Mayur Mashelkar Lecturer Form

8/7/2019 Mayur Mashelkar Lecturer Form

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ADM : 001

INSTITUTE OF CHEMICAL TECHNOLOGY(University Under Section-3 of UGC Act 1956)

N.M. Parekh Marg., Matunga, Mumbai 400 019Tel No. 91-022-3361111, 33612222

www.ictmumbai.edu.in

APPLICATION FOR FACULTY POSITION / C.A.S. PROMOTION / SCIENTIST (A/B/C)(N.B. Send the entire docket as a pdf file with the following file name:Last name-initials-post name-department name-serial number of post if advertised. Use appendices for additional information if the space provided is insufficient.Number the appendix as per the Section number in this application.)

To,Registrar Date of Advertisement Institute of Chemical Technology Date of Announcement of C.A.S.N.M. Parekh Road, (Only for internal faculty) Matunga, Mumbai 400 019 Serial Number of Post Email: [email protected]

Application for the post of R A Mashelkar Lecturer in Chemical Engineering.____________________________________________________________________________________1. Name in full : SATHE MAYUR JAYANTKUMAR

(Beginning with Surnameand in Block Letters)

____________________________________________________________________________________2. Postal Address in Full LDA LAB, CHEMICAL ENGINEERING DEPT, ICT, N P MARG,

(in Block Letters) MATUNGA (E), MUMBAI 400019.____________________________________________________________________________________

Postal Code/PIN 400019 . Country: INDIA____________________________________________________________________________________

3. Tel. No.(Res.) : 0265-2562206 Cell No. : 0 9892428068 .

(Off.) : 022-24145616-2106.. Email: Office : [email protected]: [email protected]

____________________________________________________________________________________4. Date of Birth : 15-08-1983. 5. Age : 26 .

dd-mm-yyyy6. Place of Birth : VADODARA. 7. Gender : Male

State : GUJARAT 8.Martial status: SingleCountry : INDIA .. No. of Children (if applicable) : Sons : Daughters :

____________________________________________________________________________________

8. Nationality : INDIAN 9. Category: Open

____________________________________________________________________________________10. Educational Qualifications :

Examination

University/Board

Month andyear ofpassing

Subjects(degree onwards)

Percentage ofmarks obtained or

GPA

Class/Division

S.S.C. orEquivalent

GSEB,Gujarat

March 1998 85.57 Distinction

H.S.S.C./pre-University

Diploma PCT,Polytechnic,,

M S Uni.,Vadodara

May 2001 PetrochemicalTechnology

76.9 Distinction

BachelorsDegree

M S Uni.,Vadodara

April 2005 ChemicalEngineering

79.6 Distinction


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MastersDegree

ICT, Uni. ofMumbai

July 2007 ChemicalEngineering

68.3 Distinction

Ph.D. ICT, Uni. ofMumbai

ChemicalEngineering

N/A

Post-

doctoralFellowship____________________________________________________________________________________11. NET/SET/Any other examination relevant to the application:

(Subject, Year, Examining Body) (Attach a photocopy of the result)GATE 2005: Percentile: 96.69, Gate Score: 452, AIR: 191

____________________________________________________________________________________12. Account for breaks in academic career Period of Break (with dates) :

if any,Nature of Break :

____________________________________________________________________________________13. a) Experience :

Organization Position / Title Nature of Appointment(Permanent / Temporary)

Period of Appointment(with dates)

NCL, Pune JRF/SRF 5 years, 1/7/2005-30/6/2010

(Use additional sheet if necessary as Appendix 13)

b) Teaching Interests: (Strike out whichever is not applicable)i) I would like to teach the following courses/subjects.ii) I have already taught the following courses/subjects.

Sr. No. Course / Subject UG / PG Degree i / ii

1 Multiphase Reactor Engineering BChem+Btech 3rd

year

TA

2 C Programming BTech 1st year TA

c) Research Interests (Broad areas and specific areas)Current : Transport Phenomena and Chemical Reaction Engineering in Multiphase reactorsFuture : Development of novel products and processes based on advanced chemical

engineering____________________________________________________________________________________14. Other qualifications and experience, if any *:

____________________________________________________________________________________

15. Salient features of the research work done or directed *:

A) Masters Research and publications if any, (Appendix 15 A)B) Ph.D. Research and publications if any, (Appendix 15 B)C) Post-Doctoral Research and publications if any, (Appendix 15 C)D) Research work done in last 5 years (Appendix 15 D)

(Attach separate sheets giving importance of research conducted in about 200 words and give details ofpublications from only peer-reviewed journals. Give impact factor of the journal and citation statistics.Consult web of science.)

____________________________________________________________________________________


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16. Number of students successfully guided* (For C.A.S. the following categorization is required) :

Name of theStudent

Title of Thesis Degree & University Year Current Occupation,If known

Category : I Prior to the current appointment as .

Category : II After the current appointment as

____________________________________________________________________________________17. Number of Research projects executed (give details of title, funding agency, period, total amount,major outcome, whether, PI / Co-PI ) * :

____________________________________________________________________________________18. Professional Service: (Attach Appendix 18 covering the following)

a) Affiliation with Professional Bodiesi) Elected Fellowships (e.g. INSA, IASc, NASI, MASc, etc.)

ii) General Fellowships (elevation by application to a higher category from membership,typically based on experience as member of that body)

iii) Membership (Professional societies, institutes, associations, alumni associations, all byapplications and not by election by peers).

b) Office bearer of Professional Bodies, Conferences, Symposia etc.c) Membership of In-house Committees.d) Resource Generation through Personal Initiation for Professional Bodies or the Organisation

where employed (if applicable)____________________________________________________________________________________19. Future plans: I have prepared or will prepare research proposal(s) in the following areas which areready to be submitted to a funding agency or can be submitted.

Title of Project Amount Rs. Possible Funding Agency

____________________________________________________________________________________20. Publications: (authors, in the same order as they appear, title, journal, year, volume, page, impactfactor of the journal, citations received). Separate the publications in the following categories.

Category I : Prior to current appointment (required for C.A.S.)Category II : After the current appointment (required for C.A.S.)

(Papers based on students guided by self should be marked in bold)(a) Number of research publications in peer reviewed journals:

1. Deshmukh, S. S., Sathe, M. J., Joshi, J. B. and Koganti, S. B., 2009. Residence Time Distribution and

Flow Patterns in the Single Phase, Annular Region of Annular Centrifugal Extractor. Industrial and

Engineering Chemistry Research, 48 (1), 3746. (I.F. 1.895, 1 Citation)

2. Deshpande, S. S., Sathe, M. J. and Joshi, J. B., 2009. Evaluation of Energy Dissipation Rate UsingParticle Image Velocimetry. Industrial and Engineering Chemistry Research, 48 (10), 50465057.

(I.F. 1.895, 1 Citation)

3. Tabib, M. V., Sathe, M. J., Deshpande, S. S. and Joshi, J. B., 2009. A Hybridized Snapshot Proper

Orthogonal Decomposition-Discrete Wavelet Transform Technique for the Analysis of Flow

Structures and Their Time Evolution. Chemical Engineering Science, 64 (21), 4319-4340. (I.F. 1.884,

1 Citation)

4. Sathe, M. J., Deshmukh, S. S., Joshi, J. B. and Koganti, S. B., CFD Simulation of Two Fluid Taylor-Couette Flow: Stratification and Dispersion in a Vertical Annulus, Accepted for Publication in

Industrial and Engineering Chemistry Research.


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5. Sathe, M. J., Thaker, I. H., Strand, T. E. and Joshi, J. B., Advanced PIV/LIF and Shadowgraphy System

to Visualize Flow Structure in Two-Phase Bubbly Flows, Accepted for Publication in Chemical

Engineering Science.

(b) Number of other publications in non-peer reviewed journals:____________________________________________________________________________________21. Papers presented in conferences/meetings/symposia. If the proceedings are peer-reviewed andpublished, state them. Otherwise they are not given any weightage as publications.1. Sathe, M. J., Joshi, J. B., Doroodchi, E, Roberts, R. and Evans, G. M., Stereo PIV/Shadowgraphy used

to study Bubble Characteristics in Turbulent Flows, oral presentation, Proceedings of 8th

International symposium on particle image velocimetry - PIV09, Melbourne, Victoria, Australia,

August 25-28, 2009.

2. Sathe, M. J., Thaker, I. H., Strand, T. E. and Joshi, J. B., An advanced PIV/LIF and shadowgraphy

system to visualize flow structure in two-phase bubbly flows, oral presentation, Proceedings of 14th

International symposium on applications of laser techniques to fluid mechanics, Lisbon, 7-11 July,

2008.

3. Deshmukh, S.S., Sathe M. J., Joshi, J. B. and Koganti, S. B., 2008. CFD Simulation of Two Fluid

Taylor-Couette Flow: Stratification and Dispersion in a Vertical Annulus, oral presentation,

proceedings of 20th International Symposium on Chemical Reaction Engineering, ISCRE 20,Kyoto,710 September, 2008.

____________________________________________________________________________________

22. Impact Factor Analysis: (a) Total citations: 3 (b) h-index :

No. Journal I.F. No. ofpapers

(N)

I.F.xN

Total No.of authorsincludingself (A)

No. ofcitations (C)

Citationsfor self(C/A)

1 Chemical engineering science 1.884 2 3.768 6 1 0.172 Industrial and Engineering

Chemistry Research

1.895 3 5.685 5 2 0.4

Total 5 9.453 11 3 0.57____________________________________________________________________________________23. Patents, if any: (give details title, inventors, assignee, No., date, whether exploited and by whichcompany) (Attach Appendix 23).

(a) Number of patents applied for: (b) Number of patents granted : ...(c) Number of patents exploited : ...

____________________________________________________________________________________24. Awards and Honors:

Year Name of the Award Awarding Organisation

2009 Bombay Technologist Best Post graduate student ofICT

ICT, Mumbai.

2008 CSIR foreign travel grant CSIR, New Delhi

2005 SHRI N. K. VYAS MERIT MEDAL and Associate

Membership

The Institute of

Engineers (India),

Gujarat State Centre

2005 SHRI C. M. PATEL MEMORIAL GOLD

MEDAL,

ASHOK ORGANICS INDUSTRIES LTD. GOLD

MEDALMOTOROL GROUP GOLD MEDAL IN

CHEMICAL ENGINEERING

M. S. University of

Baroda


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Year Name of the Award Awarding Organisation

2005 ACHARYA P C RAY AWARD Indian Institute of

Chemical Engineers

2005 Best Chemical Engineering graduate student(Gujarat state)

IIChE, Ankleshwarregional center

2004 Pankaj P. Patel Trust Essay competition prize Indian Institute of

Chemical Engineers2001 Best Student of Polytechnic, M.S. University of

Baroda

Indian Society for

Technical Education

(Attach a separate Appendix 24 for awards, if this space is insufficient).____________________________________________________________________________________25. (a) Title of Present Position :

(b) Name of Organisation where employed:(c) Salary Structure:Pay Rs. in the pay-scale of Rs.D.A. Rs.H.R.A. Rs. (d) Date of appointment:

C.L.A. Rs.Other (e) Date of next increment:Allowances,if any Rs.

______________________________TOTAL Rs.______________________________

(Enclose a certificate from the employer stating the pay and allowances drawn at present.)____________________________________________________________________________________26. Names of persons who have given testimonials: (without testimonials the applications will be treatedas incomplete )

Testimonials will be from persons who are familiar with the applicants credentials and qualifications.

The person giving the testimonial must not be related to the applicant and should be fully aware of thecredentials.

1. Professor J. B. Joshi (J C Bose Fellow and Homi Bhabha Chair, HBNI, Mumbai)2. Dr. B. D. Kulkarni (Deputy Director, NCL, Pune)3. Dr. P. K. Vijayan (Head, Thermal Hydraulics Section, BARC, Mumbai)4. Dr. A. W. Patwardhan (Reader, Chemical engineering Department, ICT, Mumbai)

____________________________________________________________________________________27. Personal Vision and Mission (if any)(Please provide a brief statement, not more than 200 words, as to your personal vision and mission andefforts you would take to achieve them) (Appendix 27)

Appendix 27 is attached with the form.____________________________________________________________________________________


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28. Names and complete addresses of not less than three persons to whom reference will be made bythis office.

No. Name Title and Address Telephone & Fax Email1. Professor J. B.

JoshiJ C Bose Fellow, ICT,Matunga, Mumbai 400 019.

Ph. +91-22-2414 5616Fax +91-22-2414 5614

[email protected]

2. Dr. B. D.Kulkarni

Deputy Director, NCL;CEPD Division, National

Chemical Laboratory, Dr. HomiBhabha Road, Pune 411 008India.

Ph. +91-20-2589 3095Fax +91-20-2589 3041

[email protected]

3. Professor G. M.Evans

Professor,Chemical Engg.,School of Engineering, Facultyof Engineering and BuiltEnvironment, University ofNewcastle, University Drive,Callaghan, NSW 2308AUSTRALIA

Ph. +61-2-4921 5897

Fax +61-2-4921 6920

[email protected]

4. Dr. P. K. Vijayan Head, Thermal HydraulicsSection, Reactor Engineering

Division, Bhabha AtomicResearch Centre, Trombay,Mumbai, 400085.

Ph. +91-22-25595157Fax +91-22-25505151

[email protected]

5. Dr. A. W.Patwardhan

Reader, Chemical EngineeringDepartment, ICT, Matunga,Mumbai 400 019.

Ph. +91-22-2414 5616Fax +91-22-2414 5614

[email protected]

29. Miscellaneous :(Any other points relevant to your application which are not covered above, as Appendix 29. This mayinclude service to society.)

Delivered 5 lectures in schools about Vigyan Sanshodhanakade Vala (Turn to Scientific Research)

during UICT-Marathi Vigyan Parishad program, at Chandrapur district during December 2007 andVadodara district during January 2009.

____________________________________________________________________________________Declaration :

I hereby declare that I have carefully gone through all the instructions to the candidates attached withthis application form and agree to abide by the conditions mentioned therein. I also declare that allstatements made by me in this application are true, complete, and correct to the best of my knowledgeand belief. I understand that in the event of any information being found to be false, incomplete orincorrect, my candidature/appointment is liable to be cancelled/terminated. I further understand that nonotice shall be taken of any request for withdrawal of my application. I also understand that I will be givena fair chance to present my work and credentials at the time of interview, based on merit of my case and

the various rules and regulations in place. I will submit one hard copy of the application with photo copiesof all necessary documents. The pdf will be submitted by email to the institute.

Place : Mumbai

Date : 30/12/2009 (Signature of candidate)

N.B. Please use a proper file name and send a pdf file to [email protected]


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Appendix 15 A

Masters Research

Measurement and Simulation of Flow Patterns in Gas-Liquid Dispersions

The study focused on the measurement of bubble size and liquid circulation velocity. Non intrusive

techniques (LDA and PIV) and Intrusive techniques (hot film anemometry, conductivity probe) were

utilized for this purpose. The conductivity probe to measure the gas hold-up, gas velocity and bubble size

has been developed in-house. Pressure fluctuation measurement carried out with miniature piezoresistive

diaphragm type sensors facilitates the estimation of some of the quantities like averaged liquid velocity,

frequency of velocity fluctuations and the bubble size information in operating equipment at industrial

scale, and offers an alternative for process monitoring of pilot and plant scale reactors for their performanceevaluation.

The velocity data obtained from LDA was analyzed with wavelet based multiresolution analysis to

separate gas-and liquid velocities and to infer gas hold-up and bubble sizes. PIV images were analyzed for

liquid velocity and bubble size and shape measurement. The data from pressure fluctuation signals wasanalyzed to obtain bubble size and liquid circulation velocity. The data from conductivity probe is analyzed

to obtain gas holdup, gas velocity and bubble size. High speed camera was used for measuring bubble sizesfor calibration of conductivity and pressure probe. Measurements have been made in a rectangular (200x15

mm cross section) column and in a cylindrical bubble column (385 mm diameter). In the rectangular

column, pressure time series were recorded with one sensor near the sparger region and the other at themeasurement location i.e. at 400 and 600 mm height (H/D=2 and 3). The data obtained from different

techniques in 2D column provided a means to test the robustness of the developed techniques like

conductivity probe and the pressure probes to be employed in different contactors.


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Appendix 15 B

Ph.D. Research and publications

Multiphase dispersions are commonly encountered in many real life and industrial problems when

two or more phases are contacted for a variety of reason including reaction and separations. The researchwork involved development of novel measurement techniques to get deeper understanding of transport

phenomena in multiphase dispersion. The hydrodynamics of gas-liquid, liquid-liquid and solid-liquid

dispersions was studied with novel techniques like PIV/PLIF, shadowgraphy, refractive index matching,

conductivity probes and pressure sensors. A variety of equipments were studied, like bubble column,annular centrifugal extractor, jet loop reactor, direct contact steam condensation, pool boiling of water, and

solid liquid fluidized beds. Special data processing routines were required in order to achieve the target ofgetting the velocity and dispersed phase holdup distributions in the contactors.

Careful CFD simulations (Large eddy simulation, implemented with CFX 11.0) are undertaken to

get deeper insight of phenomena occurring close to interfaces, which is expected to throw light on the

underlying mechanisms of enhanced transport by turbulence. This will help reduce the wastage of energy

and improve the reliability of design and hence result into overall improvement the efficiency of chemicalprocessing equipment while reducing the installation and operating cost.

Journal Publications:1. Deshmukh, S. S., Sathe, M. J., Joshi, J. B. and Koganti, S. B., 2009. Residence Time Distribution and

Flow Patterns in the Single Phase, Annular Region of Annular Centrifugal Extractor. Industrial and

Engineering Chemistry Research, 48 (1), 3746. (I.F. 1.895, 1 Citation)

2. Deshpande, S. S., Sathe, M. J. and Joshi, J. B., 2009. Evaluation of Energy Dissipation Rate Using

Particle Image Velocimetry. Industrial and Engineering Chemistry Research, 48 (10), 50465057.

(I.F. 1.895, 1 Citation)

3. Tabib, M. V., Sathe, M. J., Deshpande, S. S. and Joshi, J. B., 2009. A Hybridized Snapshot Proper

Orthogonal Decomposition-Discrete Wavelet Transform Technique for the Analysis of FlowStructures and Their Time Evolution. Chemical Engineering Science, 64 (21), 4319-4340. (I.F. 1.884,

1 Citation)

4. Sathe, M. J., Deshmukh, S. S., Joshi, J. B. and Koganti, S. B., CFD Simulation of Two Fluid Taylor-

Couette Flow: Stratification and Dispersion in a Vertical Annulus, Accepted for Publication in

Industrial and Engineering Chemistry Research.

5. Sathe, M. J., Thaker, I. H., Strand, T. E. and Joshi, J. B., Advanced PIV/LIF and Shadowgraphy Systemto Visualize Flow Structure in Two-Phase Bubbly Flows, Accepted for Publication in Chemical

Engineering Science.

Papers presented in International conferences:1. Sathe, M. J., Joshi, J. B., Doroodchi, E, Roberts, R. and Evans, G. M., Stereo PIV/Shadowgraphy used

to study Bubble Characteristics in Turbulent Flows, oral presentation, Proceedings of 8th

International symposium on particle image velocimetry - PIV09, Melbourne, Victoria, Australia,August 25-28, 2009.

2. Sathe, M. J., Thaker, I. H., Strand, T. E. and Joshi, J. B., An advanced PIV/LIF and shadowgraphy

system to visualize flow structure in two-phase bubbly flows, oral presentation, Proceedings of 14th

International symposium on applications of laser techniques to fluid mechanics, Lisbon, 7-11 July,2008.

3. Deshmukh, S.S., Sathe M. J., Joshi, J. B. and Koganti, S. B., 2008. CFD Simulation of Two Fluid

Taylor-Couette Flow: Stratification and Dispersion in a Vertical Annulus, oral presentation,

proceedings of 20th

International Symposium on Chemical Reaction Engineering, ISCRE 20,Kyoto,710 September, 2008.


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Appendix 18

a) Affiliation with Professional BodiesAssociate member of the Institution of Engineers, India.

c) Membership of In-house Committees.

Member of organizing committee of young researchers conference, 2007 held atICT,Mumbai.

Served as General Secretary of the Hostel No. 5, ICT for the year 2008-09, and as theCalculator of the Hostel No. 5 Mess for the year 2006-07.

Served as Class Representative for M. Chem. Engg. for the years 2005-2007, and as theHouse Representative for the SUN house to the Technological Association, the StudentsBody in ICT for the year 2005-06.


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Appendix 27

Personal Vision and Mission

With my interdisciplinary exposure of chemical, mechanical and electrical engineering; applied

physics, chemistry and mathematics; and computer programming, I would like to explore the arena of

transport phenomena in complex systems. Particularly,Academics:

Transport phenomena, chemical reaction engineering and advanced separation processes are the pillars ofmodern chemical engineering. However, these subjects are still evolving. I would focus on teaching the

subjects with balance between rigor and ease of understanding. My major aim is to help produce the next

generation chemical engineers with this knowledge, who will cope up with the increasing demands of low

cost and environment friendly indigenous processes.

Research:I would particularly focus on generation of knowledge base that would support the scale independent

engineering. I would work to use the interdisciplinary expertise come up with breakthroughs in realizing

the hardware needed to work on meso, micro and nano scale with focus on energy and novel reaction

systems. I would focus to strike a balance between the basic research on the fundamentals of the fluid flowand the applied research to develop products and technologies.

I propose to undertake the development of indigenous products and technology including the design

and fabrication of the equipment along with required advanced instrumentation to cater the critical nationalrequirements of atomic energy and defense, as well as the chemical process industry.


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