专业

课程名称

课程说明

总课时

学分

健康科学

变态心理学

From work in the public policy sector to private relationships, having insight into and the understanding of normal and abnormal behavior is both useful and practical. Learn to recognize abnormal behavior when it occurs, understand what promotes it and then know what steps can be taken to address it. You’ll also learn about the dynamics and prevention of abnormal behavior, including neuroses, psychoses, character disorders, psychosomatic reactions, schizophrenia and other abnormal personality patterns.

45

3

生物心理学

Address questions of how the human brain and nervous system produce our range of behaviors—sensation, emotions, sleep and dreams, reproductive behavior, language and memory—as you explore brain-behavior relationships with an emphasis on clinical examples. Clinical examples include depression, schizophrenia, eating disorders, sleep disorders, aggression, post-traumatic stress disorder, visual agnosia, dyslexia and amnesias. You’ll begin with studying the basic structure and function of the nervous system, then move to explore the organic bases of behavior.

45

3

医疗保健中的伦理和法律问题

Explore the legal and ethical issues that health care professionals and health advocates face as a natural part of the clinical practice process. Examine the principles that guide ethical practice, the ethical dilemmas that exist in a variety of settings, and local and federal health guidelines. You also investigate tools for identifying and implementing an approach to ethical professional practice in health care settings.

15

1

普通营养学

If you are a student in a health-related career or simply want a better understanding of the subject, this course enables you to critically examine many of the popular myths about nutrition and gain a foundation for making wise nutritional choices. Learn about dietary nutrients and toxicants and the role of nutrition in optimal health. Topics include macro- and micronutrient needs; how to determine individual caloric and nutrient needs; digestion and absorption; and current food issues, including food safety.

45

3

普通心理学

In this course, you focus on psychology's study of human subjects and discover how to remain objective as you learn to interpret human behavior. Get an introduction to the principal areas, problems and concepts of psychology, including topics such as development, learning, perception, emotion, personality, stress and pathology. Then, demonstrate your understanding of the course topics through a research paper and final exam.

45

3

药物使用和心理健康障碍的综合行为药理学

Behavioral pharmacology, the scientific study of the effects that drugs have on human behavior, uses addiction research to help understand why people become addicted to drugs such as alcohol, methamphetamine and opioids. Explore the neurochemical, physical and mental effects of commonly used psychoactive substances on the human biological system. Research the basic pharmacology of psychoactive drugs, the medical consequences of compulsive illicit use and therapeutic approaches for managing substance-use disorders. You also review the four major classes of drugs that are of clinical significance in treating four major categories of psychiatric disorders: anxiety, depression, mania and schizophrenia.

30

2

发展心理学导论

Study the life-span developmental approach to developmental psychology, which includes ecological/systems and person-in-context theory approaches. You’ll gain perspective on biological, physical, cognitive, emotional, linguistic, sociocultural and spiritual changes across the life span—from prenatal and birth through the major stages of childhood, adolescence, and adulthood. In this survey course, you also study fundamental theories, perspectives, and critical thinking about historical and current arguments in the field.

45

3

健康信息学导论

This course provides an introduction to the concepts and practices of health informatics from a clinical and financial perspective. You also delve into understanding the role of an informaticist.

30

2

人口健康信息学

Population health informatics is the application of technology to improve population health outcomes. These technology applications may include electronic health record systems, personal health records, telehealth, mobile health apps and other third-party systems. To have population health management, you must consider the patterns of health determinants as well as interventions that link health determinants to health outcomes. In this course, you get an introduction to the basics of population health, how systems are being used to support population health management, and what health care organizations are doing—and need to do—to affect population health in the future. You also cover the role of data, information exchange and analytics, as well as areas such as population health surveillance and data visualization.

30

2

流行病学原理

Epidemiology is the study of the distribution of disease and health in human populations. Learn the basic principles of epidemiology, their application to specific public health situations and criteria for critically evaluating epidemiology studies. Discuss epidemiological concepts and their application to sample problems. Topics include disease risk, methods of evaluating the causative factors of disease, and the assessment of epidemiological study designs and research activities.

30

2

商业

商业应用经济学

Get an overview of general economic issues, principles and concepts in both microeconomics and macroeconomics. Topics include understanding how the economy works, making better business decisions and comprehending the powerful lessons of the economic approach.

30

2

律师助理基础技能

Study the foundational paralegal qualities most sought by attorneys and law firms. Learn various aspects of paralegal skills, including legal terminology; court structures and procedures; legal ethics; evidence; investigation; interviewing; formal discovery methods and procedures; legal research, analysis and writing; and other subjects relevant to becoming a qualified paralegal.

30

2

宏观经济学概论

Get an introduction to the basic concepts and tools used in macroeconomic analysis: the theory, measurement and determination of national income; business cycles; the multiplier; fiscal policy, budget deficits and the national debt; aggregate supply and aggregate demand; exchange rates and balance of payments accounts; and stabilization policy for unemployment and inflation.

45

3

微观经济学概论

Study how markets work, and gain a real understanding of the role of economics in business and in public and private decision making. Learn ways to think about how humans allocate resources, including markets and prices, consumer and producer behavior, and risk and cost measurement. Use this knowledge for further study in economics, or apply it to your everyday business dealings to make more effective decisions.

45

3

管理数学

Get an introduction to quantitative and statistical techniques in preparation for M.B.A. coursework or grow in your business career. You'll learn math principles in a business context and apply those principles to the study of economics, statistics, probability, finance and capital budgeting. Key topics from probability and descriptive statistics include measures of central tendency, probability distributions, correlations, and regression and statistical hypothesis testing. Topics from finance include mathematical analysis of investments and financial decision-making.

30

2

外

语

教

学

、

二

语

习

得

、教

育

学

大纲设计与测试

Learn the study of curriculum and instructional planning in relation to specific occupations, including the role of integrated academic and career technical education curricula. Topics include curriculum design and coordination of student learning objectives/outcomes, design of formative and summative assessment, analysis of student work, rubric design, and the preparation of unit and lesson plans.

30

2

教学基础

Get the theoretical background and skills essential for success as a beginning career technical or adult educator. You receive an overview of teaching methods, learning styles, lesson planning, equity and diversity in the classroom, mandated reporting, and legal and ethical issues. You further study these competencies in later coursework.

15

1

美国政治学

Explore the theoretical implications of democracy and justice in this in-depth look at the structure of the U.S. political system. Analyze the basic workings of the Constitution and the institutions of the federal government, including Congress, the presidency, the judiciary and governmental bureaucracy. Examine the system of electoral politics—including parties, interest groups, social movements, public opinion and participation—as well as several areas of public policy: defense, foreign policy, civil rights and liberties, and social spending.

50

4

文

学

、

写

作

美国环境和文化史

Explore the ways cultural groups have perceived, managed and conserved the American environment from colonial times to the present. Investigate how attitudes toward resource development and nature have shaped the environmental movement.

50

4

美国小说

Survey the major American novelists and short-story writers of the 19th and early 20th centuries, including Mark Twain, Edgar Allen Poe, Stephen Crane, Herman Melville, Edith Wharton, Nathaniel Hawthorne and Jack London. In addition to learning about various literary movements—such as romanticism, realism and naturalism—you consider questions of aesthetics, morality, poverty, racism, gender and power.

45

3

悬疑小说

Survey mystery fiction and its conventions, from the genre's 19th-century origins to the classic Golden Age puzzle to its many postmodern manifestations. Writers to be studied will include Edgar Allan Poe, Arthur Conan Doyle, Raymond Chandler, Dashiell Hammett, Jorge Luis Borges and others. Understand the mystery novel's status as a significant form of modern fiction, one that explores how human consciousness makes sense out of what might otherwise be viewed as random experience and meaningless violence.

45

3

莎士比亚

Study eleven of William Shakespeare's plays—The Taming of the Shrew, Richard II, Othello, Macbeth, Romeo and Juliet, The Merchant of Venice, Much Ado About Nothing, Hamlet, King Lear, The Winter's Tale and The Tempest—recognized as literature of immense cultural importance and popular entertainment. Gain an understanding and appreciation of Shakespearean language and literary forms, as well as a critical awareness of the continuing reinterpretation of Shakespeare's plots and characters.

50

4

英国小说

Survey the English novel by reading authors such as E.M. Forster, Anthony Trollope, Charles Dickens, Charlotte Brontë, George Eliot, Oscar Wilde, Thomas Hardy and Robert Louis Stevenson. Gain perspective on this literary form with an emphasis on how moral, social, psychological, political and philosophical problems were perceived during the Victorian and Edwardian periods.

50

4

宗教概论

Explore the important aspects of several important world religions, focusing on their definitions of the absolute (for example, God, Tao, the void) and how the individual relates to it. Diverse religions are covered, including Islam, Judaism, Christianity, Hinduism, Taoism, Buddhism and Native American traditions.

45

3

生物、医学、化学

生物化学

Get an introduction to some of the basic chemical, physical and biological processes responsible for the survival and growth of humans and other complex life forms, bacteria and viruses. Explore the basic chemistry and overall structure of the most important biological macromolecules, including the study of enzyme catalysis; cellular architecture; intermediary metabolism; and special processes such as photosynthesis, biological oxidation and energy production. You also study the various ways that biological systems react to their environment. Learn to apply these topics to aspects of exercise, nutrition or inborn errors of metabolism.

45

3

老年生物学

Aging is a process that has always intrigued humans, yet its causes and mechanisms have remained elusive. Medical advances within the last 150 years have dramatically increased human life expectancy, necessitating a better understanding of the molecular and cellular basis of the aging process to alleviate problems associated with longer life spans.

In this course, you learn about modern aging research and explore various theories of aging. You examine the events that contribute to the aging process at the organismal, cellular and molecular levels. Using this detailed understanding of aging, you also explore anti-aging interventions and means to increase life spans.  

45

3

化学导论

Become versed in the language of chemistry in this introductory nonlab course. You’ll learn the basic principles of chemistry, including understanding the interactions between atoms, molecules and elements; chemical bonding and chemical reactions at the atomic level; and more. You’ll also gain an understanding of the various types of chemical reactions and the quantitative aspects involved. At the end of the course, you’ll have a deeper understanding of acids, bases, chemical equilibrium, oxygen/reduction reactions and more.

45

3

有机化学导论

Organic compounds are distinct from other materials in that they are mainly made of hydrogen, carbon, nitrogen, oxygen and smaller amounts of a few other elements. They make up most of the mass in living things. In this introductory non-lab course, you’ll learn the role that organic compounds play in nature, as well as their industrial applications. Following an introduction to covalent bonding and isomerism, you move into a detailed discussion of the molecular structures and properties of various classes of organic and other biologically important compounds.

45

3

细胞生物学

Understand cell biology from a molecular perspective. Learn how to study cells, and investigate current knowledge of cell membranes, organelles, cytoskeletons, cell growth and division, cell communication, and the mechanism underlying cellular events.

45

3

免疫学

The immune system plays the crucial role of battling infection and cancer in the body. As a defense system, it must recognize and distinguish between what is foreign and what is self. Examine the basic principles of immunology, and study the tissues and cells that make up the immune system. Understand the structure and function of immunoglobulins, and investigate the nature of their interactions with antigens. Learn to discuss biotherapeutics, cancer and AIDS from an informed standpoint.

45

3

生物学入门与实验

How do cells convert nutrients into usable energy? What is the relationship among genes, chromosomes and DNA? Learn the answers to these and other questions while building a solid foundation in the fundamental concepts of molecular and cell biology, including cell structure and function, metabolism and genetics, as well as animal development, form and function. Put theory into practice with "home wet lab" and virtual experiments, and explore the relation between biological issues and current topics in experimental research, biotechnology and medicine.

50

5

医学微生物学

Gain familiarity with important microbial pathogens, including bacteria, viruses, fungi and parasites. You then study their biological characteristics, epidemiology, mechanisms and routes of transmission, pathogenesis and immunity, host response, control and prevention.

45

3

分子细胞生物学

Gain a detailed understanding of genes from a perspective of structure and function. You learn details of nucleic acid structure, mechanisms of replication, repair, recombination and gene expression; you also examine the importance of nucleic acid/protein interactions in the context of these various mechanisms. Throughout the course, you get an introduction to a wide range of molecular biology methods that are currently in use in both academic and industrial research laboratories. This course can serve as an excellent foundation for other advanced biological science courses such as cancer biology, microbiology, virology, immunology, hematology and developmental biology.

45

3

普通人体解剖学

Examine the correlations between the structures and functions of the body's various systems in this intensive introductory course. Explore the functional anatomy of the human body through gross and microscopic examination. Topics include the cardiovascular, respiratory, gastrointestinal, nervous and musculoskeletal systems, with an introduction to biomechanical principles. Investigate disease pathologies affecting normal body function. The course is especially useful as an introduction to human anatomy for students interested in the medical profession.

45

3

遗传学

Learn to integrate the most important concepts in classical and molecular genetics into an overall picture of what a gene is, how it functions, how it may be altered and how it is inherited. Study the molecular basis of gene function and mutation, Mendelian genetics, transmission systems, regulation of cellular processes, developmental genetics, cytoplasmic inheritance, population genetics and multifactorial inheritance. Learn about recent advances in biotechnology that have genetic implications, including the Human Genome Project and advances in genetic engineering technology.

45

3

血液学

Study fundamental concepts of hematology—primarily human—including blood-forming organs and the origin and function of blood cells and plasma. You also examine the theoretical and clinical aspects of normal and pathological conditions of erythrocytes, leukocytes, platelets, coagulation and blood group systems.

45

3

神经科学

Get an overview of the fundamental principles of the organization, function and development of the human nervous system, including neural development and diseases. Examine experimental approaches from anatomy to molecular biology, and critically evaluate papers from the primary scientific literature. This course is a foundation for advanced study in the neurosciences.

45

3

病理生理学

Learn the mechanisms of pathogenesis at the molecular, cellular, organ and system level in practical contexts, participating in discussions using real-life cases relating pathophysiological mechanisms to a wide spectrum of signs and symptoms. Gain a deeper understanding of the pathology of organ systems, including endocrine, nervous, cardiovascular, respiratory and renal disorders. Use learning activities to explore many aspects of general pathology including cellular responses to injury, tissue repair, neoplasia and immunologically mediated diseases.

45

3

药理学

Learn the general principles of pharmacology and mechanisms of drug action at the molecular level. Study the different drug classes and their effects on the various systems of the human body. Explore current topics of pharmacogenomics and gene/protein therapy, as well as the regulatory (FDA) and industrial aspects of pharmacological science. This course is designed for those interested in becoming health care professionals in the fields of medicine, nursing and pharmacy, as well as those interested in basic scientific research and biotechnology.

45

3

法规事务原则：药品和医疗器械

Learn about the regulatory authorities whose regulations and requirements must be met to ensure compliance with the laws governing the pharmaceutical and medical device industries. Examine the steps leading to testing products in humans, the approval of products, post-approval requirements and industry implementation.

30

2

定量分析：在临床化学中的应用

Explore the principles, techniques and instrumentation involved in quantitative analysis, with special emphasis on clinical applications. Learn the basic physiology, analytical procedures and clinical (normal and disease state) correlations to systems such as carbohydrates, proteins, lipids, enzymes, nonprotein nitrogen, acid-base metabolism, hormones, vitamins, electrolytes, body fluids and others. Study organ system function (normal and abnormal) and associated laboratory testing methods. Learn proper laboratory safety and regulations, statistical methods, and quality assurance and management. This course is especially useful for students looking to transition into a career in the clinical laboratory setting or other health-related fields.

45

3

人类癌症生物学

Learn cancer biology fundamentals, including cell proliferation, cell death, the process of metastasis and tumor progression, oncogenes and tumor suppressor genes, and cancer therapeutics. Explore scientific and clinical research on cancer through readings and presentations.

45

3

数学

微积分I

Get an introduction to differential and integral calculus. Examine the key concepts of limit, derivative and continuity, as well as the main applications of derivatives in graphing and optimizing functions. Explore the fundamental theorem of calculus. Finally, apply the concept of integration to calculating volumes through solids of revolutions.

50

4

微积分II

This continuation of Calculus 1 MATH X11 includes techniques of integration, applications of integration, infinite sequences and series, first-order ordinary differential equations, exact equations, second-order ordinary differential equations, oscillation and damping, and series solutions of ordinary differential equations.

50

4

大学代数

Study concepts in college algebra, including the solving of linear, quadratic and other algebraic equations and identities; developing mathematical models; and the graphing of linear, exponential, rational, logarithmic and polynomial functions. You also learn 2-variable graphs of the conic sections, and general ideas and properties of functions, complex numbers and matrix algebra operations.

45

3

微积分

Gain exposure to concepts in basic and advanced algebra and some trigonometry. Explore topics such as logarithms, solving or graphing linear equations, and factoring a polynomial at a more advanced level than that of a beginning or intermediate algebra class. You gain a good foundation for study in future calculus classes.

45

3

物理

物理概念

Gain an understanding of the principles of physics in the context of how everyday objects work. Intended for students majoring in the humanities and social sciences, as well as anyone with an interest in the subject, this course covers forces and motion, conservation laws, heat, fluids, vibrations and waves, electricity and magnetism, and sound and light. Study the concepts of physics with a minimum of mathematics.

50

4

统计学

统计学导论

Learn basic concepts of probability and statistical inference, focusing on an intuitive approach to understanding concepts and methodologies. Get an introduction to statistical and critical thinking, including descriptive statistics, probability, sampling distributions, interval estimation, hypothesis testing and regression.

50

4

信息科学、大数据

模拟 IC 设计

Study topics such as stability of feedback, frequency compensation, multistage op amps and CMOS op amp designs with HSPICE. You are required to work on a research project that covers the design of an advanced CMOS op amp, a compact, low-voltage, low-power op amp and high-performance CMOS comparators for flash ADC applications.

30

2

C++

C++ provides all the tools for object-oriented programming, such as data abstraction, inheritance, polymorphism and generic programming. Get a solid introduction to all the major features of American National Standards Institute’s (ANSI) standard C++, including the newer syntactic and semantic constructs, by studying each concept through lucid, fluent examples. You learn all major features of C++, including objects, classes, pointers, and single and multiple inheritance.

30

2

半导体 IC 设计

Advances in cloud computing, mobile devices and CMOS nanotechnology have ushered in the era of semiconductor IC design with multistandard challenges. Gain a competitive advantage by upgrading your problem-solving skills in these areas. This capstone design course is intended for those who have completed the other required courses for the Certificate Program in Semiconductor IC Design. Lecture topics include advanced microelectronic circuits and advanced analog ICs such as current mirrors, differential amplifiers, single-stage amplifiers, frequency response, low-frequency feedback, stability and frequency compensation, CMOS op amp, folded-cascode CMOS op amp, and rail-to-rail techniques. You also have the opportunity to work on an optional research project with an emphasis on analog ICs or mixed-signal design. The chosen research topic should be topical, practical and able to be implemented in numerous applications such as data acquisition and cloud computing systems.

15

1

电子电路的计算机模拟

Gain hands-on experience using SPICE to simulate, verify, examine and design microelectronic circuits for a wide variety of practical applications in the analog and digital realms. Learn how to develop input files that can reflect transistor-level models.

15

1

数据可视化

Learn to work with data visualization tools in a course that is ideal for working professionals and students. You also learn how to use data characterization to build effective data visualizations. The course curriculum weaves together theoretical and practical elements to support a holistic approach to creating visualizations. You are given a choice of tools to use on various data sets through exercises and lecture examples. You must actively participate in discussions and complete quizzes and homework to succeed in this course. The course capstone is a final project that is tailored to each student's particular skill-development goals. That project can then be added to your growing portfolio of work.

30

2

数字集成电路

Gain a solid understanding of digital operation principles, and then examine more complex entities such as multiplexers and flash memory. Study essential concepts; SPICE verification; and design skills from CMOS ECL and BiCMOS logic to memory design. During the course, you work on a research project that addresses subjects such as embedded SRAM (eSRAM), non-volatile memory and high-speed embedded DRAM.

30

2

Java入门

With its platform independence, Java is heavily used in Web applications and middleware that work on Windows, Macintosh, UNIX and other platforms. Examine fundamental programming concepts, and get an introduction to object-oriented programming. On successful completion of the course, you are able to write simple applications and are prepared for courses that assume some familiarity with Java.

30

2

基础模拟 IC

Learn how to analyze, simulate and design CMOS analog integrated circuits. This course is ideal if you are a working professional who has no strong foundation in analog design but are interested in upgrading your knowledge and skills or developing your semiconductor career. Lecture topics include basic current mirrors, high-performance current mirrors, single-stage CMOS amplifiers, differential amplifiers, output stages and short-circuit protection circuitry. As a part of the course curriculum, you have the opportunity to work on a research project with an emphasis on sample-and-holds or bandgap voltage reference. Your research topic must be topical, practical and able to be be implemented in many applications such as data acquisition or A/D conversion systems.

30

2

混合信号设计

The high growth rate of signal-processing applications such as video and wireless communications creates demand for more sophisticated high-speed and high-resolution data-converter techniques. This course is ideal if you have electronics industry experience or knowledge and are interested in upgrading your hands-on data-conversion design skills. Course topics include data-converter fundamentals, characterization, performance limitations, and Nyquist-rate digital-to-analog and analog-to-digital converters.

15

1

数据通信和网络基础

Learn about data communications in this introductory course in networking technology. Gain a practical understanding of relevant terminology, concepts and other information necessary to be knowledgeable in data communications. By the end of the course, you should be able to make intelligent decisions about the appropriate design, purchase, integration and use of data communications equipment and systems.

30

2

网页开发

This course teaches the fundamentals of front-end programming. Students will learn to build websites using HTML and CSS technologies. The course will help the students to learn how to style websites using CSS including learning to build responsive design websites. The students will also be introduced to newer Web application development tools such as the MERN stack including Node.js, NoSQL, and React.

30

2

IC滤波器和振荡器

Study integrated analog filters, oscillators and multivibrators, topics that are crucial for developing analog modules that implement many applications in signal processing or wireless communications. You undertake individual research projects that can include such subjects as switch-capacitor circuits, continuous-time filters and VCOs for PLL applications. The instructor guides you to choose a practical research topic that has real-world applications, such as frequency synthesizers or televisions.

30

2

2

C语言程序设计概要

Learn the C programming language and its fundamental programming concepts. Gain the knowledge to write simple C language applications and undertake future courses that assume some background in computer programming. Topics include variables, data types, functions, control structures, pointers, strings, arrays and dynamic allocation principles. You need access to any programming environment that allows you to write, edit, compile, link and debug a C program.

30

2

计算机与编程导论

Get an overview of computer technology and programming. Using a Raspberry Pi, you learn how computers internally represent information, and the logic and hardware they use to process it. You also learn about programming languages and concepts using Python as an example. Other topics covered include operating systems, computer applications, computer systems, software development technologies and data communications.

30

2

网络安全导论

Learn to protect computer technology assets using mechanisms to enforce confidentiality, integrity and availability of data. As fraud, identity theft and cyberwarfare continue to occur exponentially, online security is vital. In this course, you examine various mechanisms to implement a comprehensive cybersecurity program within an enterprise organization. Specific mechanisms include security policies, ethics, asset security, security engineering, cryptography, security assessments, security training, threat detection, forensics and software development security.

30

2

数据分析导论

Get an overview of advanced Excel, SQL and R to perform analysis on huge sets of data. Learn the theory behind formulating statistical models using regression analysis. You also study segmentation theory and methods such as k-means clustering used for data mining and analysis.

30

2

数据库导论

Learn effective database design, and gain a general overview of database management systems (DBMS). While the main focus is on relational database management systems, coverage of dimensional, NoSQL, object-oriented, object-relational, and legacy architectures are included.

30

2

微电子电路导论

Examine the underlying concepts and industry-standard simulation tools for IC design, with particular emphasis on the operational amplifier characteristics. Study practical amplifier behaviors in the frequency domain. Gain an understanding of analog circuits through analysis-by-inspection and PSPICE simulation. Topics include basic operational amplifier circuits and applications, s-domain analysis, bandwidth and slew rate limitations, and analysis of frequency limitations of amplifiers. You gain an essential foundation for advancing to more intricate IC-design topics such as oscillators and filters.

15

1

微电子学概论

Get an overview of the realm of analog and digital integrated circuits through an application-oriented approach. You start from frequently used and applicable semiconductor device and circuit theories, and then narrow your investigation into more complex circuit schematics and application modules such as amplifiers, operational amplifiers with bipolar and complementary-metal-oxide-semiconductor technologies, digital inverters, precision rectifiers, voltage regulators, and biasing techniques of amplifiers.

15

1

半导体器件

Get an introduction to basic semiconductor vocabulary and concepts such as energy bandgap and minority carriers, and then pursue a more targeted investigation into the behaviors of semiconductor devices. Topics include intrinsic and extrinsic semiconductors, carrier transports and p–n junctions. As part of the curriculum, you undertake an individual research project that covers subjects such as the ultimate limits of integrated electronics or integrated strategy for confronting commoditization in the foundry industry. You then learn to apply those concepts to many applications, including complementary metal-oxide-semiconductors, bipolar junction transistors, light-emitting diodes and sensors.

15

1

SQL导论

Get in-depth training of the core Structured Query Language (SQL), focusing on Data Query Language (DQL) and Data Manipulation Language (DML). You learn the concepts of SQL, including writing complex SQL statements, and gain a basic understanding of database operations.

30

2

Java编程

Java’s platform independence (write once, run anywhere) allows the same code to run on Windows, Macintosh, UNIX, mobile phones and supercomputers. Java is popular for enterprise applications that run on Web servers. This high-level language enhances productivity and reduces bugs through automatic memory management and strong typing. Using the free Java Development Kit (JDK 6 SE), you learn practical fundamentals of the Java programming language, as well as basic object-oriented programming so that you can write simple applications and take intermediate courses in Java.

30

2

混合信号设计

This course is ideal if you are interested in upgrading your design skills in data converters and have experience in analog design or electronics. Course topics include Nyquist-rate digital-to-analog converters, investigation of differential linearity and integral nonlinearity, Nyquist-rate analog-to-digital converters (ADCs) and design issues in Nyquist-rate ADCs.

15

1

Python编程

Get an introduction to the fundamentals of Python programming. The core language is quite simple and serves as an excellent platform for demonstrating the benefits of object-oriented programming as well as good programming design. You study practical applications in Python including general programming for the web, systems administration, text handling and object-oriented programming. You also get the opportunity to study examples of useful working programs.

30

2

用于 IC 设计的半导体器件

Creating state-of-the-art IC design requires an in-depth understanding of basic characteristics of semiconductor devices and their second-order effects and device modeling. This course is ideal if you are a working professional who has no experience in IC design yet are interested in increasing your understanding of semiconductor devices and their modeling to begin your integrated-circuit design career. Study bipolar junction transistors and metal-oxide semiconductors, with an emphasis on physical concepts, operation principles, second-order effects, and modeling and simulation.

30

2

半导体 IC 放大器

Develop intuitive skills for analyzing microelectronic circuits without using intricate mathematics by focusing on the analysis-by-inspection method. Topics covered include low-frequency bipolar-junction-transistor and metal-oxide-semiconductor amplifiers, amplifier frequency response, and high-frequency analysis-by-inspection versus SPICE simulation. Review case studies and complete tasks that help you understand challenging analog circuits.

15

2