Courses

The ability to communicate effectively is an important skill in the pharmacy field. Help your company's pharmacists develop core communication skills by utilizing these entertaining and informative lessons in your training sessions.

This Specialization is intended for health professionals, administrators, health IT staff, vendors, startups, and patients who need or want to participate in the health IT/informatics process. Throughout the five courses of this Specialization, you will learn about the social and technical context of health informatics problems, how to successfully implement health informatics interventions, how to design a health informatics solution for decision support, and how to answer a health informatics problem through data retrieval and analysis.

Health informatics (HI) is an in demand field comprising applied research and the practice of informatics across clinical and public health domains. Informatics researchers develop, introduce, and evaluate new biomedically motivated methods in areas as diverse as data mining, natural language or text processing, cognitive science, human-computer interaction, decision support, databases and algorithms for analyzing large amounts of data generated in public health, clinical research and genomics/proteomics. In this online program, you will develop the skills and knowledge around data, health and informatics needed to attract attention from recruiters and hiring managers in the fast growing healthcare industry. You will gain a thorough understanding of the field of health informatics and its various subfields, including research, laboratory/precision medicine, imaging, and artificial intelligence. You will also explore the themes that serve as the foundation for different areas of biomedical informatics, including clinical and neuro-informatics. Throughout four courses and hands-on projects, you will leverage the expertise of faculty from the Division of Health Informatics at the Yale School of Public Health, learning from real-world projects and live sessions with groups of high-caliber peers. By committing 6-8 hours of online study per week for about 7 months, you can earn a Yale-issued Health Informatics MasterTrack Certificate that can help you in your future graduate studies or professional pursuits in both public health departments (e.g. CDC, local government) and the private sector (e.g. organizations that employ computer scientists and mathematicians/statisticians). After successfully completing the MasterTrack, you will also be eligible for conditional credit if accepted into the Yale School of Public Health’s Master of Public Health (MPH) graduate degree program. Upon successful completion of this MasterTrack Certificate, you will be eligible to earn 2 conditional credits counting towards the Yale School of Public Health’s MPH program if accepted. Want to learn more about this program? [Visit the Yale University website](https://publichealth.yale.edu/education/continuing_ed/coursera/health-informatics/).

Learn Informatica PC ETL Development tool online with examples. What you'll learn: Understand Basic Concepts of Data WarehouseUnderstand Various ETL Tools in Market and Why to Choose InformaticaIdea of Real World ETL ProjectsClear Understanding of Informatica Powercenter Architecture and ComponenetsUse of Informatica Powercenter ETL tool in real time project scenariosPerform Installation of Informatica PowercenterUnderstand Real Time Client-Server ArchitectureUnderstand Informatica ETL Developer Roles and Responsibilities Understand Informatica ETL Admin Roles and Responsibilities Use of various Transformation techniques like • Expression • Lookup –Different types of lookup Caches • Sequence Generator • Filter • Joiner • Sorter • Rank • Router • Aggregator • Source Qualifer • Update Strategy • Normalizer • UnionUnderstand and Implement Slowly Changing Dimensions - • SCD Type1 • SCD Type2 — Date, Flag and Version • SCD Type3Use Workflow Manger in Real time projects for • Creating Reusable tasks • Workflows, Worklets& Sessions • Tasks • Session • Decision task • Control Task • Event wait task • Timer task • Monitoring workflows and debugging errorsAble to perform - 1. Indirect Loading 2.Constraint based load ordering 3.Target Load plan 4.Worklet ,Mapplet ,Resuable transformation 5.Migration –XML migration and Folder Copy. 6.Scheduling Workflow 7.Parameter and variables 8.XML Source, Target and TransformationsImplement Performance Tunning using InformaticaPerform Project - Case StudyInterview Questions & Answers Informatica Tutorial - Informatica PowerCenter Online TrainingIf you want to become expert in world's most commonly used ETL tool, you have come to right place. With this tutorial you will know everything you need to know and able to work as Informatica Developer. Start earning minimum $80,000 per year by learning Informatica.All topics are covered with real time project examples which will give you full confidence to stand as ETL developer.Course summary -Real World DW Project ExampleWhat is ETL?Various ETL Tools In marketInformatica Components ListInformatica Client-Server ArchitectureRole of Informatica Admin & DevelopersInstallation & ConfigurationMapping, Session and Workflow CreationSession PropertiesLink Condition Between SessionsMultiple Target and Target Load PlanTransformationsExpression transformationFilter transformationRouter transformationLookup transformationUnion transformationSorter transformationAggregator transformationRank transformationSequence generator transformationStored procedure transformation& many more...Advance topics -Task, Session & Workflow propertiesReusability - Worklet & MapletScheduling WorkflowImport - Export of ObjectsIndirect File LoadIntegrity Constraint Load OrderingSession Parameters and VariablesTarget Load Order PlanPost Learning Guidance-Important Interview Questions for Informatica ETLInformatica Developer ResumesStop your search here and start learning now. Best for any user who is looking for -Informatica tutorialInformatica trainingInformatica online trainingInformatica power center ETL developerInformatica power center for beginners

Nurses and interprofessional healthcare clinicians and educators will learn principles of informatics leadership in clinical and academic settings, and apply their learning to real world scenarios in practice and training/education environments. Learners will understand the history and development of nursing informatics leadership to appreciate today’s leadership challenges, gain self-knowledge of one’s own nursing informatics leadership skills to influence the future of the nursing informatics specialty, describe principles of nursing informatics leadership and their applications in diverse settings to gain appreciation of tailoring leadership skills to optimize outcomes, and apply nursing informatics leadership skills in interprofessional teams to understand stakeholder perspectives and opportunities to promote collaboration and achieve mutual goals.

In this course, we explore the AMIA Nursing Informatics History Project. By the end of the module, you will understand the resources available that will be used in this course to learn about the first hand experiences, future vision, and lessons learned in becoming a nursing informatics pioneer. Course Objectives: • Explore the history of technology and its relationship to the beginning of nursing informatics to understand historical context and evolution of the specialty • Discover the AMIA Nursing Informatics History Project website to gain insight about nursing informatics pioneer leaders and leadership • Explain the criteria used for choosing the pioneering leaders in nursing informatics to understand how the project was conducted and who the pioneers were • Examine leadership lessons learned from one of the pioneers and compare to the insights presented to appreciate diverse historical leadership roles and scenarios

ABOUT THE COURSE:Material informatics is transforming the way materials are discovered, designed, developed, selected, and deployed. Use of informatics/data science helps make better decisions by providing insights into risks, patterns, and trends. In this course, we will learn about the impact of data science on materials engineering with emphasis on Materials Informatics. Although computer models of materials are widely used, but there is an increasing trend to data driven approaches. This data might be derived from high throughput computations as well as experiments. This is course is intended to provide knowledge on materials design, discovery with applications of modern material informatics tools and large-scale multiscale modeling—with the ultimate goal to speed up the design process and implement cost effective rapid discovery, prototyping and elucidating the decision-making process.INTENDED AUDIENCE: BTech,BSc, MTechPREREQUISITES: Basic knowledge on Materials ScienceINDUSTRY SUPPORT: TRDDC, Tata Steels, Applied Materials

Interprofessional Healthcare Informatics is a graduate-level, hands-on interactive exploration of real informatics tools and techniques offered by the University of Minnesota and the University of Minnesota's National Center for Interprofessional Practice and Education. We will be incorporating technology-enabled educational innovations to bring the subject matter to life. Over the 10 modules, we will create a vital online learning community and a working healthcare informatics network. We will explore perspectives of clinicians like dentists, physical therapists, nurses, and physicians in all sorts of practice settings worldwide. Emerging technologies, telehealth, gaming, simulations, and eScience are just some of the topics that we will consider. Throughout the course, we’ll focus on creativity, controversy, and collaboration - as we collectively imagine and create the future within the rapidly evolving healthcare informatics milieu. All healthcare professionals and IT geeks are welcome!

Explore how you can become a better pharmacist This course provides pharmacists with some essential knowledge to provide better pharmaceutical services and professional abilities, related to the World Health Organisation’s Good Pharmacy Practice (GPP) recommendations. You’ll learn the basic preparation of medical products, chemotherapy drugs and ideas to improve pharmacy practice. This course is aimed at learners with a background in pharmaceutical service and especially those practicing pharmacy. It will also be useful for those currently studying pharmacy and related biological sciences, as well as learners with an interest in pharmacy practices across the world.

Learn Python programming fundamentals and their applications in data analysis and information processing in this course from the University of Michigan. Explore core concepts like variables, functions, loops, and data structures while gaining practical skills in working with files, databases, and web data. Develop problem-solving abilities through hands-on coding exercises and projects that demonstrate Python's versatility in handling real-world informatics challenges.

In this course, students in the health and information technology professions will examine models for interprofessional collaboration and teamwork, practice communication techniques to promote effective interaction, and envision futures literacy in interprofessional informatics scenarios. We will hear from nurses and other informaticians who are leading and working interprofessionally, and glean insights from their diverse perspectives. When we think about the requisite variety of leadership skills that are essential in nursing informatics, we may deduce that leadership in interprofessional informatics will demand at least that diversity or more. We’ll expand our nursing informatics leadership vision to include interprofessional applications of the Competing Values Framework and the Minnesota Nursing Informatics Leadership Inventory. For students who are interested in completing the specialization, there is a sixth module in this course dedicated to the creation of a portfolio which is peer reviewed. The purpose of the portfolio is to help students integrate, synthesize and document their learning through completion of the five course specialization. Students will: Define the term interprofessionality to support the development of an interprofessional informatics leadership skill set Describe how the competing values framework supports knowledge leadership and interprofessional informatics practice to achieve collective impact in health care contexts Explain the core competencies expected to support culturally-sensitive interprofessional practice to deepen leadership insights in interprofessional informatics Discuss selected policy, practice, and standardization issues related to knowledge representation and framing to support interprofessional informatics practice Analyze the future of interprofessional informatics leadership to develop an anticipatory leadership skill set

Explore a comprehensive collection of pharmacology cases with answers in this 21-minute video designed for medical professionals, including doctors, nurses, physician assistants, dentists, and pharmacists. Dive into multiple case studies tailored for USMLE, COMLEX, PANCE, PANRE, MBBS, and pharmacist exams. Enhance your understanding of pharmacological concepts through practical applications and real-world scenarios. Access additional resources, including more case studies, animated mnemonics, and a question bank, to further reinforce your learning and prepare for your professional examinations.

Improve and measure your pharmacist services The Good Pharmacy Practice (GPP) guidelines are a set of standards laid out by the World Health Organisation to ensure pharmacists provide high-quality services to every patient. On this three-week course from Taipei Medical University, you’ll be introduced to clinical pharmacy services (CPS), one of the key roles of pharmacists, and learn what the service entails according to the GPP guidelines. Explore current practices of CPS Clinical pharmacy services include a range of different offerings for patients. From pharmaceutical care to medication therapy management, you’ll cover the basics of CPS and the role that a pharmacist plays in carrying them out. You’ll also look at the current practices of CPS, using Taipei Veterans General Hospital as a teaching model, before focusing on pharmacy services during the COVID-19 pandemic. Discover the basics of how to start a clinic Before setting up a pharmacist clinic, there are certain steps that you need to take to make sure the clinic is relevant, useful, and stays up to date. This course will take you through each of these steps, from literature reviews and needs assessment to clinic set-up and services assessment. You’ll learn the various models for pharmacy clinics such as the drug model and the health condition model. Learn how to evaluate clinical services Staying on top of the latest models and pharmacy services is vital to developing and running a successful clinic. You’ll learn about clinic assessment, including setting short- and long-term outcomes tailored to your services. As part of the assessment, you’ll also look at model literature reviews and how you can stay up-to-date with the latest successful models in pharmacy services. This course is designed for anyone with an interest in pharmaceutical service, especially those currently practising pharmacy. It may also be useful if you’re studying pharmacy or related biological sciences.

Nursing 301: Nursing Informatics has been evaluated and recommended for 3 semester hours and may be transferred to over 2,000 colleges and universities. This self-paced course is taught by expert instructors who use a fun and simple teaching style. Finish this course to earn transfer credit and save money in school.

This series of courses begins with an introduction to the US healthcare delivery system, its many systemic challenges and the prior efforts to develop and deploy informatics tools to help overcome those problems. It goes on to discuss health informatics from an historical perspective, its current state and its likely future state now that electronic health record systems are widely deployed, the HL7 FHIR (Fast Healthcare Interoperability Resources) standard is being rapidly accepted as the means to access and share the data stored in those systems and analytics is increasing being used to support clinical research using that aggregated data. It then turns to the impact of FHIR in transforming healthcare with a focus on some of the important and evolving areas of informatics including health information exchange, population health, public health, mHealth and big data and analytics. Use cases and case studies are used in all of these discussions to help students connect the technologies to real world challenges.

One of the key cancer informatics challenges is dealing with and managing the explosion of large data from multiple sources that are often too large to work with on typical personal computers. This course is designed to help researchers and investigators to understand the basics of computing and to familiarize them with various computing options to ultimately help guide their decisions on the topic. This course aims to provide research leaders with awareness and guidance about: Basic computing terminology Concepts about how computers and computing systems work Differences between shared computing resources Appropriate etiquette for shared computing resources Computing resources designed for cancer research Considerations for computing resource decisions Target audience: This course is intended for researchers (including postdocs and students) with limited to intermediate experience with informatics research. The conceptual material will also be useful for those in management roles who are collecting data and using informatics pipelines. Curriculum: We will provide you with familiarity with fundamental computing terms. We will also discuss relevant concepts about how computers and shared computing resources work. We will explore the differences between various computing resource options, as well as provide guidance on how to make important computing discussions. This course is part of a series of courses for the Informatics Technology for Cancer Research (ITCR) called the Informatics Technology for Cancer Research Education Resource. This material was created by the ITCR Training Network (ITN) which is a collaborative effort of researchers around the United States to support cancer informatics and data science training through resources, technology, and events. This initiative is funded by the following grant: National Cancer Institute (NCI) UE5 CA254170. Our courses feature tools developed by ITCR Investigators and make it easier for principal investigators, scientists, and analysts to integrate cancer informatics into their workflows. Please see our website at www.itcrtraining.org for more information.

Health 309: Healthcare Informatics has been evaluated and recommended for 3 semester hours and may be transferred to over 2,000 colleges and universities. With this self-paced course, you get engaging lessons, expert instructors who make even the most challenging health topics simple, and an excellent resource for getting a head start on your degree.

Build a repertoire of tools to enhance medication delivery On this three-week course from Taipei Medical University, you’ll explore the different types of medication distribution systems in hospitals and the principle of evaluating drug delivery systems. Throughout the course, you’ll be taught by experienced pharmacists from Taipei Veterans General Hospital who will share their clinical experiences. Through these cases, you’ll see how Good Pharmacy Practice (GPP) guidelines are being established in this hospital. Develop your understanding of drug delivery systems in hospitals The role of pharmacists has become more diverse over time, with many now providing clinical services. But medication distribution is still an important responsibility of pharmacists, especially in hospital pharmacies. This course will take you through an introduction to the medication distribution systems used in hospitals, exploring how these systems have evolved. You’ll then assess each of the four systems, identifying their pros and cons in real-world settings. Discover the importance of pharmacy informatics Having an effective database of data, knowledge, and information is an important part of the medication-use and patient treatment process. You’ll explore pharmacy informatics, what it is, and how to use it to improve the efficiency and safety of medication use. You’ll also look at how and when to deliver this knowledge to patients in order to educate them on their medications. Explore the medication distribution system currently being used in Taiwan This course will guide you through practical examples of how medication distribution is used in Taiwan. You’ll dive into the standards and requirements of drug delivery systems in hospitals, using Taipei Veterans General Hospital as a case study to show you the real-world use of these systems. This course is designed for anyone with an interest in pharmaceutical service, especially those currently practising pharmacy. It may also be useful if you’re studying pharmacy or related biological sciences.

In this fourth of our five courses, I will go deeper into the training and education leadership skills that are helpful for nursing informatics leaders. I will also guide you through the process of preparing a course document or syllabus for the nursing informatics specialty both in academic settings and in practice or industry. Following are the course objectives: 1. Describe relevant nursing informatics course development in clinical and academic settings to understand similarities and differences in informatics teaching and education across settings. 2. Describe informatics education and training needs for diverse participants with various experience levels to enable development of appropriate training and education materials. 3. Develop a prototype course syllabus and introductory recorded message to apply learning in a simulated setting. 4. Describe the benefits of formal and informal mentoring for nursing informaticians to advance career opportunities and support the nursing informatics specialty.

Adopting digital health records and sharing the data they contain is a critical step forward. However, since successful management of chronic disease must involve patients, using informatics tools and systems to engage them is now a major area of focus for academic and industry research and development. Much of our focus so far has been on the care of patients one at a time. Another major area of research and development involves the aggregation of data from large groups of patients to understand population (or public) health issues such as the factors external to traditional medicine that cause disease and that impact on our ability to treat it. Finally, digital health data is increasingly being used for research on methods to deploy predictive analytics to improve the diagnosis and treatment of disease as well as to run hospitals and health systems more cost effectively.