Mechanical Engineer Design

SAI MOUNI NUTHALAPATI

*** **** **, *** *, Brooklyn, NY 11220

Cell: 347-***-**** Email: ******@***.***

https://www.linkedin.com/in/saimouninuthalapati

SUMMARY:

Recent Graduate student seeking a full time job opportunity in the field of mechanical design, analysis and testing engineering. Hands on experience with AUTOCAD, SolidWorks, Fusion 360, and CREO PTC, Shop machinery. Proficiency with 3D software, ANSYS. Solid works certification. Strong GD&T understanding. Strong technical background from coursework including Solid Mechanics, Transport Phenomena, Manufacturing Technology, Finite Element Analysis, Mechatronic, Kinematics, Dynamics and Applied mathematics. Excellent team player and problem solver.

ACADEMIC QUALIFICATION:

NYU Tandon School of Engineering, Brooklyn, New York September 2013 - May 2015

Master of Science, Mechanical Engineering (GPA- 3.27)

College of Engineering of Guindy (Anna University), Chennai, India August 2009 - May 2013

Bachelor in Engineering in Mechanical Engineering (GPA- 3.0)

TECHNICAL SKILLS:

Programming Languages – Matlab, C

Tools - AutoCAD, Autodesk Inventor, Autodesk Fusion 360, Solid works, Key shot, ANSYS, Simulink, MS office

PROFESSIONAL EXPERIENCE AND PROJECTS:

KISI Incorporated, Mechanical engineer & Product Design Intern May 2014- September 2015

Created multiple 3D design and models for enclosures for electrical modules. It was a process of Rapid Prototyping and design which included creative redesign of existing models and creation of new models. The tools I used were Fusion 360(cloud based Autodesk 3d software), key shot and PTC Creo to create designs.

K CUBE

Designed an ultra small and compact 3D model for enclosure of electric modules for the residential housing based on shipping and client installation specifications.

KISI Square Beacons

Designed miniature and robust custom designed beacons for the square head quarters using Fusion 360 to facilitate home 3D printing. Installed over a 100 beacons at Square, Inc. Head quarters.

Oreganic Design LLC, Mechanical Engineer & Product Manager August 2015- October 2015

Created mechanical design for latching systems for the product. Involved in product research and analysis along with project management and packaging design. Multiple design concepts created for clients and interacted with them for finalization of design concepts. Functioned in project Management role.

Product Packaging

I was involved in designing of the product packaging box along with design of interior molds, layout for charging components, logo style placements and selection of colors and materials.

I was in constant communication and liaison between the packaging firm and clients.

Buckle Latching system

Involved in the creation of multiple mechanical designs of the latching system between the two parts and make specifications sheets.

The mechanical system Included spring systems, plunger systems and other mechanical working systems.

New York University, Graduate Assistant January 2015-May 2015

Worked as Graduate Assistant under Professor Peter. S. Walker.

LinkedIn Profile : https://www.linkedin.com/pub/peter-walker/39/954/8

Bayswater Industries, Intern June 2012 – July 2012

Worked as assistant to the Production manager in Product development and packaging of production of seasoning cubes, spice mixes etc.

ACADAMIC PROJECTS:

Stability and controllability Systems August 2013-Decemeber 2013

Used Matlab as a tool to find stability and Controllability of problems and situations.

Along with Matlab, Simulink was used as a tool to plot unit responses for some of the problems.

Terminal Knee Extension device December 2012-May 2013

Applied CAD tools and 3D designed and fabricated a physiotherapy knee device using pneumatic circuit.

A pneumatic circuit was created to control the air pump.

The device helps regain complete gait after knee surgery required to cure Arthrofibrosis.

Four Wheel Steering System May 2012 – December 2012

Applied CAD tools and designed and fabricated a steering system, which is a modification of the Ackermann steering system,

which can be, implemented in low speed vehicles such tractors, golf carts, etc.

Reduces the turning radius of the wheels, increases traction and maneuverability

ACTIVITIES:

Graduate Orientation Leader at NYU, Fall 2014

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