Bernardo Tuleski

In my current role as Project Manager Purchasing Engineering for Video Camera Security Systems, I focus on fostering teamwork and effective communication, building relationships across departments, and adhering to purchase guidelines. I play a crucial role in supporting purchasing management, ensuring tasks align with programmed requirements and overseeing vendor-supplied projects. With a keen eye for potential risks, I implement corrective actions, leveraging engineering skills for supplier selection and cost negotiation. I provide continuous feedback to engineering for cost reduction and quality improvement, audit vendor capabilities, and offer optimal supply solutions. Handling invoice queries, negotiating terms, and participating in development specifications, I collaborate with various management levels across departments to ensure project success in the Video Camera Security Systems domain.

In my current role as Project Manager Purchasing Engineering for Video Camera Security Systems, I focus on fostering teamwork and effective communication, building relationships across departments, and adhering to purchase guidelines. I play a crucial role in supporting purchasing management, ensuring tasks align with programmed requirements and overseeing vendor-supplied projects. With a keen eye for potential risks, I implement corrective actions, leveraging engineering skills for supplier selection and cost negotiation. I provide continuous feedback to engineering for cost reduction and quality improvement, audit vendor capabilities, and offer optimal supply solutions. Handling invoice queries, negotiating terms, and participating in development specifications, I collaborate with various management levels across departments to ensure project success in the Video Camera Security Systems domain.

In my current role as Project Manager Purchasing Engineering for Video Camera Security Systems, I focus on fostering teamwork and effective communication, building relationships across departments, and adhering to purchase guidelines. I play a crucial role in supporting purchasing management, ensuring tasks align with programmed requirements and overseeing vendor-supplied projects. With a keen eye for potential risks, I implement corrective actions, leveraging engineering skills for supplier selection and cost negotiation. I provide continuous feedback to engineering for cost reduction and quality improvement, audit vendor capabilities, and offer optimal supply solutions. Handling invoice queries, negotiating terms, and participating in development specifications, I collaborate with various management levels across departments to ensure project success in the Video Camera Security Systems domain.

In my role as the Product Owner of Value Engineering activities focused on Diesel conventional products, I held various responsibilities to ensure the success of product development. This included overseeing the timely completion of all engineering deliverables for a successful product launch and ensuring execution excellence from requirements completion to SOP. Collaboration with stakeholders was integral, involving understanding customer needs and translating them into technical requirements. I played a key role in generating technical product requirements, balancing product, quality, and costs through a Value Engineering approach. Supporting the performance integration of products, addressing design solution integration issues, and managing yearly engineering budgets were also part of my responsibilities. Additionally, I reported on engineering deliverable status, held responsibility for engineering change approvals, and ensured on-time component releases, builds, issue closures, and validations. Acting as a roadblock remover, I spearheaded the department's responsibility for Engineering Changes in Diesel Conventional Components. Applying SCRUM methods, I facilitated Agile Tooling Application and Improvement, and I played a crucial role in managing international connectivity between Value Engineering Projects in Brazil, Germany, India, and Japan.

As Product Owner for Value Engineering in Diesel conventional products, I managed timely engineering deliverables and ensured successful product redesign and launches. I collaborated with stakeholders to translate customer needs into technical requirements, balanced product quality and costs, and oversaw engineering budgets.

As a former Product Development Engineering Intern with a focus on Diesel Systems for the Aftermarket Business, my role involved a range of responsibilities. This included providing support for REMAN activities related to Unit Pump (UP) components, managing portfolio tools for maintenance and control, offering technical assistance for CAE and CAD analyses, investigating Unit Pump (UP) components post-endurance tests, and contributing to the development of new test concepts for Conventional Diesel Products in the Independent Aftermarket (IAM). Additionally, I was involved in applying SCRUM Agile Methods to facilitate the hardware development process, showcasing my holistic engagement in various aspects of diesel system product development and aftermarket support.

As a Product Development Engineer for Diesel Conventional products, I design and optimize components to meet performance and reliability standards. I oversee the development process from concept to production, ensuring timely delivery and integration of technical requirements.

As a former Product Development Engineering Intern with a focus on Diesel Systems for the Aftermarket Business, my role involved a range of responsibilities. This included providing support for REMAN activities related to Unit Pump (UP) components, managing portfolio tools for maintenance and control, offering technical assistance for CAE and CAD analyses, investigating Unit Pump (UP) components post-endurance tests, and contributing to the development of new test concepts for Conventional Diesel Products in the Independent Aftermarket (IAM). Additionally, I was involved in applying SCRUM Agile Methods to facilitate the hardware development process, showcasing my holistic engagement in various aspects of diesel system product development and aftermarket support.

Thesis: Machine learning applied to fault diagnosis in compression ignition engines using audio signature