Jaber Alasfoor

Lead a team technicians and coordinate contractors during shutdowns, turnarounds, and maintenance
projects while ensuring safe and efficient execution of activities.
• Manage CAPEX and OPEX budgets, maintenance strategies, procurement activities, vendor relationships,
RFQs, and spare parts inventory to support operational and reliability objectives.
• Supervise maintenance activities across 20 production lines and critical plant assets, supporting production
by minimizing unplanned downtime and maximizing equipment availability.
• Develop and implement preventive and predictive maintenance programs utilizing the CMMS system to
manage work orders, maintenance schedules, equipment history, and asset performance.
• Developed and managed detailed project plans, including scope, schedules, milestones, resource allocation,
and budgets for facility upgrades and capital projects while coordinating activities across Operations,
Maintenance, Procurement, and external contractors.
• Apply Reliability Engineering principles, Root Cause Analysis (RCA), and condition monitoring techniques to
identify recurring failures, improve equipment reliability, and enhance asset integrity.
• Maintain and improve the reliability of rotating equipment, HVAC systems, hydraulic and pneumatic
systems through proactive maintenance and asset lifecycle management practices.
• Monitor and analyze maintenance KPIs, including MTBF, MTTR, equipment availability, downtime trends,
maintenance backlog, and schedule compliance, providing performance reports to executive management.
• Collaborate with production, quality, engineering, and operations teams to optimize equipment
performance, improve operational excellence, and support continuous improvement initiatives.
• Lead equipment upgrades, process optimization projects, and energy-efficiency initiatives to improve
productivity, reliability, and overall plant performance.
• Maintain accurate maintenance records, engineering drawings, technical documentation, and failure
analysis reports while ensuring compliance with ISO standards, LOTO procedures, and company safety
requirements.

• Applied TPM (Total Productive Maintenance) methodologies to improve equipment reliability and plant
performance.
• Supported Reliability Engineering initiatives that reduced equipment breakdowns and improved
availability.
• Executed CMMS-driven preventive maintenance programs for critical production equipment.
• Maintained conveyors, chillers, hydraulic and pneumatic systems, rotating equipment, and vacuum systems.
• Prepared and analyzed operational and maintenance KPI reports.
• Reduced vibration-related failures through alignment and balancing activities.
• Planned spare parts requirements and coordinated maintenance schedules across two sites.
• Responded to plant breakdowns and emergency callouts while supporting continuous improvement
initiatives.
• Reduced vibration in rotating machines to avoid breakdowns.
• Responded to plant breakdowns and emergency callouts.

• Oversaw labor attendance, ensuring accurate tracking and accountability for project efficiency.
• Allocated labor resources strategically to optimize workflow in designated areas, enhancing productivity.
• Coordinated logistics for vehicle arrangements to facilitate tree cutting operations, demonstrating strong organizational skills.
• Conducted site visits to monitor work progress, providing constructive feedback to the project manager to drive continuous improvement.
• Developed strong communication skills through regular interactions with team members and management, fostering a collaborative work environment.
• Gained valuable insights into project management and engineering processes, preparing for a transition into engineering roles focused on mechanical, maintenance, and procurement engineering.

• Collaborated with a multidisciplinary team to conceptualize and develop an innovative snow removal robot project.
• Conducted feasibility studies to create a comprehensive project proposal, ensuring alignment with engineering standards.
• Utilized CREO software for detailed sketching and design, enhancing project visualization and planning.
• Analyzed material properties and performed strength calculations to select optimal materials for durability and performance.
• Chose appropriate gears and chains to ensure efficient operation of the robot, contributing to its overall functionality and reliability.
• Developed problem-solving skills and technical knowledge relevant to mechanical engineering, maintenance, and procurement processes.

• Gained hands-on experience operating lathes, milling, and drilling machines, enhancing precision engineering skills.
• Developed proficiency in CNC programming, optimizing machine performance and efficiency.
• Operated electro welding machines, contributing to quality fabrication and assembly processes.
• Collaborated with team members to troubleshoot mechanical issues, fostering a proactive maintenance approach.
• Engaged in continuous learning to support transition into engineering roles, focusing on design, maintenance, and procurement strategies.
• Demonstrated strong problem-solving abilities and attention to detail in a fast-paced manufacturing environment.