STEVE BOGARD

Dynamic Technical Project Manager with extensive experience at ExxonMobil Corporation, leading major capital projects in carbon capture. Proven track record in risk management and engineering design, utilizing skills in C++ and project leadership to drive successful outcomes. Adept at fostering collaboration among cross-functional teams to achieve project milestones efficiently.

• Closed $20 Mil project with BP America at Weatherford International.
• Closed $15 Mil Project with Chevron to manufacture Subsea Wellheads at OneSubsea.
• Closed Six Sigma Project with $1 Mil savings on Blowout Preventer Testing at Chevron.

C++/C, Visual Basic.Net, Python, Java, Embedded, Neural Networks, Assembly Language, MATLAB & Simulink, LabView, Mentor Graphics xDX/xPCB, Pspice, Aspice, UML, OrCAD, PADs, AutoCAD, NX, CREO, Abaqus, LS-DYNA, Catia, Raspberry Pi, Embedded C, TCP, AI, Machine Learning, MS Office - Word, Excel, PowerPoint, SharePoint, AutoCAD, Inventor, Catia, NX, SolidWorks, ANSYS, Abacus, Allegro, Altium, PMBOK CLASS AT WAYNE STATE UNIV (IE 6840), Knowledge of ATEX 2014/68/EU, Zone 0 (explosive gas), Zone 1 (explosive gases likely), Zone 2 (unlikely), HAZLOC Class I, Div 1, Class I Div 2, Pressure Equipment Directive (PED 2014 /68/ EU), Machinery Directive (MD 2006/42/EU), Electromagnetic Compatibility (EMC 2014/30/EU), Strong background in machine design, Hydraulics, Heating ventilation and air-conditioning, Fluid mechanics, Sand castings, Investment casting, Plastic injection molding, Welding, Pressure vessel design, Pipe design, Strong background in electronics, Digital, Analog, Control theory, Electric machinery, Programmable Logic Controls (PLC), PIC Microcontrollers, PCB Layouts, Solid State Electronics, Hardware in the Loop (HIL) bench tools, SIL (Software in the Loop), Connectors, Sensors, FPGA, Low Pass Filters, High Pass filters, Oscillator, RF Design, Phase Lock Loop (PLL), Digital Signal Processing, Mixers or heterodyning, Communications, Modulation, Carrier Waves, Transmitter, Receiver, Voltage Controlled Oscillator, Frequency Sampling, Neural networks, Brushless DC Motors, DC Stepper Motors, DC Servo Motors, CAN Bus System, C Band Satellite (4 to 8 GHz), Ku Band (12 to 18 GHz), Low Noise Amplifier (LNA), Low Noise Block (LNB), NEC, NEMA, API, IEEE, IEC, Creating PCB Schematic, Convert Schematic to Layout, Print Layout to Film/Photo Mask, Etching, Drilling holes after etching for components, Solder Mask applied to board, Component Placement, Testing or Board Bring up, Final Inspection of finished PCB for defects, Stencil preparation to apply solder paste, Component placement, Reflow soldering by placing PCB in oven, Cleaning PCB, Inspection of PCB, Rework if defects found, Automotive EMC Standards, Automotive Electrical Testing Standard, Automotive Environmental Testing Standards, Automotive Reliability and Durability Standards, Automotive Safety Standards, Medical Device Safety Standards, Statistics, Calculus, Differential Equations, Linear Algebra, Abstract Algebra, Topology, Developing safety plans to ensure compliance, Conducting Functional Safety Analysis, Planning, performing, and reporting on functional safety verification and test activities, Fillet Welds, Butt Welds, Calculating fatigue in welded joints, Forgings or Preheat Treatment, Rough Machine, Finish Machine, Weld Overlay or Clad, Detail Drawings with GD&T, Fabrication, Assembly Drawings, Schematic, P&ID, BOP/LMRP, Annular Preventer, Mux Control PODS, LMRP Connectors, Well Head Connectors, CCU, data logger, UPS, Power Distribution, Diverter Skids, Riser Adapter and Lower Flex Joint, Blind Shear Rams, Casing Shear, Choke and Kill Manifolds and Assembly, Simulation of Automotive Frontal Crash, FE Modelling of Composite Analysis of vehicle rails, Fatigue Life analysis of the solder ball of a flip-chip package, Thermal Analysis and CFD, Dynamics and Vibrations (NVH)