English

In this course, students develop their understanding of electronics components and systems architecture and how these are used in different types of biomedical instrumentation. Students then use this knowledge during a practical task to develop an instrument prototype following a set of bioengineering/biomedical specifications.

This course introduces students to several computer intensive statistical methods and the topics include: empirical distribution and plug-in principle, general algorithm of bootstrap method, bootstrap estimates of standard deviation and bias, jack-knife method, bootstrap confidence intervals, the empirical likelihood for the mean and parameters defined by simple estimating function, Wilks theorem, and EL confidence intervals, missing data, EM algorithm, and Markov Chain Monte Carlo methods. This course has a prerequisite of Mathematical Statistics. 

The course is a rigorous introduction to probability. Students gain a solid grounding on the its foundations, learn how to deal with randomness with the correct mathematical tools and how to solve problems. Course topics include probability; definition and properties; conditional probability and independence; random variables and random vectors; joint and conditional distributions; expectation and moments; integral tranforms; convergence in distribution and the Central Limit Theorum; and modes of convergence and the laws of large numbers. Prerequisites: Set theory, sequences and series, continuous and differentiable functions, and integrals.

This course provides a comprehensive overview of the nature of second language learning and current theoretical explanations for second language learning. It also considers principles of classroom second language instruction in light of current empirical research. The course also examines various positions towards second/ foreign language teaching that have been developed since the 20th century and considers the relationship between second language acquisition theory, research on second language learning, and second language teaching practice.   

This course explores a specific theme of a broad range of topics in Japan Studies representing humanities, social science, natural science, and environmental science perspectives. The course involves substantial out of classroom work, including fieldwork, interviews, and first-hand observation.

This course provides a broad survey of contemporary methods, approaches, and thematic concerns within the expansive and internally differentiated field of Critical Geography, emphasizing its stakes for grappling with a “long twentieth century” (in Giovanni Arrighi’s words) profoundly shaped by the rise and fall of U.S. hegemony. How might questions of space, time, and cartography need to be rethought, not only in the twilight of the historical period Henry Luce famously dubbed “the American Century,” but in light of the so-called Anthropocene, wherein the geological force of humanity threatens to unfold across a timescale that exceeds even human existence? How might a critical geographic imagination illuminate the uneven prospects and perils of this time of uncertainty and transition? In exploring such questions, we will engage Marxist, feminist, Black, Indigenous, postcolonial, posthuman, environmentalist, affective, and abolitionist geographical traditions, drawing on thinkers such as Doreen Massey, David Harvey, Ruth Wilson Gilmore, Natchee Blu Barnd, Neil Smith, Katherine McKittrick, Anna Tsing, André Mesquita, William Cronon, Dipesh Chakrabarty, and Lauren Berlant, among others.

This course examines the history of Palestine and the people who lived in it, from the spread of Christianity, through the Islamic period, and until the beginning of Western domination in the 19th century. The story of the land is told from the bottom up, focusing on peasants and the urban non-elites, and to encompass the diversity of the ethnic and religious groups who made Palestine their home.

This course introduces students to key social, economic, and political current issues—such as climate change, economic liberalization, transnational migrations, terrorism, pandemics—and how different stakeholders—municipalities, nation-states, civil societies, as well as regional and international organizations—measure up to these issues and challenges. The course will also emphasize the connection and the articulation of these current affairs and public policies between the global and local levels. The course will thus make room for guest-speakers from local NGOs, news agencies or institutions to present their own take on global matters. While some of the topics addressed in this class have been covered at length by the literature, some will reflect immediate concerns as they arise from current affairs. 

This course develops the understanding, securely based on materials science, of various common failure modes, the reasons for their occurrence and how we seek to avoid failure by design. This course enables students to predict component failures under multiaxial loading conditions due to yielding, fracture, fatigue and creep mechanisms and to identify these failure mechanisms in practice, and to design against them.