Engineer Mechanical

Tenny John Joseph

* ** ***** **, ******, MA ***** 617-***-**** ******.*@*****.***.*** LinkedIn Profile My Portfolio

EDUCATION

Northeastern University, Boston, MA

Master of Science in Mechanical Engineering

Concentration: Mechanics & Design

Dec 2017

BITS, Pilani-Dubai Campus, UAE

Bachelor of Science in Mechanical Engineering

May 2013

COURSEWORK

Finite Element Method

Control & Mechatronics

Elasticity & Plasticity

Computer Aided Design and Manufacturing

Lean Manufacturing Concepts

Mechanics of Solids

Dynamics of Machines & Vibrations

Engineering Design

Prime Movers and Fluids

TECHNICAL SKILLSETS AND TOOLS

Core Competencies:

Finite Element Analysis

3-D Solid Modelling

Manufacturing Processes

GD&T ASME Y14.5-2009

Tolerance Stack-up Analysis

Prototyping & 3-D Printing

Design for Manufacturing,

Failure Modes & Effects Analysis

Computing Software:

C++

C

MATLAB,

FORTRAN 90/95

Office Suite:

MS Excel, MS Word, MS PowerPoint

Design Software:

AutoCAD

CATIA V5

Pro-E

SolidWorks

ANSYS

COMSOL Multi-Physics

CES Software

SAS

Minitab

CERTIFICATIONS

CSWA (SolidWorks Associate)

CSWP (SolidWorks Professional)

Lean Academic Initiative (LAI)

PROFESSIONAL WORK EXPERIENCE

Integra Technologies, Wilmington, DE

Design Engineer (Aug 2016 March 2017)

Generated 3D models from diagnostic CT images and used commercial and research software to design patient specific implants and surgical instruments.

Maintained effective working relationships and communication with departmental and corporate staff.

Worked with all departments to facilitate and implement new designs, engineering changes, and software development for CAD processes.

Performed tasks under the company FDA and ISO-conforming quality system.

Executed paperwork and Information System functions as necessary for each implant.

Acknowledged and participated in research programs, quality assurance and quality improvement projects carried on in the company.

Quality Refrigeration & Air Conditioning W.L.L, Abu Dhabi, UAE

Mechanical Engineer (July 2013 July 2014)

Collaborated with a cross-functional team of technicians to maintain and repair various internal and external parts and systems of HVAC’s and other major Electro Mechanical systems.

Engaged in inspections of various HVAC Chiller Systems including industry leaders such as York, Trane & Carrier.

Performed Heat & Cooling Load calculations as per ASHRAE Standards.

Involved in taking over of 62 properties from ADCP (Abu Dhabi Commercial Properties) for a deal worth 1.8 Million Dirhams per year ($500,000).

Tasked with preparing snag lists for all major Electro Mechanical systems.

Re-Commissioned new HVAC systems to improve performance.

Fabricated sheet metal parts for HVAC applications

ACADEMIC PROJECTS IN GRADUATE SCHOOL

Position control of an Inverted Pendulum

Developed a transfer function by obtaining equations of motion for the gantry system.

Employed Simulink to numerically determine the step response. Utilized MATLAB to verify the step response generated by Simulink.

Augmented the gantry system with a forward path PD controller and determined the new transfer function.

Analysis Using ANSYS

Interpreted the bending of a beam element using different solid elements like Q4, Q8, CST & LST.

Analyzed the stress distribution on a plate with a hole subjected to uniform tension and compression in order to obtain contour plots for various stresses acting on the plate.

Finite Element Program: Beam Element with axial deformation

Designed a Finite Element program to detect the various axial deformation capabilities of an arch using MATLAB & Simulink software.

Deduced the vertical and horizontal displacements along with the slope to determine the DOF solution.

Conducted a Displacement and Strain Convergence study on the arch using 4, 8, 16, 32 and 64 element mesh size.

Design of Marine Engine Sub-Assembly

Engineered a 3-D model sub-assembly of a Marine Engine using SolidWorks.

Applied advanced mates to recreate a working model of the Marine Engine.

Maintained detailed documentation of the model using GD&T.

Utilized the design specifications and requirements to generate a simulation study of the model pertaining to various factors such as stress, strain, total deformation & factor of safety.

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