Job Description

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Employment type:

Full-Time

Academic Requirements:

1. Degree in Mechanical Engineering.

2. Post-Graduate Diploma/Certification in Mechatronics will be an added advantage.

3. Masters in Machine Design, Mechatronics or Industrial Automation.

 

Work Experience:

01 - 3 Years

Required Skills:

1. Sound Knowledge on automated fixture Design, Material Selection, Machining and Fabrication process and post-processing operations.

2. Pro-efficient in creating manufacturing drawings, defining tolerances with GD&T.  

3. Hands-on experience in creating specification on mechanisms and choosing the right OEM’s to compliment the specified mechanism.

4. Thorough knowledge in calculations to define structures/loads, choose the right OEM’s and its accessories in the market. Example –Robots, Pneumatics, Hydraulics,  Linear Guides, Casters/wheels, motors, gearbox, bearings, lifting hoist accessories etc.

5. Pro-efficient in Solid edge & Solid works & Unigraphics is an added advantage. 

6.  Structural Analysis – Hands-on Ansys or Hypermesh is desirable.

7. Hands-on Manufacturing techniques.

8. Good Presentation and Negotiation Skills.

9. Ready to Travel as and when required

 

 

Responsibilities:

1. Understanding the requirements of

• Robotic welding (MIG & SPOT),  
• Operations on tubular parts like bending, notching etc.
• Material handling systems like gantry & robotic pick & place.

2. Will be responsible for the design, development and implementation of the custom Robotic welding solutions, Special purpose machines, and material handling solutions to enable the manufacturing of various automotive sub-assemblies within the allocated cost & time frames. 

3. Specify and perform engineering calculations & analysis of scopes like custom-designed parts and bought out the components selection.

4. Interface with the process planning team, customers, electrical & controls design team, manufacturing suppliers, & assembly team regarding mechanical concerns for a specific project.

5. Prepare DAP documents and attend DAP meeting pertaining to mechanical design.

6. Standardize designs for reusability.