Being a chemical technician is about more than testing chemical products. It’s about making the world a safer place by helping to improve consumer products, develop new medicines, pollution control solutions and more. Good chemical technicians are passionate about science, curious by nature and have a strong sense of integrity.
What do chemical technicians do?
Chemical technicians work in laboratories, manufacturing plants and research and development (R&D) facilities in sectors such as pharmaceuticals, biotechnology or chemical manufacturing. They often work as part of a team led by chemical engineers to help research, produce and test chemical products.
They prepare reports and present the results. In manufacturing setting, they may assist with developing efficient production processes or troubleshoot production issues.
What skills do chemical technicians need?
Due to the delicate nature of this work, chemical technicians need to be detail oriented with a solid foundation in mathematics. Following proper procedures is essential in this field to protect yourself and others from potential health and safety hazards.
For most jobs, chemical technicians need an associate’s degree in applied science or chemical technology. Controlled lab experience is essential to acquire hands on practice conducting experiments and using instruments properly.
“Most people would say really analytical people would be best for this job, and I agree with that. But you also have to be really creative in your approach,” says Camden Murphy, student. “Like in R&D, you have to have a creative mind to think abstractly— to think outside the box.”
Why choose Delta?
Delta’s chemical technology program follows the American Chemical Society guidelines for two-year colleges. You’ll work in high-tech labs that provide students with opportunities to develop hands-on skills, critical thinking skills and problem-solving skills needed to be successful in the industry.
Delta also provides a solid foundation for students who wish to transfer on to a four-year university in pursuit of an advanced degree in chemical engineering and other related fields.
“Our institution and our classrooms are set up such that there’s a greater opportunity for collaboration, interaction and, most importantly, active learning—to engage with students as we work through problems,” says David Baker, professor of chemistry.
Learn more about Delta's program
