Our graduates will be able to apply basic math, science, and engineering
knowledge to identify, formulate, and solve engineering problems, design
and conduct experiments, analyze and interpret data, and design systems,
components or processes using modern techniques, skills, and engineering
tools suitable for engineering practice.
Our graduates will experience a broad-based education in an environment
that fosters an understanding of contemporary issues, the global and social
impact of engineering solutions, their ethical and professional
responsibility, and the need for effective communication and continuous
learning for successful careers.
Our graduates will be able to characterize and evaluate subsurface
geological formations using geological and engineering methods.
Our graduates will be able to design and analyze systems for drilling,
completing and producing wells, and apply reservoir engineering principles
for optimizing resource development.
Our graduates will be able to incorporate engineering economics and
resource evaluation methods with the concepts of uncertainty and risk
management in the design and selection of equipment and procedures and
development of systems or processes for production and recovery of
resources.
