This document contains a professional summary for Bharath N including his contact information, educational background, work experience, skills, roles and responsibilities, achievements, and personal details. He has over 5 years of experience in centrifugal pump design, CFD analysis, valve design, automation projects, and research and development. He holds a Bachelor's degree in Mechanical Engineering and has expertise in areas such as pump and valve design, CAD modeling, CFD analysis, value engineering, and project management. He currently works as a Senior Engineer focusing on product configuration, design analysis, flow simulation, and value engineering projects.

1. BHARATH N. Email: nbharath1988@gmail.com Mobile: 9686799168
PROFESSIONAL SYNOPSIS
Total Experience: 5+ Years.
Designation: Engineer - T2 (Dual Ladder)
STRENGTH AREAS:
Centrifugal pump design (Hydraulic & structure), CFD analysis for Centrifugal pumps (Single & Multistage), Valves,
Cyclone distributor, Vacuum tank flow analysis, Erosion analysis on vane blades, Performance improvements
projects for centrifugal pump, VA-VE on centrifugal pump and Valves, Innovation projects, Research and
Development in centrifugal pump , classifiers. Automation projects, Product configurations, Continuous focus on the
development design, analysis and experimental studies on various areas, mentor to PG & UG interns.
EDUCATIONAL QUALIFICATION
 Bachelor Degree In Mechanical Engineering (B.E.) with aggregate of 77 %.
From VTU University, P.E.S. College of Engineering in the year 2010.
 Diploma Mechanical Engineering (DME) with aggregate of 74 %.
From Board of Technical Education, Govt. C.P.C. Polytechnic Mysore -2007.
PROFESSIONAL SKILLS
 Working towards outlined objectives, plans, directs and coordinates assigned technical projects from conception and
proposal through the completion of qualification testing and successful introduction into service
 Applying Engineering principles to achieve better outcome in the design
 Complete design of single stage horizontal centrifugal pump wet end and drive end from first principles
 Able to propose new design concepts, generate master sections & modeling on master sections
 Hand Calculation based Design of pump parts such as Impeller, volute, inducer and various pump parts
 Design validation of gate valves, swing check valves as per ASME B16.5 Standard
 Shaft design as per AS1403-2001 Standard for rotating steel shafts
 Design and Development of Portable centrifugal pump test bed as per ANSI/HI 1.6 Centrifugal Pump Tests
 Design and Development of experimental classifier test setup
 Design analysis of Pumps and different types of valves using Flow simulation software such as CF Design,
Pumplinx and Solidworks flow simulation
 Value Analysis and value Engineering (VA-VE) on pumps and valves
 Theoretical design calculation for Centrifugal pump design such as Shaft design, sleeve design, Bolt Sizing, Volute
thickness, Bearing life calculation as per ISO 281,Bearing temperature rise as per Bearing manufacturer manual

2.  Expertise in creation of 3D models, Part family and 2D drawings using Unigraphics NX5, NX7.5 and Nx8.5 and
Work Experience in TeamCenter Engineering
 Converting derived variables into CAD model and Optimization of the Design by iterative method.
 GD & T (Geometric Dimensioning and Tolerances)
 Preparation of Manufacturing, Fabrication and GA drawings along with the Bill of Materials. Updating the
drawings as per customer and manufacturing requirements, maintaining drawing revisions with ECN and ECR.
 Supporting field failure analysis and developing solutions
 Supporting manufacturing, testing and setting quality measures for new design products
 Selection of standard parts such as bolts, seals and bearing
 Thorough knowledge on CFD & FEA simulations
 Knowhow of conducting experiments, test data validation and accuracy of calculations by using Data acquisition
system and LabVIEW
 Thorough understanding of dynamic impeller balancing (single plane, double plane) as per ISO 1940/1
 Thorough knowledge on bearing life analysis and shaft fatigue life calculation
 Conducting design review with manufacturing team and implementation of best process
 Implementation of best process in design and analysis
 Good understanding on manufacturing processes using for manufacturing of rotating machineries.
 Erosion analysis by theoretical calculation and experimental validation
 Product configuration in PLM by using NX- Product template studio
 Automation of General arrangement drawing and EBOM for different product configuration by using NX Product
template studio
 Documentation of new design product includes detail design report, standards, reference documents, manufacturing
drawings, GA drawing, bill of materials, quality reports, Instruction manuals, assembly procedures etc.,
ROLES AND RESPONSIBILITIES
 To carry out the rotating machinery design, Research and development and CFD analysis on various products
 To do complete hydraulic ad structure design of centrifugal design projects from first principles & Inducer design
 To carry out performance enhancement of centrifugal pumps (single & multistage) and Vortex pumps
 To carry out the Flow analysis on valves, hydro cyclone distributors, vacuum tank
 To carry out the engineering automation to improve productivity
 Focus on customer requirements and delivering the same in specified duration of time
 Continuous focus on skill via training and self-learning in domain
 Standards compliance and standard parts selection for rotating machinery (CF pump)
 Mentor to PG & UG interns
 Identification of development projects in the domain and work on the same.
SIGNIFICANT ACHIEVEMENTS
 Research paper presented at International research and journal forum (IRJA) on Experimental study to identify
design variants in design and development of single column classifier

3.  Research paper presented at International journal on Theoretical and applied research in mechanical engineering
(IJTARME) on Effect of particles drag on performance of a conical base classifier
 Research paper presented at Techfest organized by Ensci on Experimental validation of model laws for
centrifugal pump
 Erosion analysis through centrifugal pump experimental setup built in house.
 Development of classifier experimental setup and carried out the experimental activities.
 Certified Associate value specialist(AVS) for Value Engineering & value analysis (VA-VE) by INVEST
 3 successive years part of team member for Einstein team award
 Won Best Kaizen award on Design of closed coupling bearing assembly project
 Got Star Genius award for innovation and productivity demonstrated through VAVE solutions and
engineering automation, resulting in significant cost savings
PERSONAL SKILLS
 Adaptability to new environments and circumstances.
 Good oral and written communication skills.
 Good team player, listener and quick learner.
 Self-starter and encourage Team Spirit.
 Take criticism and feedback well, following through suggestions.
 Excellent time management skills and hardworking capabilities.
WORK EXPERIENCE SUMMARY
October 2010 to March2011: John Crane Sealing Systems India Ltd. Bangalore
John Crane is the acknowledged leader and world's largest designer, manufacturer, and supplier of engineered sealing
systems, solutions, and associated products catering to a wide range of industries such as Petro-chemicals, oil & gas
and hydrocarbon processing.
Position: Graduate Trainee, Central Project Group (ISC).
Roles and responsibilities:
 Review project specifications.
 Preparation of Seal Schedule & Seal selection.
 Preparation and Analysis of Techno commercial offers
Currently working in (14-Mar-2011 to till date): EnSci, A Weir Group Company
Position: Senior Engineer, Weir Australia & Multiflo Team
PROJECT HANDLED
Product configuration through Product template studio
 Automation of General arrangement drawing for different product configuration

4.  Automation of EBOM for different product configuration
 Products are Hoses, Valve, Pump set etc.,
VAVE on ZPM 800 GEHO pump discharge line assembly
 52% cost savings in discharge line assembly by using VAVE approach
 60% of weight reduction of discharge line assembly
Closed coupling drive end deign for Diesel engine driven Horizontal centrifugal pump
 Closed coupling drive end design to suit the C18, C27 & C32 Diesel engine
 Bearing life analysis, Modal analysis, Shaft design etc.
Mine dewatering system design for Reliance mine site
 Dewatering system design for 4” and 6” horizontal centrifugal pump with engine driven.
 Creation of Complete Manufacturing drawing for all the parts.
Value Engineering /Value Analysis on Valves, Pumps and Skid
 Carryout the VA/VE process to generate a function analysis, Eliminate the unnecessary functions to reduce the
cost of the product without compromising the function and quality of the product.
Multiage Dewatering Pump Customization in Team Center
 Creation of Part Family, Assembly Part Family and Expression controlled for no of stages of Pump in
NX8.5.Uploading of part family into Team Center.
Multistage Horizontal Boiler Water Feed Pump Efficiency Improvement
 Design of Suction, Interstage Impeller and diffuser without changing the basic dimensions of the pump parts.
Creation of Complete Manufacturing drawing for all the parts.
Design of Inducer for Rotojet Pump
 Design of Inducer for Rotojet pump to improve the suction performance of the pump and creation of Excel
spread sheet for inducer design as per NASA inducer Design Monograph.
 Creation of Manufacturing drawing for inducer.
 Application of value engineering to reduce material weight and cost of the parts.
Flow Analysis by using CFD Tools
 Flow analysis of Globe Valve, Butterfly Valve, Check Valve, Cyclone distributors, Vacuum Tank to study the
velocity and pressure distribution in the flow path by using SW Flow Simulation 2011, CF design and Pumplinx.
 Thermal Analysis of bearing housing in the pump to study the temperature distribution.
 Thermal dilution analysis for mixing hot and cold fluids.
VAVE on Parallel slide gate valve and swing check valve
 Selection of high cost component by ABC analysis to do a VAVE.
 List out the functions of assembly and each component
 Generate concepts to achieve the functions.
 Reduce the unnecessary functions involved to reduce the cost of the product without compromising on function
and quality of product.

5. PERSONEL DETAILS
Address : S/o Nagaraj
#21, 3rd Block, 7th main road
9th cross, Nagasandra post
Sapthagiri Layout
Beside to HMT layout
Bangalore-560073
Karnataka
Father Name : Nagaraj
Date of Birth : 19 Sep, 1988
Languages Known : Kannada, English and Hindi
Sex : Male