Chemical Engineering is a branch of engineering that deals with Chemistry’s principles to change raw materials or chemicals into useful products. Chemical Engineers provide safety measures for those working with hazardous chemicals. They are involved in different aspects of plant design and operation, including safety and hazard assessments, control engineering, construction specification, and operating instructions. It has many sub-branches like nanotechnology, bioengineering, and electrochemical.
Elements
At GIET University, the course of Chemical Engineering is designed in such a manner as to prepare the students to deal with complex problems involving the field of study. The curriculum focuses on both theoretical knowledge and research framework.
The department’s focus is not just limited to academics but in providing practical insight to the students through research work, guest lectures, conferences, seminars, and practical training. Chemical Engineers are in great demand in industrial plants, refineries, health care industries, Electronics and Energy manufacturers.
Objectives
The department of Chemical Engineering at GIET University has a competent and hardworking faculty. The faculty tries their best to provide high-quality training to the students. And to motivate them to tackle every challenge they face, be it academic, organizational, and so on. The department plans to produce Chemical Engineers with social, moral, and ethical responsibility to take leadership positions in their professional areas and serve the country and humankind.
PEO1: To produce highly qualified, well-rounded, and motivated graduates with a strong foundation in Chemical Engineering, equipped to pursue successful careers as professional chemical engineers in the Chemical and Allied Industries.
PEO2: To produce graduates well-prepared to pursue postgraduate studies and research in emerging and allied fields of Chemical Engineering.
PEO3: To provide students with opportunities to work in multidisciplinary teams, fostering the development of professional integrity, ethical values, and leadership skills.
PSO1:Apply professional engineering knowledge to identify, analyze, and solve problems in chemical and allied fields, utilizing principles of Chemical Engineering and interdisciplinary skills
PSO2:Design eco-friendly chemical process systems with safety measures, using modern tools individually or in teams.
PSO3: Practicing engineering with professional ethics for the benefit of society with proper communication to the community.