BIW Design Engineer

Job Descriptions:

Responsible for designing different parts of body structures modules. (Underbody Front floor, middle floor, rear floor, Dash & cowl, brackets & reinforcements, Upper body BSO, A pillar, B pillar, C pillar, D pillar, its reinforcements & supporting brackets, gussets, Front Structures components, Roof panel & its subsystem components) etc.

Responsible for creating multiple CAD proposals as per the requirements received from customers.

Extensive experience in using CATIA V5 & V6 (Generative Shape design, Part Design, Assembly & Drawing workbench)

Create parametric 3D proposals in CATIA V5 & V6 maintaining editable history, define materials & create components as well as assembly drawings with drawing standards wherever applicable.

Working knowledge of 3D annotation, GD&T, basic tolerance stack up, datum scheme, parts joining strategy and sealing strategy.

Styling & Packaging Feasibilities, Regulatory Checks, Engineering Master Sections, Good knowledge of all regulatory and functional requirements.

Provide CAD support, leading and progressing the design in line with the program timescales and deliverable cadence.

Detailed Engineering knowledge of design, function, performance, production & manufacturing requirements.

Basic Knowledge of standards, design rules and Do's & Don'ts in Catia.

Ensure data is up to date and reflects the required levels of maturity at any given point in time.

Be responsible for communication with all Stake holders e.g. Design team, studio, legal, packaging, legal etc

Ensuring that the all-project deliverables are met.

Essentials: -

CAD Literacy: Ability to generate CAD data and Master sections in CATIA V5 and/or in 3DExperience.

Proven experience in development and/or integration of at least one and preferably more in BIW Structure, UnderbodyUpper body, Sealing, Joining, etc.

Successful history of delivery within the automotive sector.

Niche Skills like One step simulation, Tolerance stack up calculation, Bolt Calculations will be added advantage.

Engineering knowledge of defined component(s) / system(s) design, function, performance, production & manufacturing requirements.

Excellent communications skills, demonstrated ability to communicate at all levels,

PC Literacy: Microsoft Project, Power Point, Excel, Word etc