Prateek Raje

--> Manage roadmap of projects working within the framework of the overall Manufacturing Quality team; set goals, track deliverables, identify risks and opportunities, and drive mitigation efforts across all stages of each project --> Trial Recovery: Ensure manufacturing lines are validated and/or restored to prior condition post-trial(s). Evaluate the success of each trial (yield, downtime, cost, safety, etc.) --> Coordinate the activities of the team’s quality systems and manufacturing quality engineers in pursuit of the team’s overall mission; collaborate with the team’s internal quality data engineering professionals to support project design and execution --> Product Life Cycle Management (PLM): Established and documented PLM/MBOM part model changes for all assembly changes in program overhaul for new vehicle launch --> Program management: Lead remediation team meetings, track deliverables and prepare for ramp impact by maintaining risk registers across Production, engineering, quality, and process teams

Project Manager • Communication: Facilitated communication within contractors, stakeholders by keeping them abreast of daily and weekly progress reports, RFP’s through identifying gaps and constraints on a regular basis • Process improvements: Implemented and contributed to continuous improvement of project framework through dynamic team collaboration, informative metrics, sprint planning, task sequencing, sprint reviews and retrospectives • Project Control Structure: Developed, organized, and managed schedules that complied with program’s Work Breakdown Structure (WBS) and OBS including monitoring cost baselines within budget • Quality Control: Achieved operational objectives and recommendations to prepare action plans, improve quality, customer service standards and outline underlying problems by maintaining checklists, reports, and dashboards • Result Oriented: Automated Project workflows, standardized templates and maintained real time KPI dashboards thus achieving key milestones on time and budget resulting in savings of 14% annually using MS project and JIRA Controls Engineer • Electrical Drawings: Assisted in the review and confirmation of system user manuals, as-built electrical/mechanical drawings, Bill of Material (BoM) lists, Standard Operating Procedures (SOPs), and spare parts lists • Network Controls: Established HMI Thin Clients, Ethernet Connections, Thin Managers with the OPC Server and set up with Kepware for communication with the building PLC • HMI/PLC Programming: Programmed and Modified new customized control system designs on material handling systems based on customer objectives, needs and goals in WW and studio5000 platforms • Client Interaction: Participated in project review meetings with internal design team and with clients to discuss issues and developed action item lists as part of project record keeping using Smartsheets

Experience in creating and implementing HMI applications utilizing a variety of HMI software including Intellution, Wonderware, and Rockwell Automation RSView. Programmed and integrated Allen Bradley ControlLogix5000 PLCs and PanelView HMIs using distributed control architecture to automate large-scale sorting and material handling processes. Created and implementing Feed Forward and Feed Back loop controls utilizing PID for flow control, pressure control and chemical pacing. Cataloged Design and Interfacing of Automation of gas line using the SCADA designing software Wonderware Intouch and using the Siemens S7400 PLC. Streamlined communication of AC drives and their various protocol communication for ABB and Schneider servo drives for motion control . Setting up of ACS310 drives with embedded Modbus RTU (remote Terminal unit). Did the control setting of the drives like baud rate, parity, data bits, stop bits and programming of different ports. Delegated Installation, cabling and commissioning of AC drives (HT / LT) (Schneider & ABB make) and devices (including Auto controls loops logic building, testing and loop tuning . Stimulated Erection & Commissioning of Field Instruments (HMD, Pyrometer, Loop Scanner, Proximities, LVDT, Encoder, Light Barrier, Photo Cell & Load Cell) and their interfacing with PLC's.

Performed detailed design and Calculations of auxiliary power systems for large scale utility generation facilities and industrial power distribution systems including short circuit, load flow, motor starting, protective relaying and arc flash analysis. Developed technical scope and specifications for internal and contracted projects including switch gear maintenance, underground feeder installation, relay upgrades, and unit commissioning. Articulated electrical control and protection schemes for low and medium-voltage switch gear equipment, including interfaces & interconnections for new, existing, retrofill and/or retrofit applications. Leading on-site installation, start-up and commissioning of switch gear line-ups and sub-assemblies for high-demand industrial facilities (data centers, water treatment, production lines, etc.) - as required. Designed schematic and panels (Control Panels, Motor Control Panels, Motor Control Centers, Power Distribution) and Life safety Systems using Auto CAD Electrical. Conducted power flows by adjusting shunt/series capacitors, transformer phase angles and generation outputs in WECC models for various validation models. Evaluated Load Flow , Short Circuit and Arc Flash, Studies with SKM and ETAP Software . Modeling, testing, verification and analysis of industrial generator control system,synchronous & induction motor, wind turbine generator,voltage regulator and switching capacitor on ETAP software. Validated datasheets for electric motors and transformers to get reviewed and to be sent to the vendor. Implement proper AIC ratings of equipments, prepare one line diagrams and edit electrical specifications with input from senior engineers Developed spreadsheets with data obtained from the company’s database for equipment reliability, trending, and maintenance history of relays, breakers and cables across the fleet to ensure Preventive Maintenance activities are adequately provided to crucial electrical equipment.