Courses

Explore a diverse array of cutting-edge research topics presented by graduate students from the Paul G. Allen School in this 58-minute colloquium. Delve into multiple fields of computer science as students showcase their innovative work and findings. Originally aired on October 3, 2019, this closed-captioned presentation offers a unique opportunity to gain insights into various research projects being conducted at the University of Washington. For detailed information about the speakers and their specific research areas, visit the Allen School's event page.

Explore cutting-edge research presented by Omidyar Postdoctoral Fellows at the Santa Fe Institute's 2014 Annual Science Board Symposium and Meeting on Complexity: Theory and Practice. Listen to brief talks by Ruben Andrist, Ben Althouse, Eric Libby, and Sam Scarpino as they share their innovative work and insights in various fields of complexity science. Gain valuable knowledge from these emerging scholars and their contributions to advancing our understanding of complex systems.

Learn valuable insights and best practices for conducting research and programming in computer science graduate school in this 53-minute lecture by Dave Churchill. Explore essential topics such as version control, file backup, portfolio building, reference management, experiment organization, and data visualization. Discover the differences between typical and ideal thesis workflows, understand the importance of experiment repeatability, and gain practical knowledge on using Docker containers. Benefit from Churchill's decade of experience as he shares lessons learned and provides general tips for success in computer science research and programming.

Learn about pursuing research and innovation-focused careers in Artificial Intelligence through this comprehensive talk that outlines pathways to graduate studies and research positions. Discover strategies for securing admissions with full funding at top US universities, selecting optimal programs and advisors, and building a strong research foundation through internships. Explore the importance of research publications, with insights drawn from 40+ publications involving intern co-authors in 2023. Gain valuable perspectives on both international and Indian graduate study opportunities, understanding the key differences between traditional campus placements and research-oriented career paths. Master the essential steps for preparing for careers as research scientists in industry labs, professors at prestigious universities, or founders of deep tech startups.

Explore the concept of white privilege and its global impact in this thought-provoking TEDx talk by Christina Forster and Bistra Kumbaroska. Delve into the hidden costs of privilege, examining how the advantages enjoyed by many in the Global North come at a significant price paid by communities in the Global South. Challenge your perspectives and gain insights into the complex dynamics of global inequality in this 16-minute presentation delivered at TEDxSarajevo.

Dive into a comprehensive 7-hour graduate-level econometrics course covering advanced topics such as matrix formulation, geometric interpretation, GLS estimators, SURE models, LAD estimators, GIV estimators, and Generalised Method of Moments. Explore causality in regression, asymptotic theory of estimators, Kalman Filters, VARs, VECMs, and advanced time series modeling. Examine Fixed Effects, Random Effects, Unbalanced Panel model estimators, censored regression models, and conclude with an introduction to Bayesian estimators as a new paradigm. Progress through 74 detailed lectures, starting with matrix formulation basics and advancing to complex topics like propensity score matching and Generalised Method of Moments estimation.

Explore insights from former AAAS Congressional Fellows on bridging research and policy at the federal level in this informative webinar. Gain valuable tips for engaging with policymakers and their staff, understand how research is incorporated throughout the legislative process, and learn about the challenges of integrating research into policy. Discover the differences between working with the House and Senate, and hear from experienced professionals who have served as congressional staffers. Delve into topics such as connecting with congressional offices, navigating the legislative process, using Congressgov for advanced searches, and understanding the roles of various House and Senate committees. Learn about strategies for gaining support for bills, crafting press releases, and responding to concerns. Gain a unique perspective on the challenges of writing legislation and working with the federal government, and explore the various types of outcomes that can result from policy efforts.

Join this 52-minute webinar from the American Geosciences Institute where panelists discuss the critical process of finding a research group during graduate studies. Learn how successfully joining a research group can enhance students' sense of belonging and improve retention rates, based on data collected from physics graduate education. The panel features expertise from Rochester Institute of Technology scholars: Dr. Mike Verostek (Post Doctoral Research Associate in the School of Physics and Astronomy), Dr. Ben Zwickl (Associate Professor and Co-Director of the Center for Advancing Scholarship to Transform Learning), and Dr. Casey Miller (Sr. Associate Dean for Research and Faculty Affairs). Discover insights into this understudied yet pivotal milestone on the path to becoming an independent researcher and earning a Ph.D.

Explore the role and impact of science legislative fellows in state legislatures through this insightful conference talk by Nathan Phillips from Boston University. Gain valuable insights into the unique contributions of scientists in policymaking, the mutual benefits for both legislators and the scientific community, and the diverse rewards of pursuing a career at the intersection of science and policy. Learn about the various structures of science fellowship programs and how they can be tailored to different states and legislative systems. Discover key lessons from Phillips' personal experiences as a science fellow in California and his efforts to establish similar programs in Massachusetts and other states.

Expand your technical knowledge and skills in financial accounting, taxation, and accounting data analytics in the CPA Pathways Graduate Certificate program. In as little as eight months, you’ll not only build the expertise needed to excel as a Certified Public Accountant—you’ll get ready to sit for the Uniform CPA Exam. You’ll learn from a global network of experts, including world-class faculty and a well-connected body of University of Illinois accounting alumni who can provide professional insights and advice. You’ll complement your tech knowhow by building in-demand business capabilities like critical thinking, decision-making, and problem-solving. Gaining knowledge is only half the battle in the modern business world; application is equally important. So, you'll focus on real-world projects and work samples that demonstrate your advanced skills and help you stand out to current and potential employers. To ensure our program’s curriculum reflects the latest requirements, our accounting faculty regularly reviews the contents of the CPA Exam. The courses in this certificate program can be applied toward the education requirements for the Uniform CPA Examination®, and are fully stackable toward the full [Master of Science in Accountancy](https://www.coursera.org/degrees/imsa) (iMSA), [Master of Business Administration](https://www.coursera.org/degrees/imba) (iMBA), and [Master of Science in Management](https://www.coursera.org/degrees/ms-management-illinois) (iMSM) degree programs at University of Illinois’ Gies College of Business.

Prepare to become an accounting professional by learning how to record, report, and analyze the financial transactions of organizations. In this three-course program, you’ll develop practical knowledge of financial and managerial accounting while building in-demand skills like critical thinking, communication, leadership, and decision-making. Led by top-ranked faculty in the field, you’ll study the principles, concepts, and methods that govern professional accounting. You can also apply what you’ve learned to real-world problems through experiential learning opportunities. Get the job-ready skills needed to start an entry-level accounting or finance role in less than a year. The courses in this certificate program can be applied toward the education requirements for the Uniform CPA Examination®, and are fully stackable toward the full [Master of Science in Accountancy](https://www.coursera.org/degrees/imsa) (iMSA), [Master of Business Administration](https://www.coursera.org/degrees/imba) (iMBA), and [Master of Science in Management](https://www.coursera.org/degrees/ms-management-illinois) (iMSM) degree programs at University of Illinois’ Gies College of Business.

Explore a comprehensive cardiology education program featuring presentations by Dr. Narayana and Dr. Mathias, two esteemed cardiology fellows. Delve into advanced cardiovascular topics and clinical insights during this hour-long session, designed to enhance knowledge and skills in cardiovascular medicine. Gain valuable perspectives from these emerging experts in the field as they share their research, clinical experiences, and latest developments in cardiology. Benefit from the rich educational legacy of the Houston Methodist DeBakey Heart & Vascular Center, known for its commitment to excellence in cardiovascular education and patient care. Engage with cutting-edge content that may include graphic medical imagery to facilitate in-depth learning. Access additional resources and stay connected with DeBakey CV Education through various platforms for ongoing professional development in cardiovascular medicine.

While 20th-century technology was defined by the growth of electronics, the 21st century belongs to photonics which encompasses technologies for lighting, energy conversion, displays, imaging, communications, manufacturing, and medicine. Graduates of the Semiconductor Photonics Graduate Certificate will command skills in design, fabrication, and laboratory practice to place them at the forefront of these industries and many more not yet invented. This certificate imparts rigorous knowledge of fundamental building blocks for solid-state photonic devices. It starts from the quantum theory of solids and fundamentals of semiconductor devices and on to cover advanced photonic devices such as solid-state lighting, semiconductor lasers, photodetectors, and energy conversion devices. __In this program, you will:__ - __Learn how different wavelengths propagate through systems__, then move on to aberrations that appear with high angle, non-paraxial systems and how to correct those problems. - __Use mathematical tools like Zemax and OpticStudio__ to analyze high-performance systems. - __Understand the energy band structures__ and their significance in the electric properties of solids. - __Design a semiconductor light-emitting diode__ and analyze its efficiency and semiconductor laser. - __Understand and analyze the metal-oxide-semiconductor (MOS) device__, MOS field-effect transistors (MOSFET), and more. - __Select a display technology__ for a given application (LIDAR, imaging, microscopy, etc.). - __Choose suitable semiconductor materials__ for light-emitting devices - __Design a system__ around the limitations of a given display technology (i.e. addressing). - __Use nanophotonic effects__ (low dimensional structures) to engineer lasers. - __Analyze the carrier statistics, carrier dynamics__, and the resulting conduction properties of semiconductors. -

This is a graduate-level course in the design and analysis of algorithms. We study techniques for the design of algorithms (such as dynamic programming) and algorithms for fundamental problems (such as fast Fourier transform or FFT). In addition, we study computational intractability, specifically, the theory of NP-completeness. The main topics covered in the course include: dynamic programming; divide and conquer, including FFT; randomized algorithms, including RSA cryptosystem and hashing using Bloom filters; graph algorithms; max-flow algorithms; linear programming; and NP-completeness.

This course is designed to help you navigate through your journey in graduate school at the Japanese university of your dreams and beyond. The course will introduce you to universities in different regions of Japan and discuss what sets Japanese graduate education apart from the rest of the world. You will also be guided through the application process and necessary decision-making when planning for your stay in Japan. Finally, you will be given some post-graduation career insights. This course is made up of interviews with students about their experiences in Japanese universities while offering a glimpse into their daily life, reasons for choosing their paths, and further aspirations. These videos are supported with written materials that go into greater detail about the necessary information you must account for when applying for graduate studies in Japan. What is the application process? How can you sustain yourself while in Japan? What does the research environment look like? Professor Jeffrey S. Cross on behalf of the Admissions section of the Institute of Science Tokyo shares information about international graduate opportunities. Some materials from Institute of Science Tokyo will also be shared. These materials can serve as your starting point when discussing your own graduate studies plan, whether at Institute of Science Tokyo or at a different Japanese university, in the discussion board. At the end of each unit, you will meet a researcher, several alumni, and professors who can give you a broader view of what is yet to come after pursuing graduate studies in Japan. You will also be presented with a short quiz that can be a fun reinforcement of what you have learned.

Power electronics is a key enabling technology in essentially all electronic systems and is increasingly important in the grid interface of renewable energy sources and in efficient electrical loads. There is, accordingly, a growing need for design engineers equipped with knowledge and skills to actively participate in multidisciplinary teams. The MS-EE on Coursera covers switching power supplies, DC-DC converters, inverters, power factor correction converters, and LED lighting drivers. The power electronics curriculum emphasizes fundamentals and applications in the power electronics field. This domain competency applies to end markets such as power management, portable power, computer systems, medical applications, spacecraft power systems, the automotive industry, renewable energy, and the utilities. The certificate consists of approximately nine months of instruction, and learners in the program will gain significant design experience. The courses are oriented towards engineers who have a bachelor’s degree in electrical engineering, or equivalent experience. Undergraduate EE courses in circuits and electronics are prerequisite knowledge.

Data science is a multidisciplinary field that focuses on extracting knowledge and insight from large datasets. In this program, you can build the skills to take advantage of the increasing demand for data scientists, data analysts, and statisticians equipped with the knowledge and experience to work across diverse organizations. You’ll gain new data skills, build a portfolio through hands-on projects, and earn an industry-recognized credential to help you stand out to recruiters and hiring managers. To earn the Data Science Graduate Certificate (12 credits), students __must__ complete the following required specializations: - __Data Mining Foundations and Practice Specialization__ (3 credits) - __Data Science Foundations: Statistical Inference Specialization__ (3 credits). Choose __two__ specializations from the following: - __Introduction to Statistical Learning for Data Science Specialization__ (3 credits) - __Machine Learning Specialization__ (3 credits) - __Statistical Modeling for Data Science Specialization__ (3 credits) The certificate will be stackable, and the credits can be applied to the [Master of Science in Data Science on Coursera degree](https://www.coursera.org/degrees/master-of-science-data-science-boulder "Master of Science in Data Science on Coursera degree page") for students interested in continuing their education.

Advancing your career as a successful manager of technical and engineering teams means demonstrating effective leadership and possessing a range of real-world competencies. In this online graduate certificate program, you’ll master the key elements of engineering management and business-related functions, including finance, project management, and authentic leadership. Through this comprehensive approach to management, you’ll prepare to make an immediate impact at your organization. The Engineering Management Graduate Certificate, consisting of 9 credit hours, is an affordable way for you to gain new skills, earn an industry-recognized credential, and prepare to advance your career. If you are interested in continuing your education, the certificate consists of the first three specializations in the full ME-EM on Coursera master’s degree and can be stacked toward the full degree.

In this for-credit graduate certificate program, you’ll explore several aspects of the digital marketing environment, including topics such as digital marketing analytics, search engine optimization, social media marketing, and 3D printing. Upon earning your graduate certificate, you’ll have a strong foundation in digital marketing and a new set of concepts and tools you can use to digitally create, distribute, promote, and price products and services.

In the University of London’s Graduate Diploma in Computer Science, you'll build a strong computer science foundation, while also having the opportunity to specialise in one of eight areas: - Data Science - Games Development - Machine Learning and Artificial Intelligence - Mobile Development - Physical Computing and the Internet of Things - User Experience - Virtual Reality - Web Development You will also work on a substantial hands-on project, where you’ll have the opportunity to develop your specialist skills whilst building up your potential as a creative problem solver. If you commit to 10-12 hours of online study per week, it is estimated that you can complete the Graduate Diploma within a minimum period of one year to a maximum period of five years. ### Programme cost | Band A countries | | | ---------- | ---------- | | 15-credit module (web supported learner) | £441 | | 30-credit module (web supported learner) | £882 | | Module continuation fee (per continued module) | £221 | | Band B countries | | | ---------- | ---------- | | 15-credit module (web supported learner) | £662 | | 30-credit module (web supported learner) | £1,323 | | Module continuation fee (per continued module) | £221 | | UK | | | ---------- | ---------- | | 15-credit module (web supported learner) | £600 | | 30-credit module (web supported learner) | £1,200 | | Module continuation fee (per continued module) | £221 |