This course explores the interaction between society and plant-associated microbes, covering the Irish potato famine, pesticides in agriculture, crop disease economics, and genetically engineered organisms.
Under Professor Allen, labs were easy but reports took time. There were very few readings or work outside of the lab, which comprised about 33% of the final grade.
Covers growth, development, variability, and dispersal of saprophytic, parasitic, and symbiotic fungi, considering ecological and economic significance, while developing microscopy skills with live materials.
Biology of the Fungi covers growth, development, variability, and dispersal of saprophytic, parasitic, and symbiotic fungi, considering their ecological and economic significance.
Covers theory and practice of phylogenetic inference from DNA sequence data, including reproducible scripting and oral presentation of phylogenomic results.
General Ecology covers the ecology of organisms, populations, communities, ecosystems, landscapes, and the biosphere, focusing on interactions with the physical environment.
Ecosystem Concepts covers the scope and objectives of ecosystem ecology, including theory, long-term and comparative studies, large-scale experiments, scaling problems, ecosystem services, ecological economics, and adaptive management.
The Cooperative Education Program provides full-time off-campus work experience combining classroom theory with practical operational knowledge for professional careers.
Independent study course where students conduct research work in Biological Systems Engineering under direct faculty guidance, arranging their own work and credits with the supervisor.
CAREER MANAGEMENT FOR ENGINEERS develops career and life skills in financial management, job search, networking, branding, ethics, and licensure, while addressing future trends in technology, climate, diversity, and sustainability.
The reviewer rated the course difficulty as low, noting that the professor focused on ensuring students truly understood the topics rather than just memorizing them.
Evaluation techniques for research, development engineering projects. Covers the time value of money and other cash-flow concepts, capital budgeting, economic practices and techniques used to evaluate and optimize decisions, and research development project portfolio management techniques.
Quantitative Techniques for Biological Systems covers energy/material utilization in cells, organisms, and ecosystems, applying mass/heat/energy balances and mathematical modeling to biological processes.
Engineering Properties of Food and Biological Materials studies physical, mechanical, and thermal properties of food and biological materials, emphasizing their role in designing and operating food and bioprocess engineering systems.
Covers principles of instrumentation and measurement systems, experimental data analysis, and electronic components for measuring biological parameters like temperature, force, and flow.
Explores AI technologies for optimizing agriculture, covering advanced sensors, data processing, visualization, and machine learning models for decision-making.
Covers concepts, processes, and future directions of biorefining to produce energy, chemicals, and materials from biomass, emphasizing chemical, biological, and engineering aspects.
BSE 508 covers the engineering design process from problem identification to cost estimating, culminating in design project proposals for real-world biological systems engineering problems.
Small Watershed Engineering applies hydrologic and sedimentologic principles to upland watersheds for run-off and sediment control, focusing on small, ungauged watershed analysis.
Graduate Research Seminar for Biological Systems Engineering focusing on the presentation, evaluation, and discussion of student thesis and non-thesis research.
Covers state-of-the-art renewable energy applications including biomass, wind, solar, and hydro. Students practice engineering calculations for power/energy availability and integration into production and distribution systems.