (KPIs) related to equipment reliability, maintenance effectiveness, and overall asset performance. Establishing meaningful metrics and performance benchmarks helps track progress, identify areas for improvement, and demonstrate the impact of maintenance reliability initiatives.

What extra ingredients you will bring:

Candidates should have a strong understanding of reliability engineering principles, including reliability analysis, failure modes and effects analysis (FMEA), root cause analysis (RCA), and predictive maintenance techniques.

Proficiency with maintenance management software, computerized maintenance management systems (CMMS), and reliability software tools as a plus.

Education / Certifications:

Bachelor's degree in engineering (Mechanical, Electrical, or Industrial engineering).

Job specific requirements:

SAP PM module experience as a plus; Proficiency in MS Office products (Excel, Word)

Require as minimum 2 years of experience in maintenance engineering, reliability engineering, or a related field.

Travel requirements:

No

Work schedule:

1st shift, 6:45am - 2:45pm or daily

(08:00am - 04:00pm /07:00am - 03:00pm)

Salary and Benefits:

The base salary range for this position is $77,600 to $106,700; the exact salary depends on several factors such as experience, skills, education and location. In addition to base salary, this position is eligible for participation in a highly competitive bonus program with possibility for overachievement based on performance and company results.In addition, Mondelez International offers the following benefits: health insurance, wellness and family support programs, life and disability insurance, retirement savings plans, paid leave programs, education related programs, paid holidays and vacation time. Some of these benefits have eligibility requirements. Many of these benefits are subsidized or fully paid for by the company.

No Relocation support available

Job Type

Regular

Manufacturing support

Manufacturing