Usage Fee Free hybrid platforms with custom development of available technologies and media including; video, augmented reality, virtual simulations, artificial intelligence chatbots, gamification, action stops, animations and ecommerce.
Full-cycle eLearning and research platforms are often used to provide a more comprehensive approach to online learning. By combining the advantages of multimedia virtual learning environments (VLEs) with research tools, full-cycle eLearning and research platforms can be used by professionals in both businesses and medical organizations. Users can implement the skills they gain through the eLearning course and follow up by collecting real world data from the practice of those skills.
Full-cycle eLearning and research platforms are able to incorporate innovative forms of interactive multimedia design to develop the scope of the learning experience. Custom programming with advanced interface design can create a program of eLearning videos, 3D animation, graphics, text, and more. Advanced interactivity is employed to introduce basic topics, show users what the issue looks like in real life, and then evaluate their ability to meet challenges with custom testing components.
The goal for most full-cycle eLearning and research platforms is to consolidate the acquisition and practice of critical skills onto one online eLearning website. By providing an eLearning platform that is accessible from virtually any modern computing device at any time, users can access an online eLearning application that establishes a particular professional skill and allows them to apply their knowledge and demonstrate their ability to use it. In this context, professionals can establish their proficiency, gather information in the practice portion of the platform for further research, and gain valuable insights into their work. The initial eLearning program offers long term benefits, and the follow-up section helps professionals advance long after the course has been completed. Full-cycle eLearning and research platforms effectively function as a way to offer a central resource for continuous professional development tools that support a user’s growth throughout the entirety of their careers.
Custom designed and developed full cycle medical eLearning and research platforms offer several key advantages for medical professionals and organizations. The professional development structure of full cycle medical eLearning and research platforms equips clinicians with advanced eLearning tools to acquire particular diagnostic skills, become certified in their practice, and then apply their newly acquired skills with actual patients. Full cycle medical eLearning and research platforms record diagnostic criteria along with patient health and medical histories and demographic information. This repository of information acquired during the entire diagnostic process can be used to establish a wealth of broad and deep medical resources for future research.
Using advanced dynamic query search tools, researchers can determine particular patterns between health and medical histories, resulting in outcomes that provide better care for patients going forward. By automating the pattern detection process, artificial intelligence can enhance the potency of this research even further, and expose important correlations to researchers that would otherwise not be discovered. AI provides key support for clinicians seeking to make better decisions for their patients, and helps identify which treatments work better than others.
The development opportunities for full cycle medical and eLearning research platforms are wide ranging, and may also be applied in other areas of medical practice, such as drug administration, physical therapy, surgeries, and more. Wherever there is a skill set that needs to choose from a lot of possibilities on how to deliver care, full-cycle eLearning and research platforms provide a complete virtual learning management system. Clinicians can establish their expertise, use it, and record information about the results. For themselves, for others providing the same care, and for those using the same eLearning and research support platform, an archive of readily accessible materials for continuous professional development and research is a valuable asset.
Full-cycle eLearning and research platforms have also proven to be highly effective in the business setting. With a comprehensive and fully structured professional development platform, full-cycle eLearning and research platforms provide a way for professionals to establish important skills and record structured information to be used for later research, providing valuable insight for further improvement. Sales is an excellent example, as it provides one of the vital areas of business practice where ongoing improvement and tracking results is of critical concern . Each particular industry has its own market and employs unique sales processes to address the unique characteristics of its potential customers. By using virtual learning environments in combination with interactive media design, learners can be placed into realistic situations. Simulating in person sales experiences and providing automatic feedback in real time to user’s choices helps the learner acquire the skills to successfully navigate the sales process. Users can test their skills across all the relevant demographics, scenarios, and products/services. As they come to understand the multiplicity of factors involved in successful sales, they can record and measure their performance and can derive meaningful insight from their experience.
Full-cycle eLearning and research platforms may also include certification programs with incentives for successful completion. For example, after professional certification, an eLearning and research platform would grant learners full access to the research database. A user’s performance could be categorized during the sale according to the target demographic, the relative value of the sale, the product and/or service type, and any other relevant factors, along with the ultimate success of the sale. As this information collects, especially across multiple users, the platform would then allow researchers access to the full range of sales approaches applied in each particular scenario to determine the most successful approach.
A dynamic query of this information before a given sale can give valuable insight into similar sales experiences and help frame the most advantageous approach in any given situation. Salespeople can use the platform to pool their collective experience in a dynamic information repository and support one another in their collective effort.
Full-cycle eLearning and research platforms can be applied for corporate training and continued professional development for any comprehensive and complex skill set that requires careful analysis of complex factors and sensitive execution of skills. Other areas where full-cycle eLearning and research platforms could be implemented to support professional development include teacher training, hospitality industry training, food industry training, and more.
The MBSImP is an excellent example that shows how powerful medical training platforms can be, and how they can be used to support research and enhance professional skills over the course of a lifetime. The MBSImP platform teaches clinicians the most advanced methods for diagnosing swallowing disorders. By using the Modified Barium Swallowing Impairment Profile, a new diagnostic system developed by a researcher at the Medical University of South Carolina. The MSImP eLearning and Research Platform employs an interactive multimedia design that centers on a set of eLearning videos of fluoroscopy videos paired to 73 detailed 3D medical animations of various swallowing disorders. DDA created the 3D animations to complement fluoroscopy videos and help describe the type and severity of swallowing disorders. By revealing the underlying biology, users are given the diagnostic tools they need to identify swallowing disorders by type and severity. The medical training platform also allows them to practice diagnosing the disorders based on fluoroscopy videos, and test their proficiency by using the MBSImP diagnostic profile. Upon completion of the program, certifications are provided for verification. Once certified, clinicians gain access to the patient data and reports section. Up to 716 fields of patient demographic information can be entered, along with detailed health and medical history information for each patient. Regular access to the database with a dynamic query can look for correlations across these variables to get a better sense about which treatment options may work best for each patient.
The MBSImP diagnostic eLearning and research platform has proven to be a great success since its inception, and thousands of clinicians have been trained with the Modified Barium Swallowing Impairment Profile. Their ongoing use of the platform has allowed them to catalog and query their data, expand the archive of diagnostic information, and improve their practice over time.
Dynamic Digital Advertising, LLC (DDA) was founded in 1994, and continues to be a pioneer in the design and development of interactive experiences, with a focus on providing the best elearning platforms for their clients. DDA created the first photography studio in Pennsylvania and one of the first all-digital video and animation studios in the country. DDA proceeded to build a successful search engine optimization (SEO) program and lead the way to advanced distance elearning platforms. By incorporating virtual medical simulations for cutting edge applications like MBSImP, DDA combines innovation with state-of-the-art design and technical expertise. DDA consistently delivers real value to their clients with well designed solutions that communicate effectively to the target audience.
DDA maintains an extensive set of technical skills and services under one roof, with a vertically integrated team of full-time, professional software programmers, designers, and multimedia specialists. By keeping their full range of services in house, DDA is able to maintain control over the design and development process at every stage, with a streamlined approach that is cost efficient, agile, and adaptable.
Navigate through this website to learn why DDA is among the top online medical training companies in the USA. If you have a specific project in mind, contact DDA today.
