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Andrew Curet loves the challenge that comes with being a chemical engineering major at UL ��˾��������. 

“My favorite part of the chemical engineering program is the difficulty,” he said. “Being able to survive and thrive in this program while it being one of the most difficult in this University is very fulfilling.”

With challenging classes like Organic Chemistry (CHEM 231), Transfer Operations (CHEE 302), and Chemical Engineering Calculations (CHEE 201) as part of his curriculum, Andrew’s learning comes from professors who are always willing to help. 

“With the help of the professors and their vast knowledge, this major will prepare anyone who goes through it to succeed in the world,” he said. “My favorite part of studying at UL ��˾�������� is the people. Whether it’s the staff or the students, life here is the best.”

Getting involved through music

Outside of his required classes, Andrew takes pride in being part of the musical community on campus. 

“My favorite non-major classes have to be my music classes. I just love music and performing,” he said. “UL ��˾�������� is home to one of the finest music departments.

On top of being part the for the last three years, Andrew is in the steel drum band with the . 

“I was given the opportunity to be a part of the UL ��˾�������� Percussion Ensemble for the last three years and be taught by some of the best in the country,” he said. 

Impactful research outside the classroom

Andrew has also added research experience to his long list of extracurriculars. 

“I am a student researcher and research assistant for the Energy Institute of Louisiana that is centered in the UL ��˾�������� Department of Chemical Engineering,” he explained. “As of this past semester I was assisting grad student Nicholas Marcil in his NASA-funded research. 

“His research is dealing with the treatment of wastewater and the effects of the oxygen content on that treatment,” he said. “His research is important for future missions to Mars.” 

While he chose chemical engineering for its many uses, Andrew’s plan for his future career is to improve life here on Earth.

“In the world today, chemical engineers are needed in almost every field of research and developing for the future. My interest is in renewable energy,” he said. 

“As a chemical engineer, I will be able to be on the front lines, searching for a solution to our energy crisis,” he said. “I hope to make an impact with the knowledge I get from this wonderful school.”