Perform advanced power system analysis utilizing state-of-the-art software; including load flow, power quality/harmonics, short circuit, coordination, and arc flash risk assessment studies in accordance with applicable IEEE/ANSI and NFPA standards and codesIntegrate systems and technologies into highly effective KPI tools for the end userDesign, assemble, program, commission, and document electrical control systems for various processes across diverse industriesDesign SCADA systems, deploy and troubleshoot automation networks, and develop user-friendly HMI programsProvide technical proposals and cost estimates for engineering work and oversee awarded engineering projects through project scheduling and resource managementProficient with a variety of automation devices: including PLCs, HMIs, solenoid and positional valves, induction and servo motors, overload devices, VSDs, field transmitters, signal transducers, scales, switches, and safety IOProficient with a variety of automation signals and protocols: including 4-20 mA, RS-232, RS-485, HART, CAN, Data Highway, Modbus, CIP, EtherNet/IP, DF-1, PROFINET IO, OPC, and TCP/IPProficient with various process automation programming languages: including SQL and Visual BasicProficient with Allen-Bradly PlantPAx and Siemens Open Library programming methodologiesWork primarily with Rockwell, Siemens, and GE automation productsWork primarily with GE, SEL, and Siemens protective relay and metering products

Designed new and upgraded existing medium-voltage and low-voltage electrical power distribution systems; including substations, power lines, E-houses, Motor Control Centers, switchgear, switchboards, power panels, and lighting panels.Designed new and upgraded existing process control and industrial automation systems; including post-installation startup support.Conducted electrical power studies using ETAP and MSHA Short Circuit software.Participated in electrical power system feasibility studies; including conceptual power system design using renewable energy sources.Created engineering drawings in the forms of one line diagrams, three line diagrams, wiring diagrams, control schematics, instrumentation diagrams, P&ID diagrams, panel board schedules, grounding grids and grounding details, equipment layouts and overviews, equipment elevations, equipment schedules, raceway & cable tray layouts and installation details, cable/conduit schedules, and additional general installation details.Assisted in project management; including participation in meetings and conference calls, and maintaining project schedules via Gantt Chart.Worked primarily with Allen-Bradley/Rockwell Automation products.

Provided Quality Control for Bruno Engineering's contracted project with The City of New York Department of Sanitation (DSNY). Oversaw the construction submittal process for DSNY's East 91st Street MTS Container Transport System.

Individually planned and executed activities for a group of 65 housing residents.Coordinated with other members of my housing area to plan and carry out programs for a group of 400 housing residents.Collaborated with other on-campus groups to provide an educational and meaningful housing experience for students. Performed measures to ensure the safety of housing residents, including participating in Incident Command System (ICS) training.Mediated resident conflicts and enforced housing policies.Led a committee to continuously improve my housing area.Received training on Lean Operations and Six Sigma.

Focused on the personal and educational development of a group of engineering students by: 1) providing academic advise and tutoring, 2) planning and executing educational activities, 3) scheduling personal one-on-one meetings with each engineering resident periodically,4) and making myself available to engineering residents for a number of hours per week.Worked with other Housing and Residence Life personnel to ensure the safety and well-being of my residents.Mediated resident conflicts and enforced housing policies.