Traditionally, chemical engineers have firmly established their prowess in the oil and gas sector. This month, however, students, faculty, and staff are taking part in a concerted effort to diversify their knowledge and skills. The goal? To challenge standard practices and open a dialog about the myriad of opportunities that exist outside of the conventional oil and gas niche. To this end, a series of workshops, seminars, and interactive sessions have been designed to delve into this topic. The focus is not just on understanding new sectors, but also on driving innovation within them.
1. Chemical engineers, traditionally entrenched in the oil and gas sector, are seeking to diversify their knowledge and skills.
2. A series of workshops, seminars, and interactive sessions are being held with the goal of challenging standard practices and discussing opportunities outside the conventional oil and gas niche.
3. The focus is not only on understanding new sectors, but also engendering innovation within them.
4. The field of chemical engineering is no longer confined solely to oil and gas, with sustainable energy, biomedical technology, and environmental conservation emerging as significant areas of focus.
5. Pioneers within these sectors are demonstrating that chemical engineering can expand beyond its traditional boundaries and significantly contribute to various aspects of human development and technological progression.
According to the American Institute of Chemical Engineers, nearly 35% of chemical engineering graduates are now working in industries outside of traditional oil and gas in 2021, up from 20% in 2015.
University-wide initiative to explore the expanding possibilities within the field of chemical engineering, new light is being shed on the industry's potential. This burgeoning field is not confined solely to oil and gas anymore. Innovations in sustainable energy, biomedical technology, and environmental conservation are cropping up as significant areas of focus. Pioneers within these sectors are paving the way, demonstrating that chemical engineering can expand beyond its traditional boundaries and contribute significantly to various facets of human development and technological progression.