P2P COE Analyst II: Process Improvement & Analytics

Eastman Industrial Supply, Inc.; Ciudad de México; On-site; MXN 300,000 - 540,000; Full time

Job summary

Eastman is a global specialty materials company seeking a skilled professional to improve and optimize business processes. You will analyze existing workflows, collect data, and identify opportunities to drive safety, productivity and cost reductions.

The role involves researching best practices, benchmarking against standards, and applying process-driven approaches to reengineer systems and inform decision making within the assigned division.

Qualifications

• Experienced. Requires knowledge and experience in own discipline; performing all duties of assigned role, but still acquiring higher level knowledge and skills.
• Builds knowledge of the organization, processes and customers.
• Solves a range of straightforward problems using standard procedures.
• Works with a moderate level of guidance and direction.
• Impact of work is primarily within own division or site.

Responsibilities

• Analyze and measure the effectiveness of existing business processes.
• Develop sustainable, repeatable and quantifiable business process improvements.
• Research best business practices within and outside the organization to establish benchmark data.
• Collect and analyze moderately complex process data to initiate, develop and recommend business practices.
• Determine how new information technologies can support reengineering business processes.
• May specialize in benchmarking, business process analysis and reengineering, change management and measurement, and/or process-driven systems requirements.

Job description

Eastman is a global specialty materials company seeking a skilled professional to improve and optimize business processes. You will analyze existing workflows, collect data, and identify opportunities to drive safety, productivity and cost reductions.

The role involves researching best practices, benchmarking against standards, and applying process-driven approaches to reengineer systems and inform decision making within the assigned division.