As a Project Engineer at Envitech, a leading supplier of air pollution control systems, I contribute to the treatment of hazardous and industrial gas cleaning systems. Our cutting-edge systems include high-efficiency Venturi scrubber systems, wet electrostatic precipitators, packed bed absorbers, tar removal scrubbers, and NOx scrubbers for particulate and gaseous emission collection.Key Responsibilities:Programmable Logic Controller (PLC) Automation: Design and implement PLC systems to optimize the control and automation of our pollution control systems.Electrical Control (ELC) Wiring Diagrams: Develop and maintain detailed ELC wiring diagrams to ensure reliable and efficient electrical connections.3D Modeling: Create and manipulate 3D models for the design and visualization of complex systems.Data Analysis: Analyze performance data to enhance system efficiency and troubleshoot issues.Complex Systems Management: Oversee the integration and functionality of various components within our air pollution control systems.Process and Instrumentation Diagrams (P&ID): Develop and interpret P&IDs for accurate system representation and project execution.Inspection: Conduct thorough inspections to ensure system compliance with industry standards and specifications.Pipe Stress Analysis: Perform pipe stress analysis to ensure the structural integrity of piping systems under various conditions.Finite Element Analysis (FEA): Utilize FEA to simulate and analyze the physical behavior of components and systems under different stressors.Applications Served:Medical and Hazardous Waste IncinerationBiomass and Coal GasificationEthanol and Biofuels ProductionWaste-to-Energy ConversionIndustrial Dryers and BoilersMy role at Envitech involves a multidisciplinary approach to engineering, combining advanced technical skills with practical applications to deliver effective and innovative air pollution control solutions.

Worked as a Development Engineer to set up and develop a machine shop for manufacturing drilling equipment used in the oil & gas industry. In addition, conducted a research study on the liner hanger and its spare parts manufacturing methods.Personal Contribution:- Oversaw and selected the required machinery manufacturing tools based on the available budget and the final product requirements.- Obtained the required licenses and certificates for starting the machine shop. - Worked as the point of contact for our company's clients- Obtained 3D measurements of the spare parts using 3D measurement arms. - Designed the prototype of the spare parts and conducted FEA.

Recipient of Americans Society of Mechanical Engineers award . The initial phase of this engineering challenge was completed as an award winning senior design project for RASIRC. Consequently, I was hired by RASIRC to design, develop, and manufacture the second phaseof the project with the continued aim of automating RASIRC's patented design for dynamic gas generationPersonal Contribution:- Contributed towards designing and building a prototype and the final product, specifically design of mechanical components, finite element analysis, material selection, manufacturing and qualitycontrol.- Worked as the project lead engineer responsible for the secondphase and completion of the final design.- Responsible for operation, troubleshooting, maintenance, and qualityassurance of the system.

As a part of a proposed future mission to Titan by JPL, worked on designing and building a prototype of an in situ liquid sampling system for Titan's cryogenic lakes to be used for analyzing lake's chemical composition.Personal Contribution:Contributed towards designing and building the system prototype, specifically research into cryogenic conditions, identifying design constraints, material selection, computer aided design (SolidWorks), thermal analysis, flow simulation and report writing.Coordinated between the team and JPL advisors, provided critical design updates to JPL engineers and scientists for technical assessment of system design.

Worked as part of a mechanical engineering team to design and build an autonomous drone.Personal Contribution:Contributed towards designing and building the main chassis and other components of the drone, identifying alternative design solutions, manufacturing the mechanical components, and programing a microcontroller.

Worked on a project that involved designing and building an autonomous rover that can visually perceive the environment, avoid obstacles, detect specific items and pick them up.Personal Contribution:Contributed towards identifying the possible and alternative design solutions, designing and building the mechanical components of the rover, material selection and production method development.

Provided top quality instruction utilizing proven methods, curriculum, and provided materials by JPL.Assisted students with SolidWorks and operation of Lathe and Mil machines.Enthusiastically engaged students during instructional sessions. Maintained regular communications with the Program Coordinators.

Managed restaurant’s good image and suggested ways to improve it. Controlled operational costs and identified measures to cut waste. Delivered superior service to maximize customer satisfaction. Created detailed reports on revenues and expenses.Regularly reviewed product quality.Trained new and current employees on proper customer service practices.

Installed and maintained GPS, cameras and communication for specialized transport vehicles.