Enterprise-wide operations excellence

|| Siemens / Ener-Core Integrated 2MW Power Station ||• Technical lead for assembly and test validation of gas turbine packaging systems: lube oil system, hydraulic oil cooling system, enclosure fire protection and suppression, instrument air system, turbine instrumentation.• Analyzed Full Scale Acceptance Test facility set-up including structural design, testing criteria, gradual oxidizer interconnection, high pressure natural gas pipeline layout, OSHA standards and systems integration.• Responsible for fabrication design & engineering analyses of package for modular externally-fired gas turbines.• Determined project responsibilities, managed project phases, work distribution; assigned task and personnel.• Evaluated product design, customer requirements and performance standards to ensure budget control.• Achieved stakeholder satisfaction from concept through final delivery and planned capital budget of $5.5 million.• Coordinated timely workflow among customers, team members and regulatory agencies to implement processes.• Reviewed P&IDs, analyzed DFMEA causes, detailed process and design development; recommended actions.• Developed project objectives by reviewing project proposals and plans; conferring with management.

• Optimized new business operations by 18% by delivering pre-run analysis, drilling parameters recommendations, torque & draganalysis, post-run analysis, and after-action reviews to capture lessons learned• Mitigated future risk by leading service quality or post run incident investigations including initiation of tool dismantle and presenting investigation findings to sales, engineering team, and clients• Analyzed vibration modes of tools using dynamics modeling of tool assembly and measured data• Specialized in engineering support to sales, drilling solutions and technical software solutions groups• Published detailed tool performance summaries, optimization reports, failure analyses and technical proposals• Suggested optimum operating parameters to drill formations analyzing data from offset mud-logs, bit records and MWD.• Led technical workshops and review sessions for BHA design, lithology, field engineering applications and different product lines including: drill bits, rotary steerable systems, mud motors, and other downhole equipment.

|| Experimental Evaluation of Energy Conversion Systems - Energy Systems Lab ||• Investigated performance analysis of various energy conversion systems such as turbines, air compressors, centrifugal fans, enthalpy exchanger, refrigerators, internal combustion engines and flow measurement devices.• Enhanced technical skills on energy efficiency modeling, control and commissioning of HVAC systems.• Predicted road load performance of a 2007 Ford Duratec 4 stroke IC engine on a simulated automobile.• Analyzed engine load-speed characteristics and proposed optimum operating conditions for better fuel mileage. || Computational Analysis of Buoyancy Effects on Convective Fluid Flow - Thermal Hydraulics Lab ||• Analyzed heat transfer variations in high pressure ducts, due to buoyancy effects in forced convective turbulent fluid flow using supercritical carbon dioxide and water, through numerical simulations. • Compared different heat transfer coefficient approximations with computational model using variable thermodynamic properties of supercritical fluids.• Developed CFD models of different pipe geometries and boundary layer profiles of velocity and temperature.• Tools – ANSYS-Fluent, EES, DesignModeler, REFPROP interface for NIST real gas model|| Dynamic Response Model of Hydraulic System - Fluid Power Research Lab ||• Designed a dynamic response model to simulate functioning of a multiple linear actuator-controlled hydraulic system to rotate a Cycloid Speed Reducer.• Identified types of valves to be used with the proposed hydraulic power system.

• Mentored 50 high school students and conducted weekly lectures on mathematics and physics.• Led a team of six tutors to develop enrichment activities promoting academic learning.• Assessed student’s progress, developed and graded practice ACT examinations.• Analyzed academic potential and implemented different course modules for students.• Organized staff meetings and reviewed feedback from school teachers.

• Performed key operations in arranging internships for over 200 high school students at various firms.• Led a team of 45 counselors toward organizing different phases of internship cycle. Became one of the 5 primary contacts of all internship placements• Established field trips at GE Healthcare, Design Concepts, Walgreens, Oscar Mayer and Epic. • Administered highly successful “Networking and Career Builder Event” and “Student Organization Fair”.• Led writing sessions and resume workshops; procured logistics for orientations.

• Developed expertise in refurbishing, commissioning, and installation projects for utility steam turbine engines• Hands-on experience with Vibration & Condition Monitoring systems, mechanical run test, micro-alignment, dynamic balancingof bladed rotor as well as quality checks of vibration, torque and sound levels• Analyzed computer-aided designs of different back pressure and condensing types of steam turbines• Coordinated cross-functional engineers’ team to prepare work schedules, developmental plans and design reports

• Diagnosed minute design details of power utility equipment, such as turbines, generators, auxiliary engines, heat exchangers and water gates.• Performed hands-on activities at the shop floor.• Programmed and manufactured different metal profiles on CNC machines using FANUC control systems.