1. Anantkumar Jain (Certified Fluid Power Hydraulic Specialist) anant.jain9@gmail.com
1243 NE Hogan Place, Gresham, OR, 97030 480-274-7025 www.linkedin.com/in/anantjain18
APPLICATION / MECHANICAL ENGINEER
Mechanical engineer with 5+ years of an extensive work experience in electro-mechanical system design, technical sales
and project management and an in-depth knowledge of:
• Automation & Robotics • Electro-mechanical integration • Computer Simulation – FEA
• Hydraulic power system design • CAD Modeling –Solidworks • Dynamics & vibration analysis
EDUCATION
Master of Science – Mechanical Engineering Aug 2014
Arizona State University, Tempe, AZ, GPA 3.8 / 4.0
Bachelor of Technology in Mechatronics Engineering, GPA 78.57 % May 2009
U.V. Patel College of engineering, Ganpat University, Mehsana, Gujarat, India.
PROFESSIONAL EXPERIENCE
Mechanical Engineer / Application Engineer Oct 2014 – Present
Valin Corporation, Portland, OR, USA
 Design, develop and test of mechanical, hydraulic, pneumatic and electro-mechanical systems and sub-assemblies.
 Design structural components, hydraulic manifolds and hydraulic circuit using AutoCAD, SolidWorks and MDTools.
 Interface with customer, sales and vendors to provide necessary engineering input and assist pre-sales and post sales.
 Research, collect and analyze information on the capabilities of the products which interface within any specific
project or customer specification as needed.
 Estimate complete budget of the drives and controls system and prepared detailed bill of materials and Quotation.
 Learn, understand, train or support others with-in and outside the company about the represented products.
 Support to Field Service Department for installation and troubleshooting of on-site equipments.
Application Engineer Aug 2009 – Dec 2012
Bosch Rexroth India Ltd., Ahmedabad, Gujarat, India
 Designed hydraulic drives and controls system for variety of industrial application including steel mills, mining and
bulk material handling, sugar and food processing plants.
 Prepared process and instrumentation schematic of hydraulic systems i.e. hydraulic circuits using AutoCAD.
 Independently managed large hydraulic projects, costings, vendor development and project scope finalization.
 Produced operational write-up, standard test procedures, QAP and technical manual for hydraulic power systems.
 Responsible for selection, sizing and RFP&Qs of bought-out components such as e-motors and heat exchangers.
 Liaised with and visit clients, inspection agencies and OEMs for technical discussions and design approvals.
 Forecasted and managed inventory of high lead time items such as pumps and controllers to expedite projects.
TECHNICAL SKILLS AND RELEVANT COURSES
Software: Solidworks, MDTools, Pro-E, AutoCAD, SurfCAM, MS Office, Outlook, RS-Logix, SAP-R3
Concepts: Finite Element Analysis, FMEA, GD & T, 3D CAD Modeling, Statistics, Ladder Programming,
Robotics, C-Programming, Hydraulic system design, CAM, Automation, Robotics & Machine Vision.
Simulation: Abaqus, Ansys, Matlab and C.
Courses: Finite element analysis, Digital Control, Advance system modeling dynamics and control, Dynamics and
Vibrations, Production Tooling, CNC Manufacturing, Linear Algebra, Engineering Economics, Theory of
Elasticity, Engineering Statistics.
SIMULATION AND DESIGN PROJECTS
2D Plane Elasticity Finite element analysis program Aug 2013 - Dec 2013
 Wrote a complete finite element analysis program in MATLAB capable of analyzing 2-D Elasticity problems.
 Mechanical & thermal loads and homogenous & non-homogenous boundary conditions can be specified.
 Code was capable of taking standard text file as an input and generate formatted text file as an output.
 The final code was validated using various test cases under variety of loading and boundary conditions.
Finite element analysis of Energy Harvester systems (Final year project – MS) Apr 2014 – Aug 2014
 Developed a FE model of nano-composite beam, patched with piezo-electric material using Abaqus 6.12.
 Analyzed non-linear dynamic structural response of beam under thermal and electrical loading conditions.
 The final code was validated using various test cases under variety of loading and boundary conditions.

2. Anantkumar Jain (Certified Fluid Power Hydraulic Specialist) anant.jain9@gmail.com
1243 NE Hogan Place, Gresham, OR, 97030 480-274-7025 www.linkedin.com/in/anantjain18
Gear pump housing development Jan 2013 – May 2013
 Designed 3-D Model, assembly, rendered model and machine drawings with GD & T using SolidWorks.
 Generate NC code of the part using SurfCAM. Manufactured the part on HAAS VF-6 milling center.
 Formulated manufacturing process plan and generated detailed inspection report of the component.
Reverse Engineering Jan 2013 – May 2013
 Created a sustainable solution for manufacturing disc brake rotors by reverse engineering, new product
development study and reworking on used rotors. Bringing down average cost of rotors by 20 %.
 Developed CAD drawings using GD&T and Solidworks based on available specimen. RFQs, rework part
drawings, cost report, process plan and accordingly design fixtures were also prepared to support conclusion.
PROFESSIONAL PROJECTS
Standardization and modularization of Hydraulic power unit and Cylinders Aug 2012 – Dec 2012
 Designed standardized hydraulic systems and modules for Mining and bulk material handling machines.
Successfully reduce engineering design time by 30 %, cost, and errors.
 Standard modules were developed using AutoCAD and Excel which can be directly interfaced with SAP – ERP.
Ship-lift & Transfer system for Goa Shipyard Oct 2011 – Dec 2011
 Part of on-site project execution team on then the biggest order for Bosch Rexroth India for ship lift systems.
 Successfully carried out onsite manufacturing activities which includes component assembly, sea-worthy painting,
performance testing and validation (FAT - Factory acceptance test), packing and dispatch.
ROBOTICS PROJECTS
Pick and Place Cartesian Robot based on Machine Vision Jan 2009 – May 2009
 Design & developed a “Pick and Place” Robot which can sense shape and location of object within its workplace.
The complete 3-D model of the robot is developed using Pro-E.
 Wrote a complete program along with GUI, image processing algorithm using MATLAB to control the robot.
 Used Allen Bradley RS - Logix 500 to develop controller. Implemented control login by ladder programming.
Line Following Robot Feb 2014 – May 2014
 Built and programmed a two-wheeled mobile robot that can track a black line pattern on white board.
 Designed a PID controller to minimize the overshoot and improve the system response. Implemented PID control
using Arduino Uno Controller.
ACHIEVEMENTS
 Awarded with academic excellence scholarships during 2nd
, 3rd
and 4th
years of undergraduate degree.
 Won 1st prize at intercollegiate design competition using Pro-E at U.V. Patel College of Engineering, Ganpat
University.
Publications
 Presented paper titled “Pick and place gantry robot design based on Machine Vision” at 4th National Conference on
Current Trends in Technology (NUCONE) – 2009, Nirma University, Ahmedabad, India