Vision Rear Lighting Engineer

A Vision Rear Lighting Engineer at SEGULA Technologies is responsible for designing and developing critical components of vehicle lighting systems. This includes executing design developments such as truth tables and function maps, validating lighting functionalities through EE plywood buck and vehicle assembly plants, and managing integration with suppliers. Additionally, you'll lead the development of lighting compliance while performing CO2 credits calculations for LED lamps, contributing significantly to the regulatory affairs team.

To apply for the Vision Rear Lighting Engineer position at SEGULA Technologies, candidates should hold at least a Bachelor of Science degree in Mechanical or Electrical Engineering from an ABET accredited program. A minimum of two years of experience in design, release, and CAD packaging is required, alongside experience with injection molding and plastic component design. Strong communication, leadership, and teamwork skills are also vital for success in this role.

As a Vision Rear Lighting Engineer at SEGULA Technologies, you'll engage in various exciting projects related to automotive lighting systems. This includes the development and validation of LED lamps, collaboration with engineering teams to launch lighting components, and ensuring compliance with industry standards and regulations. You'll also explore innovative technologies and methods, contributing to advancements in vehicle lighting design and integration.

Yes, candidates applying for the Vision Rear Lighting Engineer role at SEGULA Technologies should have experience with industry-standard software such as Catia V5 and NX. Familiarity with Teamcenter for project management is also desirable. These tools are essential for designing, developing, and managing the release of mechanical and electrical components in lighting systems.

SEGULA Technologies fosters an environment conducive to professional growth and development. The company offers opportunities to work on cutting-edge projects in the automotive industry, alongside experienced colleagues. Regular training sessions and collaborative projects enable Vision Rear Lighting Engineers to enhance their skills and knowledge, positioning them for future career advancements within the organization.

When answering this question, focus on specific projects you've worked on, detailing your role in the design process, collaboration with different teams, and any challenges you navigated. Highlight your familiarity with CAD tools such as Catia V5 or NX, and any successful outcomes that resulted from your contributions.

In response, discuss the validation methods you’ve employed, such as EE plywood buck tests or vehicle-level validations. Share your understanding of the importance of industry standards and regulatory compliance, emphasizing any specific techniques you have utilized to verify functionality and performance.

Here, illustrate your communication style and strategies. Mention how you keep team members informed on project developments, utilize collaborative tools for updates, and encourage open dialogue. Emphasize your appreciation for input from different engineering disciplines to enhance project outcomes.

Reflect on specific challenges, like tooling issues or quality control in a project involving injection molding. Showcase your problem-solving skills by detailing how you overcame these challenges and any steps you took to prevent similar issues in the future.

Address this question by outlining your familiarity with regulatory requirements related to CO2 credits for LED lighting. If applicable, provide examples of how you supported calculations or contributed to projects focused on environmental compliance, highlighting the importance of sustainability in automotive design.

Use this opportunity to demonstrate your commitment to continuous learning. Share resources such as industry publications, conferences, or memberships in professional organizations that keep you informed. You can also mention networking with industry peers to exchange insights and trends.

Discuss your belief in collaborative efforts and how they lead to successful outcomes. Provide examples of how working collaboratively with multidisciplinary teams has enhanced the quality of your projects, and emphasize the importance of combining diverse expertise for innovation.

Start by defining DFMEA (Design Failure Mode and Effects Analysis) and its significance in risk assessment during the design phase. Share your experience with conducting DFMEA reviews, identifying potential failure modes in lighting components, and implementing corrective actions to enhance reliability.

Demonstrate your adaptability by detailing a situation where project parameters shifted unexpectedly. Talk about your approach to reassessing project goals, communicating adjustments to your team, and ensuring that deadlines and quality standards were still met despite the changes.

Outline your process for creating validation plans, touching on how you identify key requirements, metrics for success, and testing methodologies. Discuss your experience in managing these plans throughout the project lifecycle and measuring outcomes against initial goals for continuous improvement.