Sha B. Email & Phone Number

Irvine, California, United States

➢ Provide Engineering Leadership and Direction for the sustaining engineering team, both for new and existing products.➢ Direct the Engineering Team in efforts to enhance quality, reduce costs, implement Design for Manufacturing (DFM), and improve reliability in manufacturing.➢ Lead or Assist Performance, Quality and Availability (OEE) Improvement Initiatives using FBS lean tools.➢ Mentor the team, enabling them to work to their full potential. Maintain departmental quality and performance metrics.➢ Establish Departmental Goals and develop resource plans to support key objective, initiatives, and production goals.➢ Monitor the Annual Capital Budget, enhance overall capabilities, implement continuous improvement and Lean Six Sigma initiatives.➢ Oversee the new manufacturing equipment hardware, software, processes, standard operating procedures, and work instructions. ➢ Promote a Collaborative environment, ensuring a solid grasp of validation strategy (IQ/OQ/PQ), protocols, execution, and reporting.➢ Take Ownership of Key Performance Indicators (KPIs) in Operations, including 5S/Safety, Quality, Delivery, Inventory, Productivity (QDIP).➢ Utilize Fortive Business System (FBS) tools to streamline manufacturing processes and improve customer experiences.➢ Drive Performance Management Throughout the Year by setting appropriate goals, providing feedback, and addressing performance issues effectively.➢ Lead Productivity Improvement Efforts to reduce manufacturing costs and improve first-pass yield (FPY) by leveraging industry best practices and Lean principles.➢ Collaborate with Design Engineering, Quality and Operations to ensure the application of appropriate tools (i.e. PFMEA) for manufacturability and productivity targets.➢ Coordinate the Assessment and Implementation of Mistake-Proofing (poka-yoke) methodology.➢ Manage Manufacturing Work Instruction Development, Maintenance and Control, including migration to Electronic Work Instructions.

Orange, Ca

➢ Led and managed the design and execution of the Multi Shuttle Systems and high-density storage systems using racking.➢ Led and managed the design and execution of fully automated Warehouses, Distribution Centers, and Fulfillment Centers.➢ Provided management oversight and leadership to engineering team during the design, implementation, and execution phases of the project.➢ Led and managed cross-functional engineering teams across multiple domestic and international offices. ➢ Led the engineering team during the execution phase of the project, including onsite installation and commissioning.➢ Led, oversaw, and validated the work of the team, ensuring extra ordinary result.➢ Drove customer issue resolution and improved existing products. ➢ Led and participated in customer negotiations and project deliverable meetings from kick-off to closeout.➢ Identified resource requirements for design, implementation, installation, commissioning, and go-live support.➢ Utilized JIRA & SAP to manage project resources, short- and long-term forecasting, scheduling, and cost tracking.➢ Coached the team in preparing design specifications, layout design, order entry and commissioning.➢ Reviewed and provided guidance to improve design and process failure mode and effect analysis.➢ Provided technical guidance to the CE team in designing electrical schematic drawings and industrial control cabinets.➢ Oversaw PLC code and custom HMI development to control Multi Shuttle systems and interface with site WCS systems. ➢ Reviewed and approved appropriate engineering test procedures to verify and validate engineering team solutions.➢ Reviewed developed documentation specific to the project, including description of operations, test procedures, and integration.➢ Major projects, Amazon, Burlington Coat Factory, Albertsons, Superior Uniform, AutoZone, and Caterpillar.

Troy, Mi & Mission Viejo, Ca

➢ I managed large-scale, high-visibility, multi-million-dollar projects in fast-paced automotive engine plants.➢ I managed engineering projects at Chrysler, Ford, GM and Fiat engine plants in the US, Canada, Mexico, and Brazil.➢ I managed projects related to the design, upgrade, and control systems of production machines in automotive plants, encompassing both hardware and software.➢ Managed cross-functional engineering, installation, and commissioning teams, and delivered high-quality results on time or ahead of schedule.➢ Directed and evaluated all projects activities, including meetings, planning, scheduling, and coordination.➢ Oversaw preparation of standards and documentations to assure the requirements and guidelines are followed. ➢ Provided guidance and technical leadership to identify and resolve complex engineering issues.➢ Consulted clients and offered most appropriate solutions to improve their production and reduce their equipment downtime.➢ Provided oversight to team responsible for control systems hardware, software, and design quotes.➢ Consulted in design and development of complex equipment with up to 9-Axis motion control system applications.➢ Collaborated with global OEMs, integrators and engineers in design and development of complex manufacturing equipment.➢ Developed motion control applications for very complex CNC machines.➢ Designed custom HMIs, ANDON boards and SCADA solutions to report production and equipment status to plant management. ➢ Developed turn-key applications to control automated machines, including PLC & NC codes, macros, and custom HMIs.➢ Developed PLC codes using CODESYS object-oriented programming-industrial IEC 61131-3 in ladder, structured text, function block diagram languages.

Troy, Mi

➢ I led the Controls Engineering team during the launch of a several new Chrysler engine manufacturing plants, from concept to actual production, in the USA, Mexico, and Brazil.➢ Collaborated with our cross-functional teams, the Chrysler team, OEMs, and other third parties involved to ensure the success of the plant launch.➢ Developed applications utilizing Schneider Electric products including power, Control systems, and motion control products. ➢ Designed and developed turn-key applications to control complex CNC & PLC production machines for Chrysler plants.➢ Developed and improved PLC codes, CNC programs, NC Macros, Custom HMIs, schematics and wiring diagrams.➢ Provided control systems engineering support to OEMs in design, startup, and commissioning of the new production machines.➢ Generated machine motion control systems physical layouts, safety circuits, and wiring diagrams.➢ Developed PMIS (Plant Management Information System) to report machines status, history, and downtime to plant manager.➢ Provided solutions, training and technical support to OEMs and system integrators.➢ Reviewed OEM’s electrical schematics, circuits, and drawings, for compliance with Plant’s standards and safety requirements.➢ Developed & updated troubleshooting procedures for plant manufacturing machines including safety and motion control systems.➢ Developed custom design & applications to demonstrate Schnider Electric products capabilities to meet customer’s requirements.➢ Performed investigations and analyses to address customer complaints, and concerns on complex technical issues.➢ I Provided Tier 3 technical support and trained OEMs, integrators, and end users’ engineering and maintenance teams.➢ I Provided technical support to the engineering teams at Chrysler, GM, Ford, and Fiat automotive plants. My responsibilities included troubleshooting, design changes, modifications, and equipment enhancements.

Gm Transmission Plant, Windsor Canada

➢ I was responsible for GM transmission plant’s production machines’ hardware and software design, safety, quality, installation, maintenance, and improvements.➢ Ensured the efficiency, reliability, and safety of the plant’s equipment, processes, and operations.➢ Provided engineering support to manufacturing and maintenance teams in solving any technical problems that arose.➢ Wrote PLC, CNC and robot programs and created schematic and wiring diagrams for fully automated industrial machines.➢ Wrote GM transmission plant’s technical specifications and URS when purchasing new production machines.➢ Worked with OEMs, engineers, and suppliers around the world during the plant restructuring process.➢ Validated new machines design, implementation, and installation, ensured equipment compliance to GM plants specifications.➢ Modified production machines design and programs to improve uptime, safety and to decrease cycle time.➢ Troubleshoot VFCs, AC servo/Spindle motors & drives, robots, conveyors, gantries, vision systems, CNC/PLC machines.➢ Troubleshoot and resolve hydraulic, Pneumatic and lubrication circuit issues.➢ Performed informal training of new engineers and skilled trades, especially on new equipment.➢ Coached newer engineers with diagnosing and troubleshooting of electrical faults.➢ Adapted to fast-paced production environment and juggled tasks based on the workflow change and support needed.

Master Of Applied Science - Masc, Electrical And Electronics Engineering

Bachelor Of Applied Science - Basc, Electrical And Electronics Engineering