• Gender: Male
• Age: 37
• Designation: Engineer
• Highest Education Level: Graduate - Degree
• Notice Period: 30  Days
• Work Experience: 13 Year(s)

Education

Bachelor of Engineering (Mechanical) From Amrutvahini College of Engineering, Sangamner, Pune University in 2012

H.S.C. From Atomic Energy Junior College, Tarapur, Maharashtra Board in 2006

 

Skill Sets

Experience in Product Design & Development for automotive interiors- Instrument Panel, Console and Door Trims with sound understanding of Engineering, Design, Tooling/ Molding, manufacturing and assembly.
Thorough understanding of designing, developing components in conformance to pre-set technical specifications.
Providing Technical Solutions related to Design, Manufacturing and Process.
Discussing and Coordinating regarding Design aspects of Assembly /Part in order to improve Design, Quality and Satisfy Customer needs.
Carry out Project activities like Testing and Documentation for Design such as Section Book,  PBOM, etc. 

Work Experience

Design Engineer
Since Feb 2015
Company Profile: Manufacturer of mud guard, door trim etc. Also offering CAD designing services, CAD development services etc.
Job Profile:
CAD Tool: (CATIA V5)
To study the input received.
To take Styling surface A input in Catia V5 and check for any tangency error
Deciding a Die Line if not provided and creating close body considering environment parts and assemblies, maintaining the required Gap and Flush.
Applying packaging principles to obtain the best possible fit between parts
Designing the part avoiding plastic defects and enhancing manufacturability.
Analyzing Parts and Assemblies for clashes and gap conditions using Space Analysis Tools.
Creating and Updating 2D, BOM, etc.
Reverse Engineering & Value Engineering for Auto components.
Project Handled:
Grab Handle Inner (X540 - Console)
A-Surface as Input, Tool line was created and Draft analysis done. B-Surface was made with Offset.
With the Environment as reference Close Body made avoiding clashes and maintaining Gap condition with surround parts and Environment.
Created Flanges as and were required.
Added Screw Boss and Locators for packaging.
Draft Analysis for checking manufacturability.
Centre Air Vent And Outer Air Vent (X540- IP)
A-Surface as input, Created Close Body for Air Vent Bezel.
According to the received section plan and Gap Condition Housing was created.
Created Front Vanes and Rear Vanes according to Section.
Positioned Cursor and created Pin and Vanes connecting link for Vanes direction control mechanism.
Positioned Thumbwheel and Created Shutoff, Shutoff Rubber, Connecting Links and Lever for Shutoff Control Mechanism.
Created Split Housing adding a Flange and Snap Mechanism between the Front and Rear Housing.
Features for Vanes and Clips added to Housing.
END CAP (X540 – Instrument Panel)
A-Surface as Input, Tool line was created and Draft analysis done. B-Surface was made with Offset.
With the Environment as reference Close Body made avoiding clashes and maintaining Gap condition with surround parts and Environment.
Created Flanges as and were required.
Added Clip Towers.
Draft Analysis for checking manufacturability.
Ducts (X540 – Console/IP)
Created Air Vents Ducts for Instrument Panel and Console
Created Ducts under Part Design and Surfacing.
Maintaining uniform thickness and Minimum Gap condition from the environmental parts.
Maintaining a Proper Tool Line and Split Line.
Duct path and Shape was made so as to facilitate Smooth Flow while maintaining a Minimum Cross Section area throughout the length and avoiding any clash with surrounding parts obtaining maximum efficiency between inlet and outlet.

Design Engineer
June 2012 to Jan 2015
Company Profile : Providing High End Design And Engineering Solutions To Various Customers Across Aerospace And Automotive Industry
Job Profile : 
To study the input received.
To take Styling surface A input in Catia V5 and check for any tangency error.
To clear the styling surface for tooling direction if not received by client.
To create close solid with the help of environment data available and validate through tooling direction.
To create engineering features as per requirement.
To maintain Gap and flush with respect to assembly part.
To check the part for space analysis with surrounding mating part and if any clash occurs it is to be rectified as required and / or respect to assembly parts.
Analyzing whether the part has any clash or contact with the mating surfaces using the ‘clash’ tool in space analysis tool bar.
Project Handled: 
Arm Rest (Door Trim):  
A-Surface was the input. B surface was offset and the problematic surfaces were extracted from A surface and offset individually.  B surface was made with the help of operation tool bar 
Closed surface was made with the help of surrounding environment
Draft analysis was carried out and parting lines were shown.
Depressions and Holes for Heat Stakes were created.
Draft Analysis for checking manufacturability.
MAP Pocket (Door Trim):
A-Surface was the input. B surface was offset and the problematic surfaces were extracted from A surface and offset individually.  B surface was made with the help of operation tool bar 
Creating Flanges as per Environmental data. 
Draft analysis was carried out and parting lines were shown
Used Space analysis tool, to analyze whether the part has any clash or contact with the mating surface. 
Checked 1 litre & ½ litre bottle feasibility. 
Sunvisor (Tesla Model X): 
A-Surface was the input. B surface was offset and the problematic surfaces were extracted from A surface and offset individually. B surface was made with the help of operation tool bar
Closed surface was made with the help of surrounding environment
Closed body was made
Opening was created for entry of Arm.
Created Snap features for Entry Cap.
Draft analysis was carried out and parting lines were shown

Future Goals

Seeking a challenging and rewarding opportunity with an organization of repute which recognizes my true potential and effectively utilizes/nurtures my excellent analytical and technical skills