Releasedin 2009 with the new Miller and Levine high school biology textbook, we produced 35 science videos to complement each chapter. There are videos in human biology, ecology, evolution, cell biology, and gentics. Each video is designed to elaborate on the chapter mystery for each chapter. Learn more about this program at: Biology.com
Pearson is changing the way middle school science is taught. Their new program makes the learning process more interactive. We have 65 videos to complement this new initiative. We made videos for Earth Science, Life Science, Chemistry, Physical Science and Technology. It was a huge undertaking, but the results are phenomenal. Videos were released into classrooms in late 2010.
Possibly our best series yet, we have 80 videos intended for grades K-2 and 3-5. We divided the series between these two different age groups, tailoring the content for each level. Every video begins in the Untamed Science Clubhouse, and we receive a question from a student. We answer the question through research in the clubhouse, an adventure field trip, an experiment, and a fun music video. Here are some examples of those music videos:
Used by more than 11 million students each year, Pearson's MyLab & Mastering programs deliver consistent, measurable gains in student learning outcomes, retention, and subsequent course success. Explore user-provided evidence below.
Pearson digital solutions support and extend teaching and learning in pursuit of defined learner outcomes. This searchable collection of case studies documents implementation results and educational best practices in a range of learning environments. Browse educator-provided evidence below. Learn more about how you can share your results.
Pearson conducted 10 interviews withlearners in fall 2021 to betterunderstand their experience withPearson+. Through this work, learnersshare that Pearson+ is offering aconvenient, flexible, and cost-effectiveoption for accessing Pearson eTextswhich include a variety of featuresthat support learning.
In Spring 2022, Pearson interviewedeight instructors in North American toget a better understanding of theirexperience with, and perceptions of,Interactive MyLabs. Interactive MyLaboffers a superior digital learningplatform, a non-threatening space topractice, and a variety of supportiveresources for students and instructors.It goes beyond other MyLab coursesby featuring "learning assignments"that get students engaged through amix of videos, reading, interactivefigures, and "try it" exercises.
In Spring 2022, Pearson interviewedseven instructors in North America toget a better understanding of theirexperience with, and perceptions of,MyLab IT. MyLab IT supports studentsuccess, comes with top-notchcustomer service, and offers a superiordigital learning solution with a varietyof beneficial tools and features.
In Spring 2022, Pearson interviewedsix instructors to get a betterunderstanding of their experienceswith, and perceptions of, MyLab Mathin their Calculus courses. MyLab Mathoffers students a non-threateningenvironment to practice for conceptmastery, supports instructors througha variety of tools and resources, andprovides instructors and students witha superior digital learning platform.
Since Fall 2021, Pearson has gathereddata from more than 500 learnersthrough Pearson+ app reviews andPlay Stores. From this data, we seestudents find Pearson+ to be aconvenient, affordable, and supportiveoption for their textbooks.
In Winter 2021, Pearson surveyed 749learners and 72 instructors in STEMand business/economics courses in aneffort to understand their perceptionsand expectations when using a digitallearning platform in quantitativecourses. These learners and instructorswere general users of digital learningplatforms including Pearson productssuch as MyLab and Mastering.
In this paper, we describe a partnership between Bluegrass Community & Technical College (BCTC) and Pearson Education, where we defined a reengagement trend behavior and used it as a flag for student outreach. Our focus was on a specific mathematics course (Contemporary Mathematics) for non-STEM major students.
In Fall 2021, Pearson conducted threeinstructor interviews and surveyed 50instructors and 313 students acrossthe United States to gain a betterunderstanding of their experiencewith, and perceptions of, InteractiveLabs. Through this work, we foundInteractive Labs facilitates activeparticipation in learning, aids in theunderstanding of the scientificprocess, and conveys biology topics ina way that has real-world relevancy.
In August 2020, Pearson published a correlational efficacy study with the University of North Carolina at Greensboro that found a positive relationship between students continuously improving on programming tasks in Revel Java Programming and overall student success in the course.To understand if this is a shared outcome across a wide variety of institutions, we identified instructors whowere using Revel Java Programming in a similar way to the instructor in the efficacy study and interviewed them about their experience using Revel.
The increasing popularity of texts in electronic format with improved availability from the mid-1990s has resulted in a transformation in the landscape of e-textbook provision. This was hugely driven by new technologies enabling students to view, edit and personalise e-books utilising mobile devices. E-textbooks are now smarter, more interactive and richer in content. These features can be utilised to enhance teaching and as a result students can engage in learning in new ways.
E-textbook provision has proved to be especially viable to support students studying science subjects at L3 & L4. Two large modules in the Faculty of Science and Technology (FST) have incorporated the use of electronic resources: A L3 module, using mathematical-related materials as seen in the case in Electronics Network and Computer Engineering (ENCE), using a Pearson text book and on-line e-book/learning resources and a very large L4 Human Anatomy & Physiology (HAP) module in Human & Health Sciences which, for the first time in 2013/14 used a McGraw-Hill self-study resource to support lecture and tutorial material.
Students on the HAP module who have used the McGraw Hill Connect and LearnSmart resources have commented very favourably about how helpful they have been to their learning.
By the end of the course the students reach level B2 of the European Frame of Reference, having developed their skills related to grammar, lexis, language functions, reading and listening comprehension. Based on the CEFR, at level B2 the user can understand the main ideas of complex written and spoken text on a wide range of both concrete and abstract topics, including technical material in their field of specialization.
The course also aims to develop learner autonomy; compensation strategies; paraphrasing, anticipation, deduction and summarizing skills, and language and context analysis for effective handling of spoken and written texts.
Interactive classes with the use of multimedia (blended learning _learning).
Methodology: presentation of structures, deduction of rule, contrastive use of the language, use of different teaching aids (audio and video materials, slides, textbook, etc.); development of reading and listening skills through guided discovery and metacognitive/metalinguistic reflection.
Assessment: achievement test focusing on grammar, lexis, language functions, and comprehension of written and spoken texts.
NB: due to the CoVid crisis, the course may have to be held online, in interactive mode (synchronous).
Multiple choice test with questions on grammar, lexis, language functions, reading and listening comprehension at B2 level. Dictionaries, grammar reference books, electronic devices, etc. are not allowed.
The course is entirely held in English. Active student participation is highly encouraged, also to strengthen spoken production and interaction skills and collaborative learning (pair/group work).
VALIDITY OF LANGUAGE CERTIFICATES
For the list of valid certificates and their recognition / validation in place of the in-house test, please see the dedicated Elly webpage of the specific course.
The Elly webpage also provides practice material with modules focusing on the topics related to the exam and can be accessed
by using the unipr access credentials
This course will provide students with the knowledge and understanding of the relational data model. In particular, the techniques and methodologies to design, build, query and manage a relational database are described, using the SQL language. In addition to the relational model, the course also presents the basics of the data models falling within the so-called NoSQL family.
For each topic of the course, a number of examples and practical exercises will be presented in class, so that the students gain the basic skills both for designing a database, and for understanding an existing model written in the SQL language. Part of the exercises will be carried out using software packages employed in professional contexts.
Students will be able to evaluate the different alternatives when designing and querying a database. The basic knowledge of the models falling in the NoSQL paradigm will allow the student to assess in which cases one of these models can be preferred to the relational model.
The design of the conceptual model of a database for a given application requires the capability of translating the requirements expressed by the user in natural language, into the formalism of the relational model. The students will learn the basic communication capabilities needed to interact with non-technical users in order to clearly define the application requirements.
The student will learn the basic principles behind the design and use of relational and non-relational models, providing them with the essential tools for extending their knowledge on more advanced technical aspects and on different database management system implementations.
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