Doctor of Philosophy (PhD) in Biorenewable Resources and Technology PHD Programme By Iowa State University |TopUniversities

Doctor of Philosophy (PhD) in Biorenewable Resources and Technology

Main Subject Area

Engineering - GeneralMain Subject Area

Programme overview

Main Subject

Engineering - General

Degree

MDiv

Study Level

PHD

The Doctor of Philosophy (PhD) in Biorenewable Resources and Technology requires 72 credits. A minimum of 6 credits of core required courses, including; BRT 501 (3 cr),BRT 590 (min 1 cr), BRT/BR C 507 (1 cr) or BRT 592L (1 cr), BRT 506B (R), and BRT 506C (1 cr). And 18 credits of core elective courses representing at least 3 of the 4 barrier areas identified by the US DOE, at least 24 credits of research, and an additional 24 credits selected from elective courses (including additional research credit). Student learning outcomes at the Ph.D. level include: A deep understanding of the science and technology underlying three of the four component disciplinary areas of the program: plant science, production, processing, and utilization. A rich understanding of the structure, function, and interactions among all four components as they are organized in biobased industrial systems. The ability to communicate effectively with both lay and technical audiences about the challenges and opportunities of a biobased economy. Teamwork skills needed to lead diverse multidisciplinary teams to solve challenges in the biobased products industry The ability to perform independent scholarly research on critical questions in biorenewable resources and technology at either the system level or in a component disciplinary field.

Programme overview

Main Subject

Engineering - General

Degree

MDiv

Study Level

PHD

The Doctor of Philosophy (PhD) in Biorenewable Resources and Technology requires 72 credits. A minimum of 6 credits of core required courses, including; BRT 501 (3 cr),BRT 590 (min 1 cr), BRT/BR C 507 (1 cr) or BRT 592L (1 cr), BRT 506B (R), and BRT 506C (1 cr). And 18 credits of core elective courses representing at least 3 of the 4 barrier areas identified by the US DOE, at least 24 credits of research, and an additional 24 credits selected from elective courses (including additional research credit). Student learning outcomes at the Ph.D. level include: A deep understanding of the science and technology underlying three of the four component disciplinary areas of the program: plant science, production, processing, and utilization. A rich understanding of the structure, function, and interactions among all four components as they are organized in biobased industrial systems. The ability to communicate effectively with both lay and technical audiences about the challenges and opportunities of a biobased economy. Teamwork skills needed to lead diverse multidisciplinary teams to solve challenges in the biobased products industry The ability to perform independent scholarly research on critical questions in biorenewable resources and technology at either the system level or in a component disciplinary field.

Admission Requirements

6+

Scholarships

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