Design Engineer Resume
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SUMMARY:
Talented Mechanical Engineer with Master’s degree in Mechanical Engineering from Confidential. Strong in - depth knowledge of Product Design & Analysis and ability to apply to any specific problem. Hands-on training in developing control strategies for Diesel engine. Strong written and verbal communication skills
AREAS OF EXCELLENCE:
- 3D/2D CAD Modelling, GD&T
- Model Based Designing (MBD)
- IC Engines
- CAN/ Control Strategies on Diesel Engines
- Finite Element Analysis (FEA)
- Powertrain Calibration
TECHNICAL SKILLS:
Software Tools: MATLAB, Simulink, MOTOHAWK, Pro/E, AutoCAD, ANSYS, HYPERMESH, MS Office
Relevant Courses: IC Engines, Finite Element Analysis, Heat Transfer, Thermodynamics, Design of Machine Elements, Strength of Materials.
PROFESSIONAL EXPERIENCE:
Design Engineer
Confidential
Responsibilities:
- Worked as a Design Engineer to design material handling equipment like belt conveyors
- Analysed inquiry data sheets, specifications of new inquiries. Performed design calculations and evaluated system specifications.
- Led a team of draftsmen for modelling GA and part drawings as per ASME Y14.5 standards
- In charge of analysing and releasing part drawings for the systems to manufacturing unit
- Supported Electrical design engineers to design electrical circuit diagrams for conveyor systems using Matlab Simulink.
- Improved product efficiency, scrap and cost reduction of manufacturing by 10% through re-designing, re-engineering pulleys and idler assemblies using Six Sigma tools like DFMEA, Fishbone analysis
- Used stack-up tolerance analysis to determine the precise tolerances on idler assemblies and pulleys
- Prepared and repaired CAD model using Pro/E CREO of idler assemblies and pulleys for performing FE Analysis to evaluate stress distribution on the part
Volunteer Work
Confidential
Responsibilities:
- Currently working voluntarily with my Thesis Advisor (Dr. K.P.Chen), to mentor new students to understand the theoretical concept of my thesis and help to build a computational model for the same.