New and Special Courses

Fall Semester 2010-2011

The courses whose descriptions appear here are either seminar courses, experimental courses, one-time offerings, or new courses recently added to the permanent offerings at the Naval Academy. Only courses that are a part of the regular offerings at the Naval Academy are listed in the Naval Academy Course Catalog.  Midshipmen intending to take any of these courses should be aware of how they will be credited in their majors. For information about this, consult with the department concerned or the listed instructor. This listing is not static and so should be consulted from time to time since the offerings may change.  Indeed, prior to the deadline for preregistration, the list is likely to change several times. 

Credits are listed next to the title as an ordered triple (R-L-C), where R is the number of weekly recitation-lecture hours, L is the number of weekly laboratory hours, and C is the number of credits.


ENGINEERING - INTERDISCIPLINARY

EX485 Interdisciplinary Capstone Design (1-4-3).  This course is the first in a two course sequence that provides the capstone experience for an interdisciplinary team of midshipmen working on the “Cockpit of the Future” project. The sequence will provide a study of the engineering design process including, problem definition, integration of objectives, analysis of alternatives and synthesis of components, and will culminate in an inter-service academy competition. The course provides practical experience through participation in a sponsor driven team project. Prereq: 1/C EAS, EEE, EME or ESE major and approval of department chair.


ELECTRICAL & COMPUTER ENGINEERING

EE485F Superscalar Processor Design (3-0-3).  This course covers topics essential to modern superscalar processor design. A review of pipelined processor design and hierarchical memory design is followed by advanced topics including the identification of parallelism in processes; multiple diversified functional units in a pipelined processor; static, dynamic, and hybrid branch prediction techniques; the Tomasulo Algorithm for efficient resolution of true data dependencies; advanced data flow techniques with and without speculative execution; multiprocessor systems; and multithreaded processors. Prereq: EE362.


MECHANICAL ENGINEERING

EM485D Sound and Vibration (2-2-3). This course provides an applied introduction to the science of vibration and acoustics. The content of the course is structured around the study of several specific engineering applications. Applications can include the vibration of structures; the reduction of noise and vibration in structures; the isolation and protection of structures subject to shock loadings; room acoustics; underwater acoustics; and ultrasonic nondestructive testing. A strong emphasis is placed on the relationship between the theory and the applied. Traditional lecture presentations are punctuated with applied laboratory and project exercises. Projects will include testing and measurement exercises and the construction of sensors and transducers. Prereq: EM232, SM212, SP212.

EM485F Weapons Design and Analysis (3-0-3).  This course provides an introduction to the technologies used to make and analyze modern weapon systems. Topics include explosive and propellants, warhead design and analysis, weapon/target interactions, vulnerability and weaponeering, and novel technologies such as railgun and improved explosives. Prereq: SP212.


WEAPONS & SYSTEMS ENGINEERING

ES485A Advanced Modeling and System Identification Techniques (2-2-3). This course will provide students with the skills to develop numerical models of complex, nonlinear systems, such as air and ground vehicles, for use in analysis and design. ES485A will provide a bridge between the fundamental modeling techniques presented in ES301 and the physical modeling requirements in ES402. First, an advanced modeling technique provides a systematic process for developing a nonlinear model of a physical system. Next, linear approximations of these models in the form of a transfer function or state equation are obtained permitting the use of the analysis and design techniques from ES303 and ES304. Finally, off-line and on-line parameter identification methods are presented to obtain the numerical value of difficult-to-measure system parameters. The conceptual material in the lecture will be supported by several lab projects involving the Twin Tank system and the Twin Rotor MIMO System (TRMS).  Prereq: ES304.


ENGLISH

HE360 Women in Literature from Bluestockings to Manolo Blahniks (3-0-3).  [Prof. M. Allen-Emerson] This course loosely traces a history of literature written by and about women, beginning in the late 18th century with the pre-feminist intellectual Mary Wollstonecraft and continuing into our own post-feminist times with examples of “chick lit” as well as new literary fiction by women. Novels and short fiction will be privileged in the course, but students can also expect to read some feminist history and theory. The course will necessarily raise questions related to representation, language, and style: What aspects of women’s experiences can be represented in literature? How do these representations change through time and across cultures? Do women write differently than men? How might gender influence the form and language of literature? At the same time, the course will provide a perspective through which to reflect on women’s roles in contemporary American culture, roles ranging from “bridezilla” to Secretary of State, from Disney princess to soldier or sailor. The reading list will likely include works by Jane Austen, Edith Wharton, Virginia Woolf, Margaret Atwood, Gloria Naylor, Jamaica Kincaid, Jeanette Winterson, and Helen Fielding. Prereq: HE112.

HE461 Fiction, Art and War in the Napoleonic Era (3-0-3).  [Prof. J. Hill] Focusing on three masterpieces, The Charterhouse of Parma, Vanity Fair and War and Peace, the seminar will explore the historical, artistic and human milieu of the Napoleonic era novel. Each novel registers something large for its time and place, where war is as much a condition as it is incomprehensible, where profound questions about life, love and morality are subject to the probes of each genius, and where art, music and evolving nation states lay claim to individual as well as to mass loyalties. Prereq: one 300-level English course and permission of the Chair.

HE462 Into the Wild: Writing American Wilderness (3-0-3).  [Prof. T. Cone] "In wildness is the preservation of the world," H.D. Thoreau famously writes in Walden, but many have asked what this “wildness” is. Is it the wilderness landscape of America itself? Is it the character of those who brave the wild? How, precisely, will it preserve the world? Does it need its own preservation? Since the 19th century, the American wilderness has served as an escape from the social, political, cultural, and psychological challenges faced in urban and suburban settings; as a site of spiritual regeneration and of artistic inspiration; as a source of moral value; and as a means of defining American identity. Yet at the same time, the "real," material wilderness has become a site of increasingly intense political and social conflict, with the writings of such "non-literary" authors as Gifford Pinchot, Howard Zahniser, Friends of the Earth, and Al Gore affecting the future of the wilderness, as well as our outlook on it, just as surely as Walden. This course examines the various ways the American wilderness, and our relation to it, have been defined, valued, and represented from the 19th century onward by a variety of American writers, scientists, and thinkers. Our goal is to attain a broad-based historical, cultural, and scientific understanding of the present-day debates about the nature and crisis of the American wilderness. Prereq: one 300-level English course and permission of the Chair.

HE503 Honors Seminar: World Modernism: Art and Literature (3-0-3).  [CDR M. Larabee] This course explores modernism as a global interdisciplinary phenomenon, particularly as one in which key creative impulses came from exchanges between Europe, Asia, and Africa. The course will begin with techniques of comparative literature and interart comparison. We will study fiction, poetry, visual art, and the performing arts, especially works indicating cross-cultural influences on modernist aesthetics. Potential topics include Symbolist, Expressionist, and Cubist visual art; Japanese Noh theatre, Indian sculpture, Chinese landscape painting, Balinese trance drama, African tribal masks, and modern Nigerian painting; texts by D. H. Lawrence, Ezra Pound, Bertold Brecht, E. M. Forster, Hermann Hesse, Salman Rushdie, Rabindranath Tagore, Chinua Achebe, Wole Soyinka, Léopold Senghor, Victor Segalen, Ryunosuke Akutagawa, and Natsume Soseki; and the concepts of Exoticism, Orientalism, Primitivism, and Négritude. We will consider such questions as: how and why did Europeans draw on forms specific to Asian and African cultures? How did authors and artists in Asia and Africa respond to European interpretations of their cultural history? What do these exchanges tell us about processes of globalization? From Pound's interest in Chinese ideograms, to the cubist form of Akutagawa's fiction, to the European fascination with the so-called primitive, the concepts studied in this course will enhance students' cross-cultural awareness and knowledge of a rich and pivotal worldwide cultural movement. Prereq: HEGH majors only. Coreq: HE521.

HE521 Honors Supplement (1-0-1).  Focused study of a topic generated in HE503. Prereq: HEGH majors only. Coreq: HE503.


HISTORY

HH367A: Allah & Empire: a history of Islam in India, Pakistan & Afghanistan (3-0-3). [Prof. H. Bellenoit] This course is designed to introduce midshipmen to some of the major themes on Islam in South Asia, (India, Pakistan and Afghanistan). To a large degree, India (South Asia) was Islam's 'frontier', where radically different traditions and values clashed, merged and overlapped to create one of the world's greatest syncretic cultures. Some of the themes we will examine include: The Mughal Empire as an 'Islamic' polity; Nature of Islam as a cultural, anthropological, religious, political & theological phenomenon; Hindu-Muslim relations and religious syncretism; Why Islam failed to achieve political uniformity and cohesion in the Subcontinent; Impact of British colonial rule upon Muslim perceptions of the self & Islam in general; The 'Islamicate' world's connections with South Asia; Pakistani cultural movements and 'Islamisation'; Emergence of Bangladesh, Pakistan and Afghanistan within the frame of Islam; South Asia, Islam & terrorism in the 21st century. Above all, this course will stress and track the origins of many of South Asia's contemporary situation, be it the Taliban, Indo-Pakistani relations, or radicalization in Pakistani society. This course will offer midshipmen a deep, penetrating understanding of the culture and origins of a strategically crucial area for the United States. Prereq: none; Coreq: HH215 or HH215A or HH215M.

HH367B Afro-Latin America. (3-0-3).  [Prof. S. Crawford]. Africans and their descendants have played an important role in the social, cultural, economic and political development of Latin America. This course introduces students to their history from the late eighteenth to twentieth centuries. Course readings come from anthropologists, sociologist, and historians and cover a variety of themes. These topics include an examination of the institution of slavery and transition to abolition, black participation in the Spanish American wars for independence as well as black political mobilization in unions and race-based organizations. While the course looks at the entire region, most of the readings draw on the black experiences in Brazil, Colombia, Cuba, the Dominican Republic, and Haiti. Prereq: none; Coreq: HH216.

HH367C Japan and the Second World War (3-0-3).  [Prof. L. Pennington]. This course introduces students to the history and unsettled legacy of Japan's long Second World War in the Asia-Pacific (1931-1945).  Tracing the crisis from Japan's prewar imperial expansion in East Asia to the atomic bombings of Hiroshima and Nagasaki, students will study how the people of Japan fought, lived, and died during wartime.  Students will explore not only wartime Japanese society but also postwar Chinese, Japanese, Korean, and American memories of the war and how and why "war memory" continues to roil East Asia sixty-five years later.  Japanese wartime and postwar source materials (in English) to be examined include private diaries, rare feature-length films, visual culture such as posters and comic books, and popular fiction. Prereq: none; Coreq: HH216 or HH215A.

HH367D Thailand: Armageddon to Paradise (3-0-3).  [Prof. R Ruth]. This course presents the modern history of Siam/Thailand. Beginning with the destruction of the Thai kingdom of Ayutthaya by a massive Burmese army in 1767, the course traces Thailand’s evolution from utter ruination to rebirth and, finally, to its present position as the most stable and prosperous nation in mainland Southeast Asia. Students will explore: Siam’s successful efforts at remaining the sole independent Southeast Asian kingdom in the age of Western imperial domination; the role of Buddhism and kingship in Thailand’s national formula; the Japanese occupation of Thailand in World War II; episodes of political violence in the post-colonial era; Thailand’s Cold War alliance with the United States during the Vietnam War and the “the American Era”; and the presentation of Thailand as a tourist “paradise” today. In addition to analyzing the political and military histories of Siam/Thailand, students will acquire a strong understanding of the kingdom’s unique cultural heritage. Prereq: none; Co-req: HH216 or HH215A.

HH485 Rise of the Machines: Technology In Peace and War (3-0-3).  [CAPT M. Hagerott]. This course examines the relationship between humans and technology.  Following a brief history of technology, the course will ask whether technological change drives history, whether human beliefs determine innovation, or whether technologies are “socially constructed”.   It will then explore the ways technological innovation affects the physical conditions in which people live, the roles people play, and the ideas that guide human choices and actions.  It will close with a focus on how technological innovation interacts with military organizations and operations, with, in effect, a discussion of how technology influenced “what it means to be a soldier”. Prereq: none; Coreq: HH216.

HH486A History of Christianity (3-0-3).  [CDR J. Freymann]. This course examines the history of Christianity from its origins to the present, with emphasis on early Christianity and the development of Christian thought and doctrine, the medieval Church in Europe, the Reformation, and church-state relations in the West. The course concludes with an examination of the spread of Christianity, the tremendous variety of Christianities in the modern world, and current trends of development. Prereq: none; Coreq: HH215.


INFORMATION TECHNOLOGY

IT485 Mobile Networks (3-0-3). The course provides fundamental and advanced knowledge in network architecture and system software for real-time and multicomputer systems. Emphasis is placed on the rapidly growing areas of wireless networking, mobile devices, and sensor networks, including mobile computing and wireless security.  Prereq: IC322.


LEADERSHIP, ETHICS & LAW

NP485 Ethics and the War on Terror (3-0-3).  [Professor M. Skerker] This course will explore the moral and legal questions that have arisen in the struggle with violent extremists since 9/11, including just and unjust tactics in counter-insurgencies, prisoner rights, military commissions, and interrogation. Counts for upper level humanities/social science credit. Prereq: 2/C standing.

NP485A Ethics and Emerging Military Technologies (3-0-3).  [Dr. E Barrett] This course will examine the potential ethical ramifications (positive and negative) of emerging military technologies. Topics to be explored include: normative traditions evaluating the use of force, including recent developments within just war theory. Counts for upper level humanities/social science credit. Prereq: 2/C standing.

NL485 Change Management (3-0-3).  [Dr. J.J. Wilson] The primary goal of change management is to explore the theories, practices, tools and techniques for managing change in any organizational environment. Students will develop a working knowledge and a set of skills that will assist future Navy officers to successfully implement change in a variety of military organizational environments. Students will learn and utilize the case study method to practice analytical and leadership skills such as: understanding the nature of planned change, contracting with the customer, diagnosing organizational groups and jobs, analyzing data and other relevant diagnostic information, and leading and managing both small and large change initiatives. Counts for upper level humanities-social science credit. Prereq: 1/C standing.

NL485B Oral Advocacy (3-0-3).  [LCDR G. Garner] Study and practice mock trial techniques, thereby learning to better analyze problems, derive solutions, and develop and deliver oral arguments. Topics include case theory/theme, opening/closing statements, direct/cross examinations. Counts for upper level humanities/social science credit. Prereq: 2/C standing.

NL485C Law of the Sea and Global Maritime Strategy (3-0-3).  [LCDR Geoff Garner] This course will examine the policy and legal frameworks applicable to maritime security and the law of the sea. The course will have an emphasis on the LOS Convention, piracy repression and responding to the maritime transport of WMD and terrorists. Topics addressed will include articles of the LOS Convention applicable to military operations, policy and legal considerations in piracy repression operations, authorities to conduct compliant and non-compliant boardings, and national maritime strategies and their impact on the Navy. Counts for upper level humanities/social science credit. Prereq: 2/C standing.


CHEMISTRY

SC485C Polymer Synthesis: from ATRP to Ziegler-Natta (3-0-3). [Prof. S. Lin] Polymers, from biomacromolecules to everyday plastics, are all around us. This course will explore through lecture and in the laboratory the diversity of materials that can be accessed from the repertoire of reactions learned in 3/C and 2/C years. Find out why water bottles are now BPA-free, study Nobel prize-winning polymerizations, and make your own polystyrene. Prereq: SC226, SC364, and SC356.

SC485E The Biochemistry of Pathogenesis (3-0-3). [Prof. C. Sweet] This course will discuss the chemical basis of innate and adaptive immunity, the structure and mechanisms of toxins, pathogen co-evolution and virulence factor genetics. The course will include case studies of particular pathogens and toxins, including Yersinia, anthrax, cholera, malaria, and botulism. Prereq: SC335.

SB487 Special Topics in Biology – Neuroscience and Development (3-2-4). [Prof. D. Isaac] This course will feature a rigorous treatment of various areas in modern biology. The topics for Fall of 2010 are Neurobiology and Developmental Biology. The course will build on basic principles underlying nervous system function introduced in SB252 and apply them to sensory modalities such as vision, taste, hearing and balance as well as nervous system development and higher cortical functions. We will use the examples set by studies performed in model organisms such as the fruitfly Drosophila melanogaster and the roundworm Caenorhabditis elegans to elucidate the mechanisms by which normal development proceeds in higher eukaryotes. A lab component of the course will complement both areas of study. Does not count as a chemistry major elective. Prereq: SB252.


MATHEMATICS

SM421 Advanced Optimization (3-0-3). Topics include: integer programming, nonlinear programming, network flows, graph algorithms, and, time permitting, game theory. This class will place heavy emphasis on applications to problems in vehicle routing, freight transportation, manufacturing, network design and counter-terrorism. Prereq: SA401.

SM439 Statistical Modeling (3-0-3). This course will study the fundamental methods by which statisticians transform data into information. Students will work in teams to apply statistical methods to authentic problems and data. Topics include: multiple and multivariate regression, logistic regression and principal components. Prereq: SM339.

SM450 Mathematical Biology (3-0-3). Many biological processes can be quantitatively characterized by difference and differential equations. This course introduces students to a variety of models and develops the analytical tools from linear algebra and dynamical systems theory for investigating them. MATLAB will be used extensively. Prereq: Permission of department chair or SM221 and (SM212 or SM222) and SM261.


PHYSICS

SP285 Introduction to Space Science (3-0-3). A survey of current issues and applications of space science to include: A brief history of spaceflight, principles of propulsion and orbits, the space environment, satellites, remote sensing, astronomy from space, the Space Shuttle and the Constellation Program, living and working in space, and the future of mankind's presence in space. Coreq: SP211.

SP481 Science of Music and Sound (1-0-1). This seminar will focus on the technical aspects of music and sound. Topics will start with a review of basic definitions of waves and oscillations, followed by an in-depth look at sound generation on strings and pipes. Modes of plates and volumes will be discussed as a prelude to putting all the elements together to form musical instruments. The relationship between a source, medium and detector responses will complete the picture as to what exactly is being heard when we perceive sound. A mathematical discussion about the nature of music and its relationship to harmonies will lead to a closing discussion about music theory. This course has a lab component which is held 7th period as it will involve making loud sounds. Prereq: none.

SP481D Intro to Mathematica 7 for Scientists and Techies (1-0-1). A workshop-based introduction to Mathematica 7, developing skills in syntax, plotting, symbolic manipulation, graphics, animated output, and programming. Hands-on projects will draw from examples motivated by student needs in other courses. Prereq: SP211.

SP487 Computational Physics (3-2-4). During the first 6-8 weeks, this course will provide an introduction to structured programming (via BASIC/MATLAB) as well as model building, differential equation systems and basic matrix theory. For the last 6 weeks, modules (collected from the physics department) will be presented as a grounds for model building and data fabrication. Once students have data sets, the focus will switch to statistical analysis and presentation (plotting as well as some LaTeX). Prereq: SM212.


Go to descriptions of all courses.