Christine Oliveira

Main Responsibilities: • Strategic decision-making and implementation of solutions that drive innovation within the company. • Creation and structuring of the Standardization and Innovation Engineering department from the ground up. • Leadership and management of the team, structuring roles, workflows, and responsibilities for a current team of seven direct employees. • Development and management of methodologies, ensuring the implementation of organized and effective in-novation processes. • Project management and optimization, focusing on reducing time and costs in the development of new prod-ucts and processes. • Protection of intellectual property through the implementation of confidentiality systems to prevent infor-mation leaks. • Creation and structuring of a centralized database, optimizing the management of strategic information. • Technical guidance in the areas of structural engineering, foundations, and mechanical calculation principles. Main Achievements and Impacts: • Strengthened Tecnokor's innovation capacity, establishing the company as a benchmark in innovation and operational efficiency. • Fully structured the Standardization and Innovation Engineering department, creating a strategic environment for continuous innovation. • Implemented methodologies such as Kaizen, Kanban, Lean, and 5S, resulting in greater efficiency and stand-ardization of internal processes. • Developed an optimized database, facilitating the secure management and sharing of information. • Safeguarded innovation within the company, ensuring security for new products and methodologies. • Reduced project development time and costs, optimizing the company's operations.

Main Responsibilities: • Client relationship management (Vale, ADM, Moinho Iguaçu, etc.) through strategic meetings to ensure pro-ject alignment and success. • Stakeholder management, ensuring effective coordination between engineering, procurement, manufacturing, and clients. • Leadership and engagement of direct and indirect teams, overseeing up to 35 professionals. • Engineering project management, coordinating deadlines, operational requirements, and equipment im-provement. • Optimization of layouts and industrial processes, enhancing space utilization and ensuring efficient equip-ment arrangements. • Crisis management and problem-solving, effectively leading projects under high time pressure. • Responsible for technical guidance in structural engineering, foundations, and mechanical calculation princi-ples. Main Achievements and Impacts: • Strengthening Tecnokor’s presence in the grain sector, solidifying its reputation in complex projects. • Earned client recognition for the team’s quality and commitment in project execution. • Implemented innovative technologies using 3D scanning data to ensure precision in planning and execution. • Refined emergency response processes, creating an efficient model for handling critical demands. • Introduced structural and operational improvements, enhancing equipment efficiency.

Main Responsibilities: • Successfully led and expanded a highly specialized technical team, managing 17 direct employees and six subcontractor companies. • Enhanced project planning and delivery predictability using Net Project, optimizing timelines and execution. • Modernized engineering processes, implementing dynamic spreadsheets, BIM, and Kanban-based manage-ment systems. • Applied agile methodologies and Kanban, improving workflow organization and operational efficiency. • Strengthened client relationships with major industry leaders, including Mosais, Nexa, Sigma Lithium, Equi-nox Gold, Vale, and Serra Verde. • Increased efficiency, reduced errors, and streamlined technical documentation management. • Provided expert technical guidance in structural engineering, foundations, and mechanical calculations. Main Achievements and Impacts: • Increased productivity and project quality, ensuring higher efficiency in project deliveries. • Reduced equipment development time, enhancing customer satisfaction and project turnaround. • Led the implementation of AutoCAD, Tekla, BIM, and other engineering tools to drive innovation and preci-sion in structural projects. • Strengthening cross-functional collaboration by improving communication and synergy between engineering departments. • Standardized processes and eliminated inefficiencies, optimizing workflow and minimizing errors.

Main Responsibilities: • Strategic planning and production control, enhancing supply management and raw material logistics. • Process management and operational efficiency, restructuring PPC and improving interdepartmental integra-tion. • Leadership and management of teams with 12 direct members, including six supervisors, fostering talent de-velopment and motivation. • Workflow analysis and optimization, reducing failures and improving production visibility. • Development of dynamic spreadsheets and tracking systems, driving automation and digitalization of con-trols. • Resolution of production control issues, raw material procurement, and supply management. • Structural calculations for mining equipment. Main Achievements and Impacts: • Integration of Quality and Methods & Processes departments, enhancing synergy and strategic alignment. • Reduction in response time for raw material procurement. • Increased productivity and team engagement by fostering a more organized and efficient environment. • Improvement in task organization and monitoring through Kanban/Lean methodology. • Reducing rework and operational failures through digitalization of manufacturing control. • Implementation of digital controls, enhancing traceability and process reliability.

Main Responsibilities/Achievements and Impacts: • Implementation of effective processes for controlling Sinosteel’s activities, ensuring deliveries aligned with deadlines and quality standards. • Structuring and strict monitoring of Engineering, Procurement, and financial planning, ensuring synergy be-tween areas and minimizing risks. • Monitoring and managing payments and receivables, reducing delays and ensuring financial predictability for projects. • Establishment of physical and financial progress metrics, enabling agile and assertive adjustments in project execution. • Efficient integration of various disciplines involved in the project, fostering smooth communication and re-solving technical conflicts. • Continuous project management support to the end client, ensuring transparency and satisfaction. • Development of analytical reports and detailed schedules, providing strategic information for decision-making. • Technical consultancy in metallic structure calculation. • Reduced project development time and costs, optimizing the company's operations.

Main Responsibilities/Achievements and Impacts: • Design and analyze steel structures, ensuring compliance with technical standards and project requirements. • Model structures using SAP 2000, ensuring precision and efficiency in structural simulation. • Apply loads according to NBR 6120 and NBR 6123 standards, ensuring structural safety and performance. • Adapt the project to the client's service specifications, ensuring alignment with their needs and requirements. • Ensure the project complies with workplace safety regulations, minimizing operational risks. • Conduct structural analyses and dimensioning according to NBR 8800:2008, ensuring resistance and stabil-ity. • Calculate connections, base plates, anchor bolts, and minimum dimensions for cap block stability. • Develop load plans for foundations, ensuring balanced and efficient distribution of structural loads. • Prepare technical reports on structural integrity analysis, providing accurate data for project validation and approval.

Main Responsibilities/Achievements and Impacts: • Project management in the field of road and railway bridges, focusing on analysis, review, and technical de-tailing, ensuring compliance with standards and maximum efficiency in deliverables. • Define manufacturing plans, optimizing processes and ensuring alignment with technical requirements. • Inspect the quality of the final product, ensuring adherence to established standards and regulations. • Specify Welding Procedure Specifications (WPS), ensuring quality and safety in metal joining processes. • Qualify welders, certify competencies and compliance with technical requirements. • Manage the manufacturing of various metal profiles, ensuring production efficiency and quality control. • Oversee bridge assembly, monitoring execution, safety, and alignment with project specifications.

Novo diploma

Participação "Integral" no projeto de um "Alimentador Automático para cães em cuidados especiais". Participação no Congresso CIPUC.

Iniciei o curso de Engenharia Mecânica no IFMA e posteriormente realizei transferência externa para a PUC MINAS.