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Click here or scroll down to respond to this candidate Candidate's Name Kadumuri
Mail: EMAIL AVAILABLE,
Phone: PHONE NUMBER AVAILABLE Street Address
SUMMARY
Over 2 years of experience as a Design engineer.
Experience in working on 2D and 3D design related components using CATIA V5, Solid Works and PRO-E.
Released drawings for production release upon validation.
Testing of components using design validation and product validation.
Sound knowledge on Vehicle Packaging and Ergonomics.
Hands on experience using finite element tools ANSYS and NASTRAN.
Skilled in using CAD tools like CATIA V5, ANSYS, Pro-E, CREO and certified in AutoCAD and CATIA V5.
Good working knowledge of GD&T, Dimensional Variation Analysis (DVA).
Expertise using Failure Mode Analysis tools on DVP&R, DFMEA and PFMEA using Root Cause Analysis.
Used Benchmarking technique and SAE standards to develop customer focused objectives.
Developed Pugh diagram, Interface Matrix & Diagram and maintained a vehicle level DVP&R.
Skilled in developing QFD, SEMP, technology plan and business plan development.
Understanding and implementing engineering change orders and requirements according to customer needs and
specifications.
Skilled in developing control charts, Pareto charts, X-BAR and R- BAR charts, Fish Bone Diagram.
Worked extensively on reliability projects and project management case studies and projects.
EDUCATIONAL QUALIFICATION
Master of Science, Mechanical Engineering Awarded May 2016.
University of Bridgeport, Bridgeport, CT. GPA: 3.29/4.0
Courses: CAD, CAM&NC machining, FEM, CFD, Manufacturing Strategy, Statistical Quality Control, Material Selection for Mechanical
Design Engineer, Advance Fluid dynamics, Advance Composite Materials
Bachelor of Technology, Automotive Engineering Awarded May 2014.
Jawaharlal Nehru Technological University, Hyderabad, India. GPA: 3.3/4.0
PROFESSIONAL EXPERIENCE
Design Engineer at Rane Engine Valves, Hyderabad, Telangana, India. (05/2012- 08/2014).
Design and Analysis of Engine valves.
Identified design, process and equipment options to satisfy client needs, minimize costs and limit potential
operational problems.
Performed FEA and Dimensional Analysis.
Conferred with engineers and other personnel to implement operating procedures, resolve system
malfunctions, and provide technical information.
Designed and detailed mechanical parts using Catia V5.
Collaborated closely with procurement teams and suppliers on purchase and delivery of components and
assemblies.
Prepared the statistic reports of the deficiencies obtained in the manufacturing process.
Prepared quality control charts and analyzed the data.
Examined the audits of the inventory and the outgoing stock.
Involved in the change management process of the company.
Static analysis is carried out by considering due to wind and self-weight. Modal analysis is carried out to find natural
frequency and mode shapes.
Released drawings for production upon DFMEA and PFMEA analysis and validation using DVP&R.
Testing of components for design validation and product validation.
SKILLS
CATIA V5 DFA Pugh Diagram
Pro-E DFD HMI
ANSYS Benchmarking V-model
DV & PV QFD SEMP
AutoCAD 2D Interface DFMEA
Matrix
DVP&R PFMEA
Timing plan
BOM Control Charts
Gateways
ACADEMIC PROJECTS
Design and FEA analysis of the Automobile Driveshaft- Tools used: Catia V5 & ANSYS.
Redesigned the driveshaft of the Toyota Previa (1991-1997). Performed an analysis of the modifications and
fortified the couplings in the modified design of the driveshaft to compensate for road stress.
Design and FEA analysis of the Stiffened plate- Tools used: Catia V5 & ANSYS.
The plate was designed with three conditions: one plate without any stiffener, second one with a single stiffener at the
center, and the third one with three stiffeners at equal distance. This analysis was performed to determine which design
was more suitable for application in construction. Mesh convergence and the optimization process were applied to three
different designs.
Design and CFD analysis of the shell and tube heat exchanger- Tools used: Catia V5& ANSYS.
Shell and tube heat exchanger designed in Ansys Fluent and flow analysis studied with the two fluids, oil and water.
Enhanced parameters such as heat transfer coefficient.
Hybrid Electric Vehicle
Designed and assembled Plug-in Series Hybrid Electric Vehicle. Extended drive range of the vehicle by adding an
engine-alternator system and solar panels to charge the batteries of electric vehicle and increase the efficiency of the
vehicle.
Vehicle Integration tools used: Benchmarking, QFD, Interface Matrix and Analysis, Timing Plan and Gateways,
Pugh Diagram, V-model, SEMP, Design Trade-off analysis etc.
Occupant Packaging Design and Analysis (Human Machine Interface Analysis HMI).
Driver package evaluation of a Mazda 3 2014 touring hatchback.
Task analysis of entry and egress, opening of trunk and cargo compartment of Mazda 3 2014.
Field of View study, Vehicle lighting evaluation, Controls & display evaluation on Mazda 3.
User Interface Design Considerations and Improvements: Self-Check Out Machine.
Benchmarking, Quality Function Deployment and Design specification of Concept RC 2020 Vehicle.
Vehicle systems analyses: Cascading requirements, interfaces and trade-offs of Subaru Legacy 2020.
Developing Business Plan Development, Technology Plan and Systems Engineering Management Plan.
HONORS & CERTIFICATIONS
Awarded UB- Graduate Scholarship for 2014 -16 academic year.
Professional certification in Auto Cad from Engineering CAD Center.
Diploma in CATIA V5 from Engineering CAD Center.
Society of Automotive Engineers (SAE) membership.
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