Microsin SRL recently welcomed a group of ambitious chemistry students for an immersive learning experience inside our state-of-the-art facility in Bucharest. Over the course of the visit, students toured our Research & Development (R&D), Production, Quality Assurance (QA), and Quality Control (QC) departments.

This initiative is part of our ongoing commitment to support the next generation of chemical industry professionals — giving them not only insight into advanced manufacturing processes, but also a clearer picture of how their academic studies translate into real-world applications.

About the APEXCHEMISTRY 2025 Program

The visit was organized as part of APEXCHEMISTRY 2025, an elite international chemistry program for high school students. Considered one of the most advanced summer chemistry camps in the world, APEXCHEMISTRY selects just 20 outstanding students through a rigorous application process.

For three weeks, participants take part in:

• Theoretical chemistry lectures by some of the most respected names in the field, including Nobel laureate Jean-Marie Lehn, Harvard Medical School professor Adrian Șalic, LMU Munich professor Ivan Huc, and Romanian Academy member Marius Andruh.
• Hands-on laboratory training, covering analytical techniques (IR, NMR, UV, MS), practical synthesis projects, and small-scale research initiatives with final scientific presentations.
• Cultural and recreational activities, offering a balanced and memorable educational experience in Bucharest.

The program is coordinated by Mihaela Matache and Marius Matache, with support from the University of Bucharest and Politehnica University of Bucharest, and made possible through the contributions of sponsors and partners — including Microsin SRL.

A Guided Journey from Concept to Completion

Upon arrival, the students were greeted by our team of dedicated specialists, who led them on a step-by-step journey through our operations.

• R&D Department – Here, the students saw where every product’s journey begins. They were introduced to the research process that underpins each formulation — from initial concept and lab-scale trials to scaling up for industrial production. Our R&D experts explained how innovation, regulatory compliance, and market needs shape the development pipeline.
• Production Department – On the production floor, the students experienced the scale and complexity of industrial chemistry. They observed reactors, centrifuges, fluid-bed dryers and distillation systems in operation, understanding how raw materials are transformed into high-purity final products. The visit demonstrated the balance between automation, skilled human oversight, and strict safety protocols.
• Quality Assurance (QA) – Students learned how QA ensures that every process meets the highest quality standards from start to finish. Our specialists explained documentation practices, compliance with EU-GMP and ISO certifications, and how these systems guarantee consistent product integrity.
• Quality Control (QC) – Inside our QC laboratories, the visitors saw firsthand the analytical techniques used to test raw materials, intermediates, and final products. They interacted with precision instruments, observed testing workflows, and learned how data drives quality decisions.

Hands-On Learning and Direct Interaction

The visit was not limited to observation. Students had the chance to:

• Engage directly with operational equipment, guided by trained staff who demonstrated safety and operating procedures.
• Participate in real-time Q&A sessions, where they could ask about the chemistry, engineering, and business aspects of manufacturing.
• Explore different career pathways, gaining an understanding of the diverse roles that contribute to bringing a product from idea to market.

For many, this was their first opportunity to see how industrial-scale chemical production works in practice — providing clarity on how theory from the classroom is applied in a professional environment.

Empowering Career Choices

One of the most valuable aspects of this event was the impact on the students’ career perspectives. By seeing the full product lifecycle — from initial R&D to final QC release — they were able to better assess their own interests and aptitudes.

Some were inspired by the technical challenge of laboratory work, others by the precision and scale of production, and still others by the strategic importance of quality assurance. Our team encouraged students to explore these pathways, offering advice on further education, skills development, and entry points into the chemical industry.

Microsin’s Commitment to the Future of the Industry

At Microsin, we believe that supporting young chemists is an investment in the future of science and manufacturing. This visit is one of many initiatives aimed at building stronger connections between academia and industry.

By sharing our expertise and giving students real-world exposure, we help bridge the gap between education and employment, ensuring that the next generation enters the workforce with both knowledge and practical understanding.

Our facility is not just a production site — it is a hub for innovation, collaboration, and education. We remain committed to hosting similar events in the future, expanding our outreach to inspire even more students to pursue careers in chemistry and related fields.

Closing Thoughts

The visit concluded with an open discussion, where students reflected on what they had learned and how it could shape their academic and career decisions. For our team, it was rewarding to see curiosity spark into ambition.

Microsin SRL will continue to welcome opportunities to engage with young scientists, sharing our knowledge and resources to strengthen the future of the chemical industry — in Romania and beyond.