Experience in leading B2B platform implementation projects, through different lifecycles - discovery, design, deployment and hypercare. Being the driver for solution design and delivery, in cross-functional teams, also combining strong Product Management and Solutioning elements.Promoting agile and resilient working groups to ensure quality and on-time deliverables.Responsible for:- Managing daily relations with internal and external stakeholders;- Leading new solutions’ design, guaranteeing the customer’s business requirements are accomplished, and the output is scalable to other projects;- Establishing and communicating timelines and project progress, through clear deliverables, milestones, dependencies and risks;- Identifying, assessing and solving complex problems, in different workstreams.

Responsible for the design and implementation of features for the Order Management and Supply Chain workstreams.

Process optimization in an automated semiconductor assembly line (ISO 14644-1:2015 : Cleanroom ISO 6 Class), for the Automotive and High Tech industry (IATF 16949 and VDA 6.3). Responsible for production processes of Wafer-Level Packaging (WLP) and MEMS products.Experience in a multicultural and multinational Outsourced Semiconductor Assembly and Test (OSAT) company, with a high focus on quality, zero defect production and continuous improvement throughout the value chain.Some of the responsibilities of the Process Engineer: - Development of new products from qualification to the launch of volume production, based on Advanced Product Quality Planning (APQP) framework; - Continuous evaluation of equipment and processes to always ensure high efficiency and quality; - Translation of customer requirements into process specifications; - Research and development of new equipment; - Data collection, interpretation and report writing; - Improve production rates and quality of output through Statistical Process Control (SPC); - Monitoring of equipment to ensure maintenance tasks are carried out; - Completion of documentation to ensure compliance with both internal and external regulations/protocols; - Risk assessments of the equipment and processes (staff, company and environment); - Training of manufacturing teams on equipment operation and quality control.Continuous training and use of engineering tools/methodologies, such as: - Six Sigma; - 8D Methodology (8 Disciplines of problem solving); - Taguchi Methods and Design of Experiments (DoE); - Production Part Approval Process (PPAP); - 5 Whys; - Is - Is Not Matrix; - FMEA and PFMEA; - Ishikawa Diagram; - Pareto Chart; - Fault Tree Analysis (FTA); - MSA.

Business Unit: Electric Mobility.Analysis and improvement of the production processes of the wiring section of an Electric Vehicle Chargers company.Some of the responsibilities of the Process Engineer: - Non value-added activities (Waste/MUDA) detection; - Bottleneck analysis; - Changeover Time reduction; - Cycle Time improvement; - Lead Time improvement; - Line Balancing; - Standardization of processes.Application of Lean tools, such as: - Value Stream Mapping; - Visual Management; - 5S; - Standard Work; - Kanban; - PDCA cycle; - Kaizen.