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Masters Graduate Mechanical Engineer

Location:
Saint Augustine, FL
Salary:
$50000 to $65000
Posted:
April 21, 2016

Contact this candidate

Resume:

Denny George Sebastian

Jacksonville, FL

+1-914-***-****; acuf9m@r.postjobfree.com

https://in.linkedin.com/in/dennysebastian

PROFESSIONAL SUMMARY

Masters Graduate Engineer seeking full time entry level opportunities for Mechanical Engineers. Available April 2016.

-Acquired knowledge of SolidWorks, Pro/E, CATIA, ANSYS, AutoCAD, Minitab, JIT, cost estimation, engineering drawings, Bill of Materials (BOM), design review, Design of Experiments (DOE), automobile and aerospace engineering, powertrain systems and design, vehicle dynamics, thermal engineering, 3D printing, manufacturing methodologies and processes.

-Possesses good organizational and interpersonal skills, positive attitude, and engineering abilities in design, planning, analysis.

-Trained to work productively with teams, assist technical issues, and adapt to new situations, challenges and increasing levels of responsibilities.

-Capable of using modern tools and technologies to diagnose and solve problems to reduce costs, time and other resources.

EDUCATION

Rochester Institute of Technology, Rochester, NY Aug 2013 - Dec 2015

Masters, Mechanical Engineering GPA: 3.4/4.0

University of Kerala, Kerala, India Sep 2008 - May 2012

Bachelors, Mechanical Engineering, GPA: 3.5/4.0

WORK EXPERIENCE

Engineering Intern, Monsoon Global Asia Group, Lynchburg, VA Sept 2015 - Dec 2015

Researched articles and journals to solve issues in the operation of a biomass gasifier prototype.

Developed technical drawings and Bill of Materials (BOM) to design a filter for removal of moisture in gas.

Assisted in fabrication and design of gasifier components using welding, cutting, grinding and power tools.

Coordinated studies and design reviews with Engineering Supervisor.

Research Assistant, Rochester Institute of Technology, Rochester, NY Aug 2014 - Dec 2014

Researched several journals to study the tribological properties and effects of textured surfaces in reducing friction.

Conducted testing and analysis on samples of textured surface with a tribometer and optical microscope.

Discovered reduction in friction after data analysis using Excel; published results in research paper.

Contributed as co-author of a manuscript published to the International Journal of Advanced Manufacturing Technology.

Project Assistant, Rochester Institute of Technology, Rochester, NY Feb 2014 - May 2014

Developed drawings of a haptic feedback unit for better design of a smart cane for visual-hearing disabled users.

Delivered SolidWorks design of the drawings for presentation and design review with supervisor and team members.

Created a project design review and presentation layout for exhibition of the prototype.

ACADEMIC PROJECTS

Study on Accuracy Parameters of Parts for a 3D Printed Mechanical Clock, RIT Spring 2015

Conducted a series of tests to determine the best parameter settings to produce good 3D print quality with a MakerBot Replicator 2x.

Tabulated and compared geometrical data of 3D printed parts using calibrated hand tools and an optical comparator.

Four- Wheel Vehicle Suspension Model, RIT Spring 2014

Vehicle Dynamics project involving use of MATLAB and Simulink to recreate a simulation model of a four-wheel suspension system to test and compare the effect of spring with and without damper on the system.

SettleUp!, RIT Spring 2014

Developed a business model to create a website for e-commerce and accommodations.

Lead team members in collecting data, create business reports and coordinate the web design work with a website developer.

Analysis of Modeled Composite Diving Board, RIT Spring 2014

Modeled a composite diving board using ANSYS to study and compare its characteristic properties with an Olympic Grade Diving board.

Professional in Product Design, CADD Centre Sept 2012

Pro/Engineer design of a drone with 3D models, drawings and bill of materials (BOM).

CATIA design of a modern Spark Plug used in automobiles.

ANSYS analysis of aircraft wing, modeled using Pro/Engineer, to simulate the effects of wind stress.

SKILLS

MS Office Suite: Excel, PowerPoint, Word

Numerical Computing: Arduino, MATLAB, Simulink, Java, C/C++

Solid Modeling and Analysis: CATIA V5, AutoCAD 2012, Pro/Engineer Wildfire 3.0, SolidWorks 2013-14, ANSYS 11.0

Machine Operation & Tools: Lathe, Milling, Welding, Sheet Metal Fabrication, Gear Cutting, 3D Printers, CNC machine



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