Toronto, M2K 3C7
JOB OBJECTIVE: Seeking a challenging Mechanical Technologist position that enables me to initiate my long-term career at an established organization.
SUMMARY OF QUALIFICATIONS:
Extensive product development, integration and marketing analysis
Comprehensive knowledge of 2D and 3D CAD modeling as well as mechanical designing
Skilled in reading blueprints, structural layouts and creating mechanical drawings
Good understanding of aerospace engineering disciplines concepts, practices, and procedures equipment
Immense ability to work under pressure and meet timelines as well as work in a team
Superior communication skills, time management and organizational skills
Aerospace Engineer, November 2010 – March 2011
Solar Ship Inc., Toronto, ON
Supported engineers integrating designs of new fuselage structure and stabilizer components
Collaborated with engineering and operations department with identifying potential issues, feasible product design and implemented changes that improve Fuselage form and function
Aided in fuselage manufacturing procedure in shop floor from the installation to testing of assemblies
Developed testing specifications, manufacturability and layout proposal of new parts and project activities
Coordinated with finance, design engineer and supply chain to ensure cost objectives are met.
Mechanical Design Support, May 2000 –July 2003
Honda Motorcycle Manufacturing, Tehran
Formulated project development criteria and coordinated with groups in product engineering department Aided in manufacturing procedures from mechanical assembly and soldering to machining and welding
Coordinated with suppliers to validate product designs
Interpreted technical drawings, specifications and other information to understand the project
Provided technical direction to the designers and production engineers, liaised with engineers and updated daily activities to project and senior engineers for review
Managed estimated standards for tool build times as well as set up, run and assembly times to production line
Master of Aerospace Engineering (MEng)
Ryerson University, Toronto - 2010
Bachelor of Mechanical Engineering
University of Technology & Economy, Budapest – 2008
CATIA V4/V5 (2D/3D Modeling)
Finite Element Analysis (FEA)
Microsoft Office, Excel and SAP
Development of CAM for Automation of Deburring Process - M. Eng Project 2010
Researched on burr formation and classification, developed CATIA design model and machining simulation of the model for G-Code generation. Utilized MATLAB analysis to simulate burr locations and simulating best deburring method.
Basic Modeling and Computational Methods for Rigid Multi-Body Systems Ryerson 2009
Used MATLAB programming analysis to simulate the kinematics and dynamics of a 6-DOF industrial robot, analyzed mobility and motion computing tip velocity and acceleration and performed dynamics analysis computing joints actuation forces.
Thermodynamic Analysis of High Bypass Turbofan Engine - B. Sc. Thesis 2008
Optimized Fan Pressure Ratio (FPR) via Multidisciplinary Design Optimization (MDO) using MATLAB to maximize the specific thrust and minimize the specific fuel consumption based on CF6 engine parameters. Analyzed engine stations at optimal operational mode. Designed Stage-by-stage thermodynamics of fan, compressors and turbines with variation of air angles by radius via free vortex design.
References available upon request