CATIA DMU Module Lead

As a CATIA DMU Module Lead at Sopra Steria, your primary responsibilities include conducting 3D model and assembly checks, ensuring compliance with requirements, and overseeing the design and integration of components in the aircraft's digital mock-up. You'll be actively involved in creating and modifying 2D drawings, managing operational configurations, and facilitating effective communication between cross-functional teams.

To qualify for the CATIA DMU Module Lead position at Sopra Steria, candidates should hold a B.Tech or BE degree in Aeronautical or Mechanical Engineering and have 4-6 years of experience in AIRBUS processes and tools, particularly with CATIA V5. Experience in 3DExperience platforms and knowledge of configuration management processes is preferred.

Essential skills for a CATIA DMU Module Lead at Sopra Steria include a strong knowledge of aircraft structures and systems, proficiency in CATIA V5/V6, and familiarity with design quality checks of structural components. Excellent communication and interpersonal skills are crucial, as is the ability to work collaboratively within cross-functional teams to achieve project goals.

The work environment for a CATIA DMU Module Lead at Sopra Steria is dynamic and inclusive, fostering collaboration and innovation. The company values diversity and actively promotes a culture of respect and support, where team members are encouraged to contribute ideas and knowledge, making it an exciting place to grow in your career.

Sopra Steria is committed to employee development, providing resources and support for continuous learning. As a CATIA DMU Module Lead, you'll have access to training materials and opportunities to enhance your skills, including best practices in aviation design and methodologies, ensuring you stay at the forefront of industry advancements.

To ensure accuracy in 3D model and assembly checks, I meticulously cross-reference each model with the set requirements, using structured checklists and CAD tools to identify any discrepancies. I also collaborate with team members to validate designs against established standards and conduct peer reviews to reinforce quality.

In my previous roles, I gained extensive experience using CATIA V5 for DMU activities, including model creation, assembly checks, and design verification. I utilized various CATIA features to optimize designs, ensuring they met functional requirements while adhering to industry standards and best practices in aircraft design.

For effective configuration management, I prioritize meticulous documentation and maintain clear version control for all project artifacts. Implementing regular audits and collaborating with cross-functional teams help ensure alignment on configuration changes, enabling us to maintain integrity throughout the project lifecycle.

The DMU process is critical in aviation design as it allows teams to visualize and analyze 3D assemblies before physical production. It helps identify potential design conflicts and facilitates collaboration across teams, ultimately improving the efficiency of the design process and reducing costly revisions later on.

When faced with tight deadlines, I prioritize tasks based on their impact on the project and effectively delegate responsibilities to ensure that deadlines are met. I also maintain open communication with my team and stakeholders, allowing us to address any challenges collaboratively and remain agile throughout the project.

Essential tools for overseeing design quality checks include CAD software like CATIA and PLM systems for version control, along with project management tools that facilitate task tracking and documentation. Utilizing these tools ensures that all designs are thoroughly validated against the requirements before approval.

I keep my knowledge up to date by participating in industry conferences, webinars, and online courses related to aerospace engineering. I also engage with professional networks and communities to share insights and learn from industry experts, ensuring I stay informed about the latest trends and technologies.

I have significant experience collaborating with cross-functional teams, which has involved regular meetings to align on project goals and active engagement in brainstorming sessions. This collaborative approach not only enhances our design decisions but also fosters a culture of innovation and shared success.

In my previous role, I identified a bottleneck in our design verification process due to a lengthy review cycle. By introducing checklists and peer review sessions, we streamlined the process, reducing the verification time significantly while maintaining quality and ensuring all requirements were met.

When creating 2D drawings from 3D models, I consider key aspects such as dimensions, annotations, and layout requirements. It's vital to ensure that the 2D representation accurately reflects the 3D design intent while adhering to applicable standards for clarity and usability in manufacturing.