Design Engineer-CATIA-Seating Strucure
Job Title:
Design Engineer-CATIA-Seating Strucure
Job Description:
Tool- CATIA
- Should have worked on packaging and designing of Seating Structures
- Experience in following areas is must
• Sheetmetal and Stamping part design
• Welding methods and feasibility checks
• Manufacturing and assembly process of seating structures
- Proficiency in CAD Software tools like 3D modeling, Drafting, Kinematics etc.
- Experience in creating Regulatory/Layout drawings
- Awareness of different seating mechanisms and their functions
- Awareness of GD & T
- Good communication and presentation skills
- Awareness of PLM system will be added advantage
Experience Range:
3 - 6 years
Educational Qualifications:
-B.Tech/B.E in Mechanical
Skills Required:
CATIA , Sheet Metal Components , Seating , Structure
Candidate Attributes:
Candidate Attributes:
• Should have hands on experience in domain of Automotive seat structures
• Responsible to take cad leadership
• Proficient in CAD modelling, skilled for concept 3D creation + 2D drawing understanding with methodology
• To understand and convert customer request into Technical specification & complete the projects according to D&D planning, manufacturing
process, quality and Statement of Work / Assignment.
• Effective team player with good communication skills
Job Code: KL-AZLKVYJ5
About Us
GNS Engineering India Pvt. Ltd is a subsidiary of GNS mbH. Engineering operations started in June 2010 in India. GNS mbH founded in 1994 by a group of engineering analysis experts in Braunschweig, Germany. We are also worldwide popular known for our software's like ANIMATOR, GENERATOR and OPENFORM, which are used by all passenger car companies and its TIER-I across the globe for various CAE activities from Pre-processing to Post-Processing along with providing CAD/CAE services to OEM/TIER-I groups.
Why Us?
With its team of more than 200+ development, design & engineering analysis experts, GNS provides numerical analysis for a great range of engineering problems using state-of-the-art finite element and boundary element codes. Furthermore, GNS is engaged in the development of constitutive models and numerical algorithms for advanced engineering materials, such as composites, foams or honeycomb structures.
