1. Managing a team of Process Engineers and Control System Engineers ina. Process Performance Monitoring and Troubleshootingb. Performance Optimization by Long Term Data Analysisc. New Design Conceptualization and Process / Facility Changes Reviewd. R & D Support and New Products Developmente. Integrated Control Systems Management including DCS, ESD, Data Concentrator (DC), SCADA, TGS, APC (Project in progress)f. Data Management with PIMS, ALMS, etc.2. Managing… Show more 1. Managing a team of Process Engineers and Control System Engineers ina. Process Performance Monitoring and Troubleshootingb. Performance Optimization by Long Term Data Analysisc. New Design Conceptualization and Process / Facility Changes Reviewd. R & D Support and New Products Developmente. Integrated Control Systems Management including DCS, ESD, Data Concentrator (DC), SCADA, TGS, APC (Project in progress)f. Data Management with PIMS, ALMS, etc.2. Managing cross-functional teams and completed projects on time within budget3. Led a multi-disciplinary team of Engineers and Technicians as Commissioning Manager ina. Pre-Commissioning & Commissioning of a Green Field Mega Project – both Process Plant & Utilitiesb. Coordinating Mechanical Completion, Punch Closure until System Take Over for commercial operationsc. Successful completion of Performance Guarantee Test Runs with Licensors for Process Plant and EPC Contractor for Utilities4. Leading the Management of Change Review Committee to review the EHSS impacts on Process and Facility Changes and the final authority to approve the change implementation.5. Mentoring fresh and experienced Engineers in their Career Development6. Developing Management Systems and Procedures & Trained all Stakeholders7. Developing Business Plans & managing Budgets.8. Led and participated in multiple Emergency Response roles9. Major Accomplishmentsa. Commissioned the world’s largest integrated Normal Paraffin & Linear Alkyl Benzene Plant in Yanbu, KSA with On Spec product in record time.b. Reorganized the entire commissioning schedule with reprioritization of systems take-over from EPC Contractor to advance the plant start-up by ~ 1 month with alternate feed.c. Implemented various enhancement initiatives within the first year of commissioning to improve production rates, stabilize product quality, reduce specific consumption of Raw Materials and Utilities with an annual savings potential of more than 10 MSUD. Show less

1. Leading a team of Process Engineers ina. Plant Performance Monitoring and Optimizationb. Process / Facility Changes Reviewc. Advanced Process Control Management2. Developing innovative solutions to improve process capability, production rates, efficiency, reduce cost and downtime3. Leading the Management of Change Review Committee to review the EHSS impact on Process and Facility Changes4. Led and participated in multiple HAZOP Studies and Cyclic PHAs.5. Led and… Show more 1. Leading a team of Process Engineers ina. Plant Performance Monitoring and Optimizationb. Process / Facility Changes Reviewc. Advanced Process Control Management2. Developing innovative solutions to improve process capability, production rates, efficiency, reduce cost and downtime3. Leading the Management of Change Review Committee to review the EHSS impact on Process and Facility Changes4. Led and participated in multiple HAZOP Studies and Cyclic PHAs.5. Led and supported Incident investigations (RCA).6. Led a team of Production Engineers and Technicians ina. Plant Operations and Managementb. Pre-Commissioning & Commissioning of Process Plant & Utilitiesc. Safe Start-Up & Shut-Downsd. Turn Around Coordination7. Led Emergency Response Teams8. Mentoring fresh and experienced Engineers in their Career Development9. Developing Management Systems and Procedures & Trained all Stakeholders10. Developing Business Plans & managing Budgets.11. Major Accomplishmentsa. Optimized Catalyst performance equivalent to the next generation of Catalyst with operating. Production increased by ~ 3% (300 KUSD per annum)b. Implemented a new operating regime for a Licensed Separation Technology and minimized Feed Loss by ~ 10% (100 KUSD per annum)c. Extended the life of an Adsorbent by ~ 2 years by diverting an impure stream without additional investment. Depreciation waived (250 KUSD)d. Researched and identified an effective solution for impurities removal from a feed stream and reduced the system size from ~ 45 MT to 1 MTe. Implemented an Integrated Management System pertaining to 4 International Standards.f. Implemented (Full Life Cycle) Microsoft Dynamics AX – Production Moduleg. Developed process-oriented applications using MS Excel (VB – Macros) to streamline Operations and Engineering activities. Show less

1. Managed Operation and Control of the Process and Utilities through DDCS2. Supervised the Start-Ups and Shut-Downs, adhering to the procedures3. Managed product quantity & quality in compliance with quality systems4. Optimized Product quality and reduced specific consumption of Raw Materials5. Maintained accurate and organised Procedures, Records and Reports6. Maintained up-to-date knowledge and information about technology and plant management best… Show more 1. Managed Operation and Control of the Process and Utilities through DDCS2. Supervised the Start-Ups and Shut-Downs, adhering to the procedures3. Managed product quantity & quality in compliance with quality systems4. Optimized Product quality and reduced specific consumption of Raw Materials5. Maintained accurate and organised Procedures, Records and Reports6. Maintained up-to-date knowledge and information about technology and plant management best practices6. Escalated safety and quality issues and initiated remedial actions promptly7. Supported the training and development of Operations Team8. Major Accomplishmentsa. Recovery Scheme for Raw Material wasted through vents back to storage Bullets which minimized the Specific Consumption by ~ 5% (USD 400,000 pa) and eliminated Bullet pressurizing with a Compressor (USD 30,000 pa)b. Replacement of a Control Valve with higher Pressure Drop with a lower Pressure Drop Control Valve design which eliminated a Booster Compressor saving up to 2000 kwhr per day (USD 35,000 pa) Show less