eAxle System development & integration_Assistant/Deputy manager

The eAxle System Development & Integration Assistant/Deputy Manager at Bosch is responsible for conducting packaging studies and simulations, assessing mechanical engineering aspects of electric powertrains, and leading the evaluation of transmission requirements based on specific vehicle needs. You'll also be responsible for transforming design concepts into manufacturable documents and ensuring systematic validation of mechanical systems related to electric powertrains.

Candidates interested in the eAxle System Development & Integration position at Bosch should hold a Bachelor's degree in Mechanical or Automobile Engineering, complemented by more than 8 years of relevant experience in the electrification domain. Prior experience with electric powertrain components, specifically in design and development, is essential, as is proficiency in CAD tools and strong analytical skills.

To excel in the eAxle System Development & Integration role at Bosch, candidates should have a strong analytical mindset along with problem-solving capabilities, and effective verbal and written communication skills. A methodical, proactive approach, along with teamwork abilities, are crucial. Familiarity with relevant manufacturing processes and a solid understanding of electrical and mechanical systems will also be beneficial.

Yes, the eAxle System Development & Integration position at Bosch requires travel to customer locations as needed. This aspect is crucial for interacting directly with customers, suppliers, and partners to address mechanical engineering related queries and provide solutions.

To apply for the eAxle System Development & Integration role at Bosch, candidates can visit the official Bosch careers page where they can submit their applications along with a resume highlighting their relevant experience and qualifications in the mechanical or automobile engineering fields.

In your response, focus on specific projects you've worked on that involved electric powertrains. Discuss your understanding of the systems involved, the challenges faced, and how you overcame them. Providing concrete examples will help highlight your expertise.

Mention the CAD tools you have experience with and provide examples of projects where you successfully utilized these tools for eAxle design and development. Emphasizing your skills in transforming design concepts into practical solutions will be key.

Choose an example that demonstrates your problem-solving skills in mechanical engineering. Explain the issue, the steps you took to address it, and the outcome. Focus on your analytical and collaborative approach.

Discuss your understanding of system validation processes. Include methodologies you have employed and specific tools that assisted in validating the mechanical systems of electric powertrains. Showcase your methodical approach and attention to detail.

Share your methods for continuous learning, such as attending industry conferences, participating in webinars, or following relevant publications. Demonstrating your commitment to staying informed will indicate your passion for the field.

Illustrate your time management and organizational skills. Discuss how breaking down tasks, setting priorities, and maintaining effective communication with team members can help meet tight deadlines without compromising quality.

Highlight your experience working with diverse teams, emphasizing your communication skills and ability to understand different perspectives. Discuss specific instances where collaboration led to project success.

List key factors like innovative design, efficient manufacturing processes, extensive validation, and effective team collaboration. Provide justification for why you see these as pivotal to achieving successful eAxle development projects.

Explain that you view feedback as an opportunity for growth. Discuss your process of actively listening, evaluating suggestions, and implementing constructive criticism to enhance design solutions.

Share your passion for sustainability, innovation in technology, and contributions to the automotive industry. Convey how your motivations align with the evolving trends toward electrification and making a positive impact.