Senior Control System Engineer
Qualifications Profile
Strategic and results-driven professional, offering broad-based experience in control systems design and engineering across various industries. Well-versed in leading large-scale projects, from conceptualization to implementation, and integrating innovative solutions to successfully meet project requirements and goals. Armed with proven record of success in overseeing and completing multiple projects and initiatives to support company objectives and drive continuous growth. Skilled at conducting field reviews; formulating innovative and standardized approaches to industry specific expectations; administering contracts; and resolving complex technical problems.
Areas of Expertise
Commercial and Engineering Standardization Process Improvement Contract Review and Execution
Training Development and Facilitation Customer Service and Technical Support Unit Commissioning
Engine and Turbine Retrofit Upgrades Code Review and Editing Safety System Upgrades
Industries
Offshore and Onshore Drilling Petrochemical Power Generation Pulp and Paper Marine
Nuclear Military Critical Defense
Applications
Power Generation – Simple and Complex Paralleling Power Protection Speed Control – Engines, Steam Turbines, Turbo Expanders and Gas Turbines Engine AFR – Rich / Lean and Fuel Blending API611, 612, 670 and SIL-rated Safety Systems Propulsion Compressor Anti Surge Mechanical Load Sharing General Purpose Pumps, Blowers
Turbines
Alstom Dresser Elliott Hitachi Mitsubishi Shin Nippon Siemens Sulzer
Engines
CAT Cummins Cooper Detroit EMD Fairbanks Guascor MAN Mitsubishi MTU Volvo White Superior Wärtsilä Waukesha Yanmar
Professional Experience
Drake Controls, Various Locations (2008–Present)
Controls System Designer, Houston, TX 2015–Present
Provide leadership to high-profile projects for commissioning, which include conducting follow up visits with field engineers for further training and issue resolution
Lead the transition of engineering drafting to AutoCAD Electrical, effectively dealing with increased workload and documentation standards as the company grows
Steer efforts in standardizing and improving the Engineering Department, covering all facets of project life cycle, including engineering standards, approved vendors, manufacturing techniques, documentation, and testing standards
Key Highlights:
Established reputation for the significant contribution in accomplishing over 180 projects throughout tenure, ranging from $30K to $2M across Asia, Europe, and North America
Successfully completed multiple projects including the following:
–Nuclear Reactor Feed Water Pumps, development of a new system to replace the existing one; and
–Bently Nevada Installation, 10 complete turbines with complete, design and engineering of integrators control systems including cable routing, specification of sensors, valves, and System 1 integration
Established training library of standard & custom project training materials conducting classes throughout tenure:
–Basics in - Governing, Power Generation, Engine Systems, Turbine Systems
–easYgen-3000+ Series, GCP 30+ Series, SPMA/D, DSLC/MSLC1/2, EGCP2/3
–2301A/D/E Series, actiVgen
–GECO Lean/Stoich. E3 Series, IC92X
–Peak 150/200, 505, 505E, 505D, 505DE
–ProTech SX/GII/TPS/MSM
Field Service Engineer, Houston, TX 2012–2015
Transferred to Houston to work as part of the Engineering Team and deal with larger projects, while continuously providing field services
Generated pricing templates and engineering questionnaires to streamline and standardize commercial and technical approach for engine systems and power generation applications, which resulted in:
Improved process for salesmen and minimized necessary engineering support
Decrease in commercial lead time and increase in project award
Minimized re-engineering efforts and provided a uniform approach across wide ranging applications for customers
Modified standard product code and cores in custom applications to ultimately meet customers’ installation requirements, in addition to the previous engineering tasks, such as human machine interface (HMI) and drawing development
Key Highlights:
Directed various projects throughout tenure, including:
–Commissioning Support/Onsite Engineering, of the world’s largest Geothermal Air-Cooled Rankine Cycle Power Station, consisting of expander speed & load control, process automation, substation monitoring and HMI;
–Startup Commissioning of Westinghouse 191 Blower with steam follower, Frame 5 Gas turbine triple stage compressor and steam turbine starter, leading commissioning teams from loop checks to surge line testing; and
–MSC ARS Class Vessels upgrade of speed control and load control systems
Field Service Technician, Buena Park, CA 2008–2012
Acted as authorized independent service representative for Woodward aftermarket products in small engine, large engine, steam turbine, and electrical power systems product lines, such as E3 Lean / Stoich / fuel blending beta sites, Easygen, GCP, 2301A/D L/F/P Series Actuators, and Electro Hydraulic Actuators across California, Hawaii, Nevada, Oregon, and Washington
Developed custom HMIs for industrial control systems with Information Designer, IX developer, FactoryTalk, and KEPServer
Rendered application sales support to sales staff and Engineering Department in determining major components, margins, and labor estimates
Made use of Visio and AutoCAD LT in developing electrical drawings
Key Highlights:
Succeeded in accomplishing key projects, such as the following:
–BP Liberty Rig (North Slope Alaska), creation of a centralized HMI server system for the world’s largest land-based directional drilling rig, along with control and automation of the power plant, fire and gas, and fuel gas
–Modular Emergency Power System (SEABEE MUSE), Displacing a previous PLC system with a user-friendly decentralized expandable Power Management system consisting of 645 and 710 EMDs
–Arctic Challenger, complete revamp of a quick action power systems installation facilitating the process in ultimately gaining American Bureau of Shipping (ABS) approval for a vessel fleet to proceed to North Slope
Electronic Environments, Anaheim, CA
Field Technician 2005–2008
Assumed responsibility in maintaining and repairing stationary/portable generators 25 kW to 500 kW, ATS’s 200 amps to 400 amps, and HVAC 3 tons to 5 tons
Served as primary technician for Verizon organizing and conducting emergency calls, fueling, and maintenance schedules during weekend operations covering for over 4,000 cell sites throughout Southern California
Supported restart of Pittsburgh Pennsylvania operations and coordinated with customers on emergency work procedure as well as maintenance schedules
Fulfilled other key tasks including formulating network standards for ATS configurations nationwide and conducting training for new employees
Earlier Career
Gibson Tech Ed., Lake Elsinore, CA
Circuit Board Technician for Educational Robotics and Training Material Development
Elsinore Valley Garage, Lake Elsinore, CA
Heavy Equipment Mechanic and Welding Apprentice
Education
Associate of Science in Computer Science § Mount San Jacinto College, Menifee, CA
Associate of Arts in Audio Technology § Mount San Jacinto College, Menifee, CA
Associate of Arts in Humanities § Mount San Jacinto College, Menifee, CA
Professional Development
Training
UL 508A – Standard for Industrial Control Equipment Cisco Systems Training Hazardous Location
Standard for Industrial Control Equipment RF Radiation Safety Training
Woodward Classes (EYG 3200/3500 E3 Stoich UG25 Exchange GAP Beginner/Advanced Vertex)
Certifications
VB.NET Programming Certification Audio Technology Certification
EPA South Coast Air Quality Management District (SCAQMD) Various Industry Safety Councils
Technical Skills
Microsoft Office Applications (Word, Excel, Access, Project, and PowerPoint)
VB.NET C++ Woodward (GAP 2.1X, 3.X, Control Assistant, Toolkit, NetSim, LeoPC, and QT)
AutoCAD PDSU (Electrical, Inventor, LT) PTC Math CAD Wire Shark SEL Compass
ProSoft FactoryTalk KEPServer IX RSLogix 5K