Senior Reliability Engineer in London

JLL empowers you to shape a brighter way. Our people at JLL are shaping the future of real estate for a better world by combining world class services, advisory and technology for our clients. We are committed to hiring the best, most talented people and empowering them to thrive, grow meaningful careers and to find a place where they belong. Whether you’ve got deep experience in commercial real estate, skilled trades or technology, or you’re looking to apply your relevant experience to a new industry, join our team as we help shape a brighter way forward.

This position is supporting a Life Sciences Client across multiple locations in EMEA. In JLL Work Dynamics our most significant assets are our “People” and our “Clients”. We will act with Dignity and Respect, make Ethical Decisions, champion Corporate Responsibility and serve as a driving force for a Sustainable Asset Management. There are opportunities for growth and career development.

Acting as a technical subject matter expert you will be supported in achieving external qualifications and becoming globally recognised in Reliability & Asset Services. This exciting opportunity is responsible for providing reliability engineering support for operations and maintenance of buildings, infrastructure, and equipment assets.

In coordination and full collaboration with the TSSO, the Senior Reliability Engineer is responsible for implementing a strategic asset management plan to integrate clients existing systems energy management programs, maintenance programs and life-cycle asset management approach. Develops analysis methods to determine reliability of components, equipment, and processes in accordance with JLL’s enhanced Reliability & Asset Services program. Acquires and analyzes data from CMMS and other sources and continually improves maintenance program strategy to meet outcomes-based performance measures. Conducts ongoing maintenance maturity assessments to assure progress to plan. Oversees root cause failure analysis (RCFA) of equipment failures to determine the required corrective action for the situation. Consideration will be given to the cost limitations for equipment uptime/downtime, repair/replacement costs and weight, size, and availability of materials/equipment. Determines cost advantages of alternatives and develops action plans that comply with internal/external customer demands for reliability processes/equipment to avoid failures.

Position Responsibility of ESSENTIAL FUNCTIONS:

• Recognizes that assignments are broad in nature and require appreciable originality and ingenuity to complete them and considerable latitude for un-reviewed actions or decisions.
• Works under general direction of Engineering Services Reliability & Asset Services platform for instruction in deploying client’s strategic asset management roadmap with matrix reporting back to the clients lead engineer (FM).
• Integrates data from multiple sources including; automated fault detection diagnostic engines, maintenance programs, and capital planning processes to develop life-cycle analyses and recommendations for repair vs. replacement decisions.
• Supports all efforts in the execution of site level Reliability & Asset Services programs and processes to effectively increase machine/facility system reliability and compliance.
• Conducts program and system/equipment audits on a periodic and as needed basis. Audits will generally be focused on safety, regulatory compliance, maintenance effectiveness, cost savings, and energy conservation.
• Supports JLL operational compliance program and follows company safety and health guidelines and other company policies.
• Coordinates the use of other engineers, technicians, and third-party resources to accomplish the objective of cost-effective Reliability And Asset management improvements for maintenance and projects.

Reliability Engineering

• Equipment preventative maintenance (PM) task creation and management for continuous improvement and PM optimization.
• Responsible for ranking the criticality of the assets under their care, typically using Reliability Centered Maintenance approaches, and for defining the proactive maintenance approaches that are cost-beneficial to the business.
• Create and conduct Reliability studies, as well as understanding drawings and schematics.
• Create risk mitigation strategies for critical assets that can be deployed across the asset portfolio.
• Investigate new technologies for reliability improvements.
• Considers impact of costs on recommended action plans for avoiding/correcting problems during the design phase or remedial action for correcting reliability problems on installed equipment; performs root cause failure analysis to help prevent failures.
• Facilitates/supports operational event and equipment failure investigations to ensure that the root cause/causal factors have been identified, corrective actions prescribed, and follow-up monitoring conducted as applicable, to determine effectiveness.

Condition-based Maintenance

• The understanding of moving and rotating equipment such as pumps, motors, gearboxes, conveyors, etc., from an operations and maintenance perspective, mechanically and electrically.
• Plans and performs engineering operations, monitors operations center systems, RCM program implementation, process engineering assignments, root cause failure analysis, incorporation of condition-based maintenance (CbM and predictive testing and inspection (PT&I) technologies and conducts equipment condition assessments.
• Identify and manage system of continuous improvement to ensure resolution to chronic “bad actor” equipment.
• Experience with Root Cause Analysis, Equipment Criticality Ranking, PM/PdM optimization, Defect Elimination, and/or Failure Modes and Effects Analysis.
• Experience w/ predictive maintenance technologies including, but not limited to, vibration analysis, oil analysis, infrared Thermography, ultrasound, and motor current analysis.

Workflow Management

• Maintain complete and accurate records/plans within computerized maintenance management system (CMMS) related to equipment, specifications data, BOM, failure history, etc.
• Develop and maintain “Key Performance Indicators