EMBA Consulting Practicum I synthesizes program material through an applied consulting project where students identify business challenges and apply research to discover insights.
EMBA Consulting Practicum II synthesizes program material through an applied consulting project, developing and communicating recommendations based on prior research.
Current Topics in Business Analytics and Artificial Intelligence covers emerging industry topics via applied learning experiences including case studies, industry meetings, and workshops.
Business Statistics Using Python is a compact primer covering probability, estimation, inference, correlation, and regression for data-driven business analysis.
Data Visualization & Cloud Technologies provides experience in data visualization and cloud technologies to support business analytics, including building scalable data warehouses and deploying machine learning models.
Foundation course on managing business analytics consulting projects, covering client engagement, consulting tools, and traditional versus agile project management.
InterCultural Communication in Business develops awareness of cultural influences on business, focusing on attitudes toward work, time, and possessions across global social and religious contexts.
The midterm relied heavily on personal experiences, which could be difficult for students with limited background. Additionally, grades took a long time to return, and the provided feedback was often not very helpful.
Introductory practicum in genetic counseling focusing on interviewing, data collection, case management, and counseling through didactic and clinical activities.
Cancer genetics risk assessment and counseling covering oncology principles, familial cancers, and management, counseling, social, ethical, and legal issues.
Advanced interviewing and counseling for genetic counselors, focusing on clinical communication skills, counseling strategies, family communication, shared decision-making, crisis counseling, and specific therapeutic models.
Seminar in Medical Genetic Counseling Research where students practice qualitative and quantitative methods, develop a research question, and prepare an IRB proposal.
Supervised research or scholarly work in genetic counseling, including quality improvement and clinical case reports, guided by faculty or staff mentors.
Genetics in the News explores genetics methodologies and current topics to help citizens understand headlines, evaluate credibility, and discuss ethical issues, including how genes influence traits and disease.
Independent study involving research work in Genetics under the direct guidance of a faculty member, with students arranging work and credits with the instructor.
Genomes in a Modern World explores how rapid genome sequencing transforms understanding of evolution, human history, health, medicine, and environmental challenges, connecting genetics and genomics research to ethics, history, and public政策.
Principles of Genetics covers genetics in eukaryotes and prokaryotes, including transmission, molecular, and evolutionary genetics, genetic engineering, and societal issues.
Christopher Tilmann assigned copious prelecture material and expected students to watch past lectures before attending class. He used random attendance quizzes to prevent skipping, and exams comprised 90% of the grade in that term.
General Genetics 2 covers genetic analysis, population genetics, evolution, and quantitative genetics, including mutant screens, Hardy-Weinberg equilibrium, and complex trait inheritance.
Neurogenetics covers the genetic basis of nervous system development, structure, function, and dysfunction, emphasizing research on neurological disorders and genetic methodologies.
The workload included multiple weekly assignments and very long required study guides with many long-form questions, which some students found excessive.
Introductory course in epigenetics covering how chemical information on the genome switches genes on/off, controls cell fates, and is influenced by lifestyle, diet, and environment.
Genetics Laboratory provides practical experience in classical and molecular genetic techniques using plants, animals, and fungi, covering topics from gene mapping to PCR and Southern blotting.