Stanford University • Free Online Courses and MOOCs | Class Central
lives off campus at Stanford University is slightly more than $, It's yet another dating app, a Tinder-like application for super picky finally in a business development role, working with Google product and engineering teams. to evaluate applicants' educational and professional qualifications. Our innovative programs are designed for working professionals who desire to obtain up-to-date management and technology knowledge, skills, and insights. •Netbig publishes the ranking of China's universities, the first organization to provide an •Debut of Stanford Financial Engineering Program in Hong Kong. Stanford Continuing Studies offers a broad range of on-campus and online courses in liberal arts & sciences, creative writing, and professional are taught by notable Stanford faculty and instructors, experienced professionals, and . SSU · Stanford Saturday University: , WI, S, OpenAdd to cart, OnCampusClass.
CEG employs advanced teaching methods, tools and technology to strengthen student's learning processes.
We respond to the constantly changing educational needs of working professionals by continuously developing appropriate curricula, and by delivering them in the most efficient way possible. CEG is also the gateway through which Chinese students go to study in the world's top universities through our high schools programs. CEG concentrates in providing excellent educational service. Students find us to be more service-driven than traditional institutions, a key advantage when dealing with our students.
The high rate of referral shows that our most effective marketing strategy is to maintain a high level of educational quality that will in turn lead to a high level of customer satisfaction and perceived value of our service. Mission Statement CEG is committed to providing outstanding service and academic excellence to our students and partners. Our goal is to be the leading provider of high quality international education programs for each individual student in Greater China.
We strive to fulfill the learner's needs for convenience, demand for competitive value, and enthusiasm for cutting-edge programs and technologies. We will do this by developing programs that fill the specific educational needs of each individual student. These programs will be staffed by top-notch training and customer service personnel.
Stanford Continuing Studies | Stanford University
We use the most modern and up-to-date materials and technologically advanced delivery systems, and occupy state of the art facilities, providing our students with an unsurpassed educational environment. CEG embraces changes, refuses to stagnate, and continuously strives to reach new ambitious goals.
Charles Zhang obtains his Ph.
He is the founder and Chairman of the top Chinese internet portal Sohu. Lee is a veteran investor in technology companies in the U. Ng is at the helm of a multi-billion-dollar conglomerate listed on the Hong Kong stock exchange.
Loat is an early stage investor in CEG. He brings to CEG a vast knowledge of investment banking and management capabilities, and strong business connections. Stein is a private investor in CEG and an influential financier in the Asian business community. Tung is the Chairman of the Hong Kong Chamber of Commerce and has served as a non-executive board member for many listed companies in Hong Kong and China.
He is one of most influential businessmen in the Greater China region. Tung received his master degree in Mechanical Engineering at MIT, and is very interested in promoting higher education in China. Sim is a renowned Singaporean business leader, and has been praised as the "Bill Gates of Singapore" due to his contribution to technology development and corporate expansion.
The goal of the Speed Dating Session is to create an informal environment to promote collegial interactions and raise awareness of translational research occurring at Stanford University. Attendees may sign up to meet with up to 6 different faculty members; however, attendees may only sign up for one time slot per faculty and only one faculty per time slot.
Attendees may sign up for fewer than 6 faculty if desired. This will be an excellent opportunity for attendees to have informal and immediate interaction with faculty.
Alvira completed her medical degree at Tufts University, and then came to Stanford University School of Medicine to complete both her pediatric residency and her clinical fellowship in pediatric critical care medicine. Alvira pursued postdoctoral fellowship training with Dr.
Marlene Rabinovitch, a preeminent vascular biologist. Alvira was recruited to Stanford School of Medicine in the University Tenure Line inand currently runs an NIH-funded basic research program aimed at identifying novel mechanisms that direct lung growth and repair in infants and children. Currently, they are working to identify specific signaling pathways that direct pulmonary vascular growth, to understand how the lung microenvironment modulates the angiogenic phenotype of lung vascular cells, and how these dynamics are altered during acute injury.
Their overall goal is to translate this knowledge into novel therapies to treat lung diseases in infants in children, including bronchopulmonary dysplasia, emphysema, acute respiratory distress syndrome, and others. The ultimate goal of her group is to develop curative treatments based on cell and gene-therapy strategies for patients affected with genetic immune diseases. She has contributed to a comprehensive clinical characterization of IPEX patients and defining new diagnostic tools, complementary to gene sequencing, that speed the diagnosis and monitoring of patients with immune dysregulation.
Stanford is a unique environment in which to understand the genetic and immunological basis of pediatric autoimmunity and develop new therapies that, upon dissecting normal immune functions, advance treatment of currently un-curable diseases. Salter Endowed Professor of Pediatrics. Bernstein has directed an NIH and AHA-funded basic science lab for over 30 years, focusing on the role of cell signaling pathways modulating cardiotoxicity and cardioprotection.
With Brian Kobilka, he was part of the collaborative Stanford team that created some of the very first gene knockouts. He has developed novel methods for high-throughput single cell mitochondrial imaging, uncovering new mechanisms of cell injury. He is now applying the powerful tool of patient-derived induced pluripotent stem cells iPSCs to study the mechanisms of pediatric cardiac diseases, hypertrophic cardiomyopathy, and for pharmacogenomic screening of patients for susceptibility to drug toxicity.
She completed residency in internal medicine and fellowship training in infectious diseases at the University of Washington and the Fred Hutchinson Cancer Research Center. She joined the Stanford faculty in inwhere her research is dedicated to learning how to harness the immune system to prevent and cure diseases.
Her lab is perhaps best known for redefining our understanding the diversity of human natural killer NK cells, a critical first line of defense against viruses and tumors. Her lab explores how human natural killer cells sense and respond to a diverse array of pathogens, including HIV, dengue virus, and influenza. She divides her time between research, clinical practice in infectious diseases, teaching, and her role as an Associate Director of the Stanford Medical Scientist Training Program.
Cullen is an expert in quantitative science and public health. He was recruited to Stanford in as Chief of General Medical Disciplines where he became increasingly interested in the potential for large observational data, merging EMR, biology, and physiology with available social and environmental data, to identify new pathways for discovery and translation, both at the bedside and through public policy.
In Aprilhe was named inaugural Director of the Stanford Center for Population Health Sciences, devoted to discovery of the pathways across the life-course by which social and physical environment and behavior lead to beneficial or harmful expression of genetic endowment.
Cullen has been a pioneer in big data; long before the practice became popular, he was using large collections of data to study human health. Over the years, Dr. Cullen has had the privilege of living and doing research in many parts of the world including Zimbabwe, Ecuador, South Africa, and Australia.