- Conducting meetings with the clients to provide cost effective solutions and to address their needs in a timely manner,- Performing site visits to collect information based on the client inputs and to verify the design,- Analyzing stress in the piping systems under thermal, sustained and seismic loads to meet the requirements of ASME B31.1. Time history and response spectrum analysis of the piping systems,- Conducting statistical analytics on the designed piping systems to optimize the support location and minimize the project cost, - Design pipe supports - Relief valve vent sizing and analyzing piping systems due to dynamic loads,- Stress analysis of the buried pipes based on ASME B31.1 guidelines,- Calculation of through-wall bending stress, ovality and wall thickness for buried piping systems- Proposal development and effective cost estimation,- Designing pipe support systems,- Pipe routing,- Conducting flange leakage analysis based on ANSI, ASME BPVC section VIII and section III,- Conducting hydraulic calculation and sizing piping systems of both compressible (e.g. steam and air) and incompressible (e.g. water and fuel) fluids,- Calculating heat transfer from high energy piping systems,- Developing macros and codes to expedite data transfer among softwares for fluid flow and stress analysis,- Generating BOM for the piping systems,

• Mathematically and numerically modeling of a drop rain penetration into a piece of water-repellent fabric• Analytically investigating the equilibrium states of a rain drop on a piece of water-repellent fabric from thermodynamic aspect• Analytically analyzing fluid flow into a nano-tube• Developing an in-house objected oriented code from scratch (15000+ lines) in C++• Developing a multi-grid/multi-level fluid flow solver• Modifying the to-date numerical schemes for computational normal and curvature (accuracy increased 50%)• Innovated the first mathematical model of accurate contact line motion near a sharp corner• Developed explicit mathematical relations for drop rain model (reduced computational cost 10%)• Selected from 150+ applicants for a three-day Leadership workshop organized by Engineering Leaders of Tomorrow• Designing and coordinating term projects for 700+ undergraduate engineering students annually• Establishing research partnerships among undergraduate students to conduct the project as a team• Leading tutorials and managing labs for undergraduate and graduate courses (200+ undergraduate students weekly)

• Arranged the symposium schedule• Informed authors of the accepted abstracts and provided them a guideline for the oral presentations/poster presentation• Prepared, published and collated event materials, including proceeding, banners and ads (10% cost reduction)• Promoted the event by attending departmental seminars (number of participants increased 25%)• Increased number of prizes and awards for the best presentations (30%)• Arranged meeting with the chair of the department to report feedbacks

• Initiated the department of Fluid flow• Developed proposals and estimated the project costs• Organized meetings with clients• Presented the company capabilities by attending seminars• Connected industry and university through organizing meetings to find the potential researcher/worker

• Developed an in-house Finite Element Method code (7000+ lines) in FORTRAN from scratch to simulate water flow in an oil reservoir (Water flooding process)• Devised a second order space-time finite element method to simulate water flow in an oil reservoir• Developed parallel processing heat transfer solver using FORTRAN and MPI library• Studies domain decomposition techniques to prepare the computational grid for simulations• Implemented GMRes linear system solver into an in-house code• Analytically analyzed the convergence of the devise numerical scheme (50% increase in the order of accuracy) • Led a group of five students to develop a parallel code (10000+ lines) to simulate water flow an oil reservoir• Organized weekly meetings with the parallel code developers which resulted in a high performance water flooding simulation code