Applied baccalaureate in mechanical engineering: productivity

Professional master’s in engineering and Management of Industrial Systems: Quality and Productivity

upplier quality manager

Define the scope of analysis (customer quality and / or supplier quality).
• Define quality indicators (standards), validate the objectives and the means with the hierarchy.
• Evaluate suppliers on quality indicators.
• Perform the tests and analyze the necessary samples.
• Ensure the management and analysis of incidents.
• Identify the dysfunctions observed in terms of quality and propose solutions.
• Set up and decline the plan, procedures, and quality actions,
• Develop and develop quality procedures and control the compliance of their application,
• Raise awareness and train staff in the quality approach,
• Analyze non-conformities, define, and recommend corrective actions and control their implementation,
• Monitor, analyze quality data and determine changes, improvements,
• Advise and provide technical support to services, customers (design, development, etc.),
• Carry out a quality, supplier, environment, etc. audit,
• Design a quality awareness system and ensure its execution,
• Evaluate the cost of non-conformities,

ndustrial and manufacturing engineers

design and write the layout plans for the plant and facilities.
• study new machinery and installations and recommend or choose effective combinations.
• develop flexible or integrated manufacturing systems and methods.
• carry out studies and put in place programs aimed at keeping stocks at an optimum level for production and allowing optimum use of machinery, materials, and resources.
• analyzer of production costs.
• develop, and carry out time studies and work simplification programs.
• determine the human skills and competencies required and develop training program resources.
• establish performance standards, evaluation systems, salary scales and incentive programs.
• conduct studies on the reliability and performance of plant facilities and production and administration systems.
• develop maintenance standards, schedules, and programs.
• establish programs and carry out studies aimed at improving industrial hygiene and safety or at
identifying fire risks and other dangers and at taking corrective measures.
• assess or inventory industrial installations.
• supervisor of technicians, technologists, analysts, administrative staff, and other engineers
• collect and compile operational and experimental data and in the preparation of evaluations, programming, specifications, and reports.
• Data and sample source and analyzer to support quality control and industrial health and safety
programs.
• develop manufacturing and processing methods and identify associated variables, adjust machine
and equipment controls, monitor production, and verify processes.
• develop applications using CAD-CAM techniques (computer-aided drawing, computer-aided manufacturing) intended to control robots, computer-controlled digital adjustment machines (CNC) as
well as processes and
• manufacturing operations