Debopamaa Debnath Email & Phone Number

Hillsboro, OR, US

Hillsboro, Oregon, United States

• Responsible for sustaining AMAT EPI machines critical to epitaxial growth on high-volume manufacturing microprocessors.
• Gained cleanroom experience to perform PM work on equipments.
• Executed DOEs and used JMP data analysis to proactively handle equipment problems.
• Developed automation solutions to create quicker response to quality events
• Drove SPC projects with other module engineers and statisticians to enhance the performance of Intel products.
• Led escalations with suppliers (AMAT) to discuss improving machine performance for increased yield.

San Diego, California, United States

Bryan/College Station, Texas Area

• Radio Frequency (RF) heating and reduction of graphene oxide and its polymer composites
• Produced electrochemically exfoliated graphene from graphite and compared their RF responses
• Rapidly processed nanocomposites using radio frequency heating by collaborating with researchers ar UNC Chapel Hill

Bryan/College Station, Texas Area

• Assisted 60 undergraduates in performing experiments like Heat Exchanger, 3-phase separator, Saponification, Distillation, Absorption, Adsorption, etc. in laboratory
• Clarified doubts and graded assignments of 90 students for ‘Chemical Engineering Fluid Operations’ course

Bryan/College Station, Texas Area

• Organized informational sessions on "Resume and Cover Letter Writing" and "Finding Co-op/Internships" by coordinating with the Career Center of Texas A&M University
• Helped in designing booklet for ‘2019 Texas A&M Conference on Energy’ by sorting different sessions and allotting time to all the oral and poster presenters.
• Responsible for designing TAMU ERS website
• Organized monthly social events like Bowling night for the members of TAMU Energy Research Society

Bryan/College Station, Texas Area

• Handled Instagram and Facebook pages of IGSA by posting content (by also coordinating with Advocacy and Mentoring teams of IGSA) relevant to Indian students
• Represented IGSA in Brazos Valley World Fest and won first prize

Mumbai Area, India

• Detailed understanding of P&IDs of various units like Naptha Desulphurization Unit, drum Decanting Unit, Boilers, Crude Unit Vacuum Section, etc. of refineries: Valero Houston Refinery, Valero St. Charles Refinery.
• Designed 2D models of the P&IDs on Smart Plant P&ID (SPPID) Software.
• Suggested changes in plant design like placing footvalves at the end of pumps, dimension fitting of valves and reducers with the pipe size, appropriate placing of pressure differential indicators and valves on the.
• Did draft check (using Bluebeam Revu software) of both hard and soft copies of the P&IDs made on SPPID software by the designers.
• Prepared the Tracking Sheet and Query List for all the refineries and then forwarded it to the company’s headquarters based in Kansas City, Missouri, USA.

Madgaon Area, India

• { Continued after summer internship at Bhabha Atomic Research Centre }
• Designed a 3-D isothermal model of HTPEMFC using COMSOL Multiphysics.
• Observed change in efficiency by plotting and analyzing polarization curves taking into consideration various factors like relative humidity, exchange current density, operating pressures, operating temperatures, GDL.
• Studied about optimization techniques like Genetic Algorithm, Artificial Bee Colony Algorithm and Ant Colony Algorithm.
• Used GNU Octave software for nonlinear multivariable optimization of different parameters (along with constraints) in order to maximize voltage and hence, improve the performance of HTPEMFC.

Madgaon Area, India

• Managed a team of 10 members. Regularly checked brand and hygiene of the food being made in the mess and ensured special lunch is served every month.
• Organized meetings with all the Mess Representatives as well as the Mess Managers to decide the menu for every 15 days, keeping in mind that students are served healthy, hygienic and delicious food every day.
• Kept a constant check on the price of evening snacks and food items served in Night Mess.

Mumbai Area, India

• Made an electrolyzer and a fuel cell using Polymer Electrolyte Membrane (PEM) and carbon electrodes in the laboratory; operated them at 25C and 60C.
• Studied about Activation, Ohmic and Concentration Polarisation and then, plotted the polarization curves (I-V Curves) using Butler Volmer equation.
• Used COMSOL Multiphysics to model and simulate a 3-D isothermal HTPEMFC which has 7 domains: Anode Channel, Anode Gas Diffusion Layer, Anode Electrode, Proton Exchange Membrane, Cathode Electrode, Cathode Gas Diffusion.

India

• Worked on 3 projects:1. Title: Heat and Mass Balance in Pyro Process
• Studied about various stages involved in cement production at UltraTech Cement Ltd. and modeled the plant design on Aspen Plus
• Used MATLAB to carry out mass and air balance of kiln system and further optimized the heat loss. 2. Title: Clinker Characterization
• Studied properties of different phases of clinker and focused on Silica Modulus, Alumina Modulus and Lime Saturation Factor to control the raw feed composition.
• Made a clinker sample in the laboratory and analyzed it with the help of XRF, XRD and Optical microscope.3. Title: Alternate Fuels Used in Cement Industry
• Studied Material Safety Data Sheet and Alternate Fuel Consumption History of UltraTech Cement Ltd., and the different materials which can be used as alternate fuels for reducing greenhouse gas emission, saving fossil.

Master Of Science - Ms, Chemical Engineering

Activities and Societies: Texas A&M Energy Research Society (ERS), Indian Graduate Students Association (IGSA)

Engineer’S Degree, Chemical Engineering, Major Gpa = 3.8/4 | Overall Gpa = 3.5/4 | First Class

Activities and Societies: Chemical Engineering Students Association (Alchemista), Council for Student Affairs (CSA), Environment.

High School, Science, 91.2%

Activities and Societies: YogaPCM (Physics, Chemistry, Mathematics) =93.7%

Gpa: 9.8/10 || Percentage: 95.4%

Activities and Societies: Dance, Yoga