Mechanical Engineer

HEMANTH KIRAN GUTTI

** ************ **., ******, ** 02215

*****.*@*****.***.*** +1-518-***-**** LinkedIn: www.linkedin.com/in/hemanthkirangutti/ EDUCATION

Northeastern University, Boston, MA May 2018

Master of Science in Mechanical Engineering, Concentration in Mechanics and Design Courses: Elasticity &Plasticity, Finite Element Methods, Control Systems, Mechatronics, Design of Medical Implants, Design and Evaluation of Medical Devices, Iterative Prototyping in Product Development Manipal University, Manipal, India May 2016

Bachelor of Technology in Mechanical Engineering

SKILLS

Completed Online Training in Six Sigma Green Belt, DFSS, DOE, DFMA, DMAIC, FMEA, Gage R&R, Cp, Cpk and statistical tools CAD Programs: SolidWorks, CATIA V5, Pro Engineering(Creo), Solid Edge, Unigraphics NX, AutoCAD FEA Programs: ANSYS, SolidWorks, HyperWorks

Programming: MATLAB (Simulink, Simscape), Fanuc CNC programming (Intermediate) Statistical Tools: Minitab, Excel

RESEARCH EXPERIENCE

Design and Development of Implantable Biomatrix Stent - Medical Device Design Researcher Jul. 2017 – Jan. 2018

• Collaborated with interdisciplinary team of 3 to develop totally absorbable implantable Biomatrix stent of Magnesium

• Optimized by evaluating degradation rate, Stress Analysis and failure analysis on design using Nonlinear FEA in ANSYS

• Various iterations of design are done, Statistical analysis of prototypes are conducted following ISO and FDA standards

• Prototypes modelled in SolidWorks are 3D printed and tested using Instron tensile and torsional testing equipment

• Presented project to panel of experts in Medical field, surgeons, prepared project report and filed a patent for the design EXPERIENCE

American Institute of Aeronautics and Astronautics, Boston, MA - Mechanical Designer Oct. 2016 – Apr. 2018

• Led a team of 10 to Conceptualize and build a remote-controlled aircraft from scratch in a span of 4 months

• Optimized design by FEA (CFD) analysis in ANSYS and designed wing mountings in SolidWorks and Pro Engineering(ProE)

• Conducted Stress and Strain Data Analysis on wing mounting using Finite Element Analysis(FEA) utilizing ANSYS

• Created detailed project report, Engineering changes, Tolerance Analysis, Geometric Dimension and Tolerance(GD&T)

• Design for Manufacturing(DFM) and assembly(DFA) using CNC machining, laser cutting and 3D printing Gayatri Sugars, India - Mechanical Engineering Intern Nov. 2014 – Mar. 2015

• Documentation of Design Change reports for components turbines, revised drawings using SolidWorks and AutoCAD

• Associated with 5 senior engineers in maintaining power house and CAPA projects, drafting following ANSI 14.5 standards

• Interacted with vendors detailing 2D drawings, Bill of Materials and specifications to process orders of new components Central Institute of Tool Design, India - Mechanical Design Intern Mar. 2014 – Sep. 2014

• Designed cutting tools, Fixtures and automobile components utilizing SolidWorks, AutoCAD and CATIA V5

• Improved cutting efficiency of cutting tools by 17% conducting Structural and Thermal Finite Element Analysis in ANSYS

• Designed molds and automobile components for injection molding, Plastic parts and sheet Metal Parts

• Programmed and Operated CNC Lathe, Milling and Drilling machines for production of the designed models ACADEMIC PROJECTS

Hysteroscopic Tissue Removal Device Design and Evaluation Fall 2017

• Designed and documented Device description, Design plan, Input and Output specification, Design controls, test procedures related to Hysteroscopic Tissue Removal Device for the various countries’ approval process (FDA, EU, ISO) Design and Analysis of a Controller based Mechatronics Robotic System Summer 2017

• Optimized two-mass physical system, Antenna Azimuth Position control system in MATLAB Simulink and Simscape

• Collected data from force and motion sensors, Multimeters for validating and creating an efficient PID controller

• Created a PID controller to reduce the settling time by 50% and increase the efficiency by 10% for each of the system Finite Element Analysis using ANSYS and MATLAB Fall 2017

• Conducted Static, Thermal and Modal Analysis for V12 Engine crankshaft and Bolted Nozzle of spacecraft in ANSYS 17.1

• Optimized design by reducing the Crankshaft weight by 8% and increased the nozzle strength by 10%

• Coded MATLAB Finite Element program in for analyzing structural and thermal failures of a system Design and Manufacture of Origami-based robots Spring 2017

• Designed compact origami based mini robots based on the principle of piezoelectric property for medical application

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