Successfully manage project budgets for instrumentation, control systems, and I&E activities. Evaluate, specify, and procure instrumentation, PLC’s, and machine monitoring systems suitable for hazardous areas (i.e. NEC, IEC, ATEX). Oversee project designers in the design of control system drawing packages, including P&ID’s, I/O diagrams, junction box wiring diagrams, and control panel wiring schematics and panel diagrams.

Responsible for the detailed design and integration strategy of control systems equipment (e.g. PLC’s, HMI’s, Control Panels, Variable Frequency Drives, and Machine Monitoring Systems) related to the design of industrial reciprocating compressors Design the equipment control philosophy to achieve automated operation under hazardous and critical conditions. Work with manufacturing and field personnel in performing shop and on-site field checks of installed equipment, including panel trouble shoot and instrument calibration.

Lead targeted administration of advanced scientific and engineering concepts related to Feedback Control Systems to junior level students.Satisfactory graded the assignments of 75 future professionals.Ambitious self-starter who prepared and conducted lectures in the professor's absence.

Conceptualized the complete migration strategy of firmware to XMEGA microcontrollers.Skillfully developed firmware for patented ForceTouch technology to be used in early stage of novelapplication in the automotive industry.Utilized broad scope of technology knowledge toward design and implementation of embedded systems, which included designing solutions, assessing various development paths, identifying key trade-offs, composing bill of materials, meeting customers’ needs, and implementing design.

Applied strong leadership abilities in the design of automation processes to measure performancemetrics of products; ultimately reducing significantly the time under testing from hours to minutes.Formulated data-processing script for register map analyses that reduced system validation time.