Summary

• A very welcoming campus with a small student body (200 students).
• Learning center available to students.
• High level of interaction between teachers and students.
• Affordable furnished apartments within a 5-minute walk of the site.
• Original courses in environmental chemical analysis.

To train advanced technicians who will work directly with engineers or researchers in all fields of chemistry: research, development, production, analysis, and quality control.

• Analyze solid, liquid, and gaseous samples:
  By following an analytical protocol
  By using appropriate chemical and/or physicochemical analytical techniques
  By implementing appropriate sampling and sample preparation methods
  By developing a consistent analytical approach
• Synthesizing molecules:
  By transforming the material in an appropriate manner
  By monitoring the reaction using appropriate methods
  By characterizing the compounds using appropriate techniques
  By purifying the compound using appropriate techniques
  
• Develop materials and/or formulated products:
  By selecting appropriate raw materials and processes
  By implementing a relevant eco-design approach
  By characterizing the properties of materials and/or formulated products using appropriate techniques

• Produce intermediate compounds and finished products
  By properly implementing unit operations in industrial chemical manufacturing
  By monitoring the manufacturing process using appropriate physicochemical analyses
  By keeping pace with developments in green chemistry and sustainable development
• Managing a chemistry laboratory or a production workshop
  By taking an active role in overseeing the operations of the laboratory or production workshop
  By implementing a quality management system
  By providing scientific supervision to a team of entry-level staff

• Monitor Health, Safety, and Environment (HSE) aspects
  By adhering to an HSE approach—Health, Safety, and Environment.
  By adhering to sustainable and resource-efficient chemistry