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Rahul M. Bhad

Sameer Layout, Mungsaji Nagar, Jam Road, Wadgaon, Yavatmal. District - Yavatmal, Maharashtra State, India Mobile: +91-883*******, Email: adhzoc@r.postjobfree.com, https://www.linkedin.com/in/rahul-bhad-7aba9635/ OBJECTIVE: To work in a technology driven organization that will offer strong challenges, career advancement and opportunity and to use and expand my knowledge and capability, there by contribute to the enhancement of customer, organization and personal value SUMMARY:

An ambitious post graduate from VNIT Nagpur in Chemical Engineering with deep interest, 4+ years of experience in the field of computational fluid dynamics (CFD), academic mentoring & research assistance to students for their CFD related work & also having 4+ years of relevant work experience in chemical production industry

EXPERIENCE:

Name of Company Designation From To Duration

Dynester Solutions LLP, Pune, India External Consultant - CFD May 2019 May 2020 01 year

Dhanwantri Bioremedies Pvt Ltd,

Nagpur, India

Process Engineer December 2015 March 2018 02 year & 03 month Centre for Computational

Technologies (CCTech), Pune, India

Member of Technical Staff

in CFD Department

March 2015 October 2015 07 months

VANI Institute, Hyderabad GATE exam preparation

(Student) March 2014 February 2015 01 year

Centre for Computational

Technologies (CCTech), Pune, India

Member of Technical Staff

in CFD Department November 2011 February 2014 02 year & 04 month Analyzer CAE Solutions Pvt Ltd,

Pune, India

Member of Technical Staff

in CFD Department

September 2010 October 2011 01 year & 01 month

JBF Industries Ltd, Silvassa, India Assistant Process Engineer August 2007 October 2009 02 year & 02 month EDUCATION:

Examination Institute University Percentage Grade Year of Passing M.Tech. Chemical

Visvesvaraya National Institute

of Technology (VNIT), Nagpur

National Institute of

Technology

CGPA 8.15 1st division July 2020

B.Tech. Chemical Jawaharlal Darda Institute of

Engineering & Technology,

Yavatmal

Amravati University 63 %

(Aggregate of all sem 60.2%)

1st division May 2007

HSC Science Anand Niketan Collage,

Warora

Pune Board 66.50 % 1st division May 2003

SSC Vivekanand Vidyalaya,

Yavatmal

Pune Board 76.13 % 1st division May 2001

PROFESSIONAL COURSES:

Certificate program on Computational Fluid Dynamics (CFD) with OpenFOAM (July 23-28, 2020) organized by Department of Mechanical Engineering, VNIT, Nagpur

This program covers the thorough aspects of OpenFOAM via 3 modules i.e., Basic, Advanced and Programming module. The access to the pre-recorded videos based on these modules is provided through google drive links along with study material

Diploma in Advanced Computational Fluid Dynamics (DACFD) at CCTech Pvt. Ltd., Pune (Nov 2009 – Apr 2010) DACFD is a 6-month diploma course organized in order to give a student an insight to the simulation world through classroom training and practicals

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EXPERIENCE DETAILS:

External Consultant - CFD

Dynester Solutions LLP (http://www.dynester-solutions.com/) May 2019 – May 2020. 1 yr. Pune, India

Responsible for setting up methodology & carrying out CFD projects

Worked on industrial projects from fluid flow – thermal science domains

Project related to automotive exhaust system i.e., engine air filter and muffler (design optimization). Process Engineer

Dhanwantri Bioremedies Pvt. Ltd.

Dec 2015 – Mar 2018. 2 yrs. 3 month. Nagpur, India

Perform chemical analysis and physical property testing of materials and products. Research, design, and develop new production processes. Create optimized standards and specifications for processes, facilities and products

Perform market research & execute strategic marketing plans in order to attract potential customers

Production activities of medicinal products and HealthCare food supplements from ‘Stevia’ ayurvedic plant using the processes of boiling, extraction, distillation, etc.

Member of Technical Staff in CFD Dept.

Centre for Computational Technologies (http://www.cctech.co.in/) Mar 2015 – Oct 2015. 7 months. Pune, India

Responsible for setting up methodology & carrying out CFD projects using ANSYS FLUENT as a solver & ICEM CFD as a meshing tool.

Handled multiple design analysis & optimization projects (Independently) involving conjugate heat transfer, combustion modeling, incompressible flows, steady as well as transient state physics. Member of Technical Staff in CFD Dept.

Centre for Computational Technologies (http://www.cctech.co.in/) Nov 2011 – Feb 2014. 2 yrs. 4 month. Pune, India

Worked as a CFD analyst on industrial projects from different fluid flow-thermal science domains.

Responsible for setting up methodology & carrying out CFD projects using ANSYS FLUENT, ANSYS CFX as a solver & ICEM CFD as a meshing tool.

Handled multiple design analysis & optimization projects (Independently) involving conjugate heat transfer, combustion modeling, rotating flows, incompressible flows, steady as well as transient state physics.

Overall task includes the understanding the objective of the project, understanding the physics involved, defining solver strategy, boundary conditions, pre-processing (meshing), run/monitoring the simulation, resolving convergence issues, wisely using computational resources while strive for required accuracy through best practices, extracting & interpreting CFD results, report generation & delivering the final presentation to the client.

Involved in online education course-ware development for LearnCAx (Online education platform by CCTech)

Involved in academic classroom training on CFD.

Member of Technical Staff in CFD Dept.

Analyzer CAE solutions (http://www.analyzer-cae.com/) Sep 2010 – Oct 2011. 1 yr. 1 month. Pune, India

Worked as an onsite Engineer at Cummins Research & Technology India Limited from December 2011 to October 2012

Responsible for setting up methodology & carrying out CFD projects using ANSYS FLUENT, ANSYS CFX as a solver & ICEM-CFD, GAMBIT, T-GRID as a meshing tool & Pro-E as a CAD tool.

Handled multiple design analysis & optimization projects (Independently) involving engine air handling systems i. e., intake manifold and intake ports, exhaust manifold and exhaust ports

CFD analysis of engine cooling systems including head and block water jackets, coolant supply and return lines and flow distribution among individual cylinders, flow distribution analysis of diesel power generators Page 3 -3

Assistant Process Engineer

JBF Industries Ltd (http://www.jbfindia.com/)

Aug 2007 – Oct 2009. 2 yr. 2 month. Pune, India

Management of staff, management of production and quality targets, maintenance activity planning on regular as well as during shut down basis

Material balance of raw materials required for production of polyester chips of different grades, viz. Bottle grade, film grade and yarn grade.

Problem solving and troubleshooting in a running plant of 320 MT/day capacity. Handling of vacuum ejectors (three stage) used in pre- polymerization and polymerization reactor

Operations of continuous distillation column for ethylene glycol – water separation

Participation in QA and QC procedures to check the required quality of polyester chips COMPETATITVE EXAMS SCORE:

GATE (Chemical) Marks out of 100 GATE Score Percentile Score Candidates Appeared All India Rank GATE 2018 40.33 385 - 15858 2401

GATE 2017 40.34 298 - 14542 3318

CFD SOFTWARE SKILLS:

CAD: Pro-E, CATIA V5

CFD Meshing: ICEM-CFD, GAMBIT, T-Grid

CFD: ANSYS Fluent, CFX, ICEM CFD, STAR CCM+, OpenFOAM, ANSYS workbench COMPUTER SKILLS:

OS: Linux, Windows

Tools: MS Office (Word, Excel & Power Point), WebEx, Skype, Drop Box, Camtasia, Team Viewer, Internet & email

Programming Languages (Basic to Intermediate level): C, C++, Python LANGUAGES KNOWN:

English (Proficient User), Hindi, Marathi (Mother Tongue). M. Tech. Project:

SUMMARY: Textile effluent is a major source of water pollution. It constitutes of dyes, detergents, surfactants, biocides which are hazardous and carcinogenic. This project work investigates the approach of ozonation for the treatment of textile effluents. The effect of concentration of ozone dose, duration of time needed for complete decolorization and pH of effluent was studied. The analysis of intermediate products formed during the course of ozonation was also performed. The treatment of ozone + H2O2 outperformed pure ozonation process for decolorization of textile effluent. Quantitative analysis of ozone consumption and generation using iodometric determination method was performed, which confirmed 69.3% of ozone being reacted during AOP treatment. The process of ozonation of textile effluent confirmed the pseudo first order chemical kinetics

Declaration:

I hereby declare that; the above-mentioned information is true to the best of my knowledge. Place: Pune

Date: (Rahul M. Bhad)

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