Quality Engineer - Automation

As a Quality Engineer - Automation at Vention, your key responsibilities will include conducting quality control and assurance tasks, developing and optimizing inspection processes for automation components, supporting engineering teams on investigations, and ensuring compliance with manufacturing standards. You'll coordinate problem-solving initiatives with stakeholders and provide crucial feedback to enhance our automation product line.

To qualify for the Quality Engineer - Automation role at Vention, you should have a bachelor's degree in mechanical engineering or a related field, with a minimum of two years' experience in the manufacturing industry. Strong analytical skills, knowledge of quality management systems like ISO, and proficiency in statistical tools are essential. Experience with programming in Python or C++, as well as familiarity with electrical engineering and IPC standards, would also be beneficial.

Vention supports the work-life balance of Quality Engineers - Automation by offering flexible paid time off, remote work policies, and opportunities for social engagement among team members. By promoting a healthy balance between professional and personal life, we ensure that our employees can perform at their best while maintaining well-being.

The interview process for a Quality Engineer - Automation position at Vention typically begins with an initial call to discuss your background. This will be followed by meetings with the team, a challenge that assesses your skills, and finally a decision & offer phase. We strive to make this process transparent and supportive so you can feel comfortable showcasing your capabilities.

At Vention, Quality Engineers - Automation have various opportunities for career growth. We emphasize personal development through career advancement possibilities, continuous learning, and participation in innovation initiatives. Our mentorship culture and engagement in diverse projects will help you cultivate new skills and advance your career.

To ensure the quality of automation products, I focus on implementing strict quality control processes, collaborating with the production team to identify potential issues early, and utilizing data-driven approaches to analyze outcomes. Additionally, I always keep customer feedback in mind as a critical aspect of determining quality.

I have extensive experience with quality management systems, including ISO standards. I have been responsible for developing quality procedures that align with these standards, ensuring compliance through regular audits, and fostering a culture of continuous improvement within the team.

I regularly use statistical tools such as control charts, process capability analysis, and quality improvement methods like Six Sigma. These tools help me monitor production processes, identify variations, and make informed decisions to enhance product quality.

My experience with root cause analysis involves systematically investigating problems to determine their origin. I use methods like the 5 Whys and Fishbone diagrams to dig deep into issues, ensuring that I address not just the symptoms but also the underlying causes to prevent recurrence.

In handling tight deadlines, I prioritize tasks and focus on critical quality aspects that impact deliverables. I communicate effectively with my team to allocate resources efficiently and remain adaptable to changes. My analytical background allows me to make quick decisions without sacrificing quality.

I have faced challenges such as learning new compliance standards and adapting them to existing processes. To overcome this, I took initiative to research best practices, consulted with experts, and implemented a training plan for the team to ensure everyone was on the same page.

I stay current with industry standards and practices by attending workshops, joining professional organizations, and regularly reading relevant publications. Networking with other professionals also provides insights into evolving trends and best practices in quality engineering.

I have utilized programming languages such as Python and C++ to automate quality assurance processes. This includes developing scripts to analyze data sets and automate reporting, which enables me to focus more on strategic tasks and less on manual data handling.

I interpret engineering drawings and production documents by paying close attention to detail and understanding the technical language used. My background in mechanical engineering equips me with the skills to extract critical information and ensure alignment with quality standards.

Collaboration is crucial to my approach in quality assurance. I believe that frequent communication and partnership with different teams—such as engineering and production—help identify and solve quality issues more efficiently. Working together fosters a more comprehensive understanding of the challenges we face and facilitates better outcomes.