I am a results-driven Mechanical Engineer with a Ph.D. in Manufacturing Processes and over 10 years of experience in process optimization, quality control, and product certification across metal-mechanical, automotive, and service industries. My expertise lies in process improvement, regulatory compliance, and advanced engineering Finite Element Analysis. I am adept at working cross-functionally to drive operational efficiency and business growth.
Throughout my career, I have specialized in providing consultancy for companies to optimize their processes, ensure regulatory compliance, and improve operational efficiency. My work in the metalworking sector has involved collaborating with manufacturing companies to enhance production processes, reduce waste, and improve resource management while meeting quality standards.
I have also supported companies in implementing and maintaining quality management systems, drafting quality manuals, and conducting internal audits. My approach is practical and results-oriented, focusing on understanding clients’ specific needs and developing customized solutions to help them achieve their business goals.
In addition to my consulting work, I have experience in designing and developing mechanical solutions for industrial applications, particularly in the automotive sector. I have collaborated with engineering teams to create innovative products and improve existing ones, utilizing technical software such as AutoCAD and Inventor for design and analysis.
My academic background includes a Doctorate in Engineering, where I focused on metal forming processes and their industrial applications. I have presented my research at international forums and have been involved in various projects aimed at improving production processes and reducing costs.
Interuniversity Doctorate – Split-site doctoral program at RWTH Aachen University (2 years), Germany.
Partial completion of the Master’s degree program at TU Dortmund (1 year), Germany.
Design and development of agricultural machinery.
Specialized support for companies to optimize their processes, ensure regulatory compliance, and improve operational efficiency.
Designed and developed mechanical solutions for industrial applications, collaborating with design teams.
Provided technical consultancy specializing in the design and optimization of automotive components.
Developed and implemented software solutions for voice interaction in vehicles.
Conducted research on metal forming processes, focusing on innovation and industrial application.
Performed advanced studies on plastic deformation of materials.
Developed innovative solutions for light metal forming.
Conducted extensive research on metal forming processes.
Managed and implemented quality control processes for automotive manufacturing.
Contributed to the development and optimization of agricultural components.
Jobicy
562 subscribers are already enjoying exclusive, experimental and pre-release features.
Free
USD $0/month
For people just getting started
Plus
USD $8/month
Everything in Free, and: