Health Informatics - Top 5 Careers In Health Informatics

Health Informatics – Top 5 Careers In Health Informatics

Health Informatics – Top 5 Careers In Health Informatics

Are you interested in pursuing a profession in health informatics? Health informatics offers numerous promising career opportunities that can be advantageous for you. In a nutshell, health informatics is an expanding field that focuses on collecting, analyzing, and managing data in digital patient records and electronic health records, with the ultimate goal of enhancing the quality of patient care. Here are the top five careers in the field of health informatics.

1. Clinical Informaticist

The role of a clinical informaticist involves managing medical data within clinical settings. The specific responsibilities of a clinical informaticist may vary depending on the organization’s size. In smaller medical facilities, the clinical informaticist may collect, manage, and organise patient data, ensuring its availability to healthcare providers, patients, and staff members. In larger organizations, the clinical informaticist may have similar duties. Still, it could also take on the additional responsibility of educating a team of clinical informaticists on operating systems and integrating information technology within the medical facility.

2. Electronics Medical Records Keeper

Medical records keepers play a vital role in consolidating health data and information; electronic medical records keepers are responsible for entering the data into the system. Their primary duty is to convert medical records into a digital format and assign appropriate medical codes to patient information, which is then entered into the organization’s database.
This includes capturing patient names, medical history, health conditions, diagnoses, treatments, medications, and future appointments. They also have the important task of ensuring the security and accuracy of the data and may provide training to other employees to uphold these standards.
Read Also:How To Protect The Health Information Of a Patient – 5 Steps That Will Guide You 

3. Nursing Informatics Specialist

Nurses have long been recognized as essential pillars of the healthcare system, as they provide direct patient care and handle important administrative tasks. Given their extensive expertise and competence, registered nurses (RNs) are increasingly sought-after to work as nursing informatics specialists in health informatics.
These specialists manage and supervise nursing staff and play a crucial role in educating them on proper recording protocols, emphasizing the significance of accuracy and security in healthcare documentation. Nursing informatics has emerged as a highly valued and sought-after career opportunity within health informatics, reflecting its importance in optimizing patient care and information management.

4. Pharmacy or Nutrition Informaticist

Pharmacy or nutrition informaticists play a crucial role in health informatics, focusing on collecting and organising patient and prescription data to enhance medication safety and efficiency. Utilizing this data, they actively monitor the medications prescribed to patients and identify potential adverse reactions.
Physicians, in turn, can access comprehensive information regarding a patient’s medication history, including current prescriptions and past medications. Additionally, nutrition informaticists leverage patient data to make informed decisions regarding dietary requirements, food allergies, and other pertinent nutritional information. Their expertise contributes to accurate and tailored nutritional recommendations for patients.

5. Chief Medical Information Officer

The chief medical information officer is the individual whose job is to ensure every department’s information management team is running as efficiently as possible. Using the various information systems available, the chief medical information officer ensures that all patients receive the best quality of patient care. They conduct daily analysis, design software applications, and participate in many information technology governance tasks. Although some work in academic settings or government positions, most chief medical information officers work in hospitals.

Conclusion

Health informatics presents a wealth of career prospects, paralleling the opportunities found in the medical field. What makes health informatics particularly appealing is its diverse range of career paths available across various educational levels. Whether you hold an associate’s, bachelor’s, master’s, or doctoral degree, there are abundant and promising career options within health informatics. By acquiring the necessary training and gaining practical experience, individuals can unlock excellent career prospects in this dynamic and evolving field.

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How To Protect The Health Information Of a Patient – 5 Steps That Will Guide You 

How To Protect The Health Information Of a Patient – 5 Steps That Will Guide You 

The protection of patient information holds significant importance, as emphasized by the Health Insurance Portability and Accountability Act (HIPAA) and the Health Information Technology for Economic and Clinical Health Act (HITECH). These regulations mandate that covered entities prioritize the security of protected health information (PHI) by implementing technical safeguards such as encryption, access controls, and more.
Failure to adhere to these security measures can result in substantial fines in the event of a data breach. Healthcare facilities must understand how to safeguard patient health information and ensure compliance with HIPAA and HITECH regulations to avoid potential legal issues. Below are the possible systems to secure patient health information.

1. Converting Your Data To a Code 

As HIPAA recommends, all healthcare organizations must establish a system for safeguarding patient data. They emphasize the significance of ensuring that even if the data is transmitted to a third party, it remains protected and undisclosed.
Encoding PHI, even if an unauthorized individual intercepts the data, remains inaccessible without the corresponding code key. Proper management of codes and access controls is crucial, with only authorized administrators and IT personnel being able to modify the code status. These measures are vital in strengthening the security of sensitive patient information and ensuring compliance with HIPAA regulations.

2. Configure User Settings Correctly

An essential component of safeguarding patient information involves accurately establishing and configuring user settings. To accomplish this, it is crucial to develop policies that address privacy safeguards, security safeguards, and password management.
Grant users access only to the specific information necessary for their roles. Regrettably, many data breaches occur due to human error or potential internal theft. Therefore, it is essential to restrict system access to employees on a need-to-know basis.
We recommend drafting a comprehensive policy that organizational leaders, it, and security teams approve. Ensuring that employees adhere to all established procedures and promptly update any components when necessary is crucial. By implementing these measures, organizations can enhance the protection of patient information and minimize the risk of unauthorized access or data breaches.

3. Create a Device Security Policy And Use MDM Software.

The proliferation of mobile devices has brought numerous benefits, including reduced paper usage, improved information management, and increased quality time spent with patients for healthcare providers. However, hospital administrators and IT staff must know these devices’ additional endpoints and security risks.
For organizations utilizing mobile devices, it is crucial to establish comprehensive security policies and effectively manage the diverse range of devices. We strongly recommend developing a written policy and implementing mobile device management (MDM) software. MDM software enables monitoring of each device and offers cybersecurity features such as remote data wiping in case of loss or theft. Your device policy should align with your overall security policy discussed in the previous tip and include guidelines for password requirements, multi-factor authentication, and other essential measures.
By adopting these practices, organizations can proactively address the security concerns associated with mobile devices, ensuring a robust and protected environment for patient information and minimizing potential vulnerabilities.

4. Systems Should Not Be Out Of Date

Ensuring the security of patient health information entails updating and securing all devices, including software, operating systems, and antivirus programs. Healthcare organizations face additional concerns regarding the security of electronic devices such as pacemakers and monitoring tools. An incident last year exposed vulnerabilities in Medtronic pacemakers, highlighting the importance of addressing potential risks.
Given the diverse range of devices and technologies employed in hospitals and healthcare facilities, it is crucial to maintain up-to-date and secure configurations for each component. Regular updates and security measures are vital in safeguarding patient health information and mitigating potential vulnerabilities. By prioritizing these practices, organizations can enhance their security posture and effectively protect sensitive patient data.

5. Educate Employees On Maintaining Security In The Organisation

Educating your employees is perhaps crucial to safeguarding your patients’ information. Many cyber attacks and breaches exploit human behaviour, such as falling for phishing scams or clicking on malicious links. Therefore, providing comprehensive training to your employees on maintaining security within your organization is essential. Moreover, this training should not be a one-time event but an ongoing and consistent initiative conducted monthly or quarterly.
By establishing a culture of cybersecurity, you can foster a sense of responsibility and engagement among your staff in protecting patient data. Every employee should be actively invested in maintaining strong security practices. Keep cybersecurity at the forefront of your organization’s priorities, and consistently motivate your employees to adhere to best practices. By doing so, you can significantly enhance the overall security posture of your organization and ensure the confidentiality and integrity of patient information.

In Conclusion

Safeguarding patient health information is crucial and fundamental for any healthcare organization. Apart from the legal obligations imposed on healthcare companies to protect Protected Health Information (PHI), it is also in their best interest to do so. Building and maintaining trust with patients regarding the security of their data is paramount, as it directly impacts their confidence in continuing to seek your services.
Patients who believe their sensitive information is secure in your care are more likely to maintain a long-term relationship with your organization. Prioritizing the protection of PHI not only demonstrates professionalism but also fosters a sense of reliability and accountability. By consistently upholding the confidentiality and security of patient health information, healthcare organizations can cultivate a positive reputation and strengthen patient loyalty and trust.

 

Effect Of Technology On Education – An Overview On The Effect Of Technology On Education 

Effect Of Technology On Education – An Overview On The Effect Of Technology On Education 

The impact of technology on the education sector has sparked a debate, as it has fundamentally changed how the world perceives learning. Some argue that technological advancements have had negative consequences, while others strongly believe technology has positively impacted global growth and progress. In the following discussion, we will explore both perspectives in detail.

The Positive Effects Of Technology On Education

1. Student Improves More With Technology 

Technology has revolutionized the learning process, providing students with a wide range of user-friendly tools and features that facilitate quick adaptation and accelerated learning. Projectors, 3D printers, televisions, and laptops have become readily accessible resources, enabling students to explore any topic in depth.
This technological presence has fostered a culture of creativity among students, inspiring them to strive for innovative research approaches.

2. With The Aid Of Technology, Students Are Motivated To Learn

Modern technological equipment enhances students’ motivation and passion for studying and learning. By incorporating contemporary technologies, students can engage in hands-on learning experiences, igniting their curiosity and driving them to explore new information and expand their knowledge.
Unlike traditional methods, which may lead to boredom during classes and other learning activities, the integration of technology keeps students actively engaged and enthusiastic about their educational pursuits. Technology in the learning process fosters a dynamic and stimulating environment, fostering students’ continuous desire for knowledge acquisition.

3. Technology Facilitates Academic Assistance From Online Writers

Online resources and platforms have become invaluable for students seeking assistance completing their assignments. By accessing written topics online, students can find solutions for their assignments. They can explore various essay samples provided by freelancing companies, enabling them to assess the quality of work produced by different writers.
Furthermore, these writers can guide students on essay writing techniques and demonstrate how to conduct thorough online research. The essays undergo multiple quality checks, resulting in well-written assignments free from grammatical errors.
Technology’s significance in writing is evident as it enables websites and their writers to offer students affordable academic support. With technology, students can conveniently complete quizzes, projects, group tasks, and assignments, streamlining their educational journey.

4. With Technology, You Can Observe Distance Learning

Technology has revolutionized education delivery, particularly in remote areas with limited access to traditional learning institutions. In the past, students residing in such regions faced significant educational challenges. However, with the advent of technology, learners now have the opportunity to participate in online education.
All they need is a computer system and internet connectivity. Numerous universities, colleges, schools, and other educational institutions have embraced online learning, providing students residing overseas with the opportunity to receive an education without physically attending classes. This convenient arrangement allows students to pursue their studies from the comfort of their homes, eliminating the barriers and obstacles associated with geographical distance.

5. Technology Helps Students Save Time

Technology integration in education has greatly enhanced the efficiency of learning and studying for students, resulting in significant time savings. Gone are the days when students had to visit libraries, spend countless hours searching for books, and engage in extensive research. With the internet at their disposal, learners can access the information they need within seconds with just a few clicks.
This easy and rapid access to information has revolutionized how students acquire knowledge, allowing them to quickly find relevant resources and focus more on understanding and applying the data rather than spending excessive time searching for it. As a result, students can make the most of their time, dedicating it to effective learning and studying.

The Negative Impact Of Technology On Education

While technology undoubtedly brings numerous benefits to students, it is important to acknowledge its potential drawbacks and negative impacts on their lives. Here are some of the disadvantages associated with technology in education:

1. Technology Has Made The Students Dull

The abundance of resources available through technology has inadvertently led to a concerning trend among students – a lack of motivation to study. Students can effortlessly copy and paste information from online sources to attain good grades without truly comprehending the subject matter. As a result, many students lack the necessary expertise and understanding in their chosen fields.
This issue becomes apparent when they encounter technical challenges related to the content they copied without fully grasping, hindering their ability to excel in their academic pursuits. Undoubtedly, this is one of the most detrimental effects of technology on education.

2. Technology Causes a Lack Of Concentration 

Many students’ time is dedicated to using technological devices and gadgets. Unfortunately, this time is often wasted on non-productive activities such as listening to music, watching movies, and playing games. In addition, the misuse of technology by instructors in the classroom further diminishes students’ valuable learning time.
Many teachers engage in personal activities such as watching movies, browsing the internet, and scrolling through social media platforms instead of actively engaging with their students. This behaviour significantly hampers students’ ability to learn and study, effectively affecting their educational outcomes.

3. Technology Causes Health Problems.

The excessive use of modern technologies has resulted in various health issues among students. Excessive mobile phone usage, in particular, has detrimentally impacted their well-being. Continuous engagement with electronic devices has led to a sedentary lifestyle, depriving students of physical exercise and negatively affecting their physical health.
Consequently, an increasing number of students are experiencing weight gain and obesity, which can contribute to various illnesses and have long-term implications for their overall health. Additionally, excessive technology use has been associated with health problems such as dark circles under the eyes, vision impairments, spinal issues, neck discomfort, and headaches. These health concerns are directly linked to the excessive and improper use of technology among students.

Conclusion

Before incorporating technology into the education sector, it is crucial to evaluate its advantages and disadvantages carefully. While students can greatly benefit from modern technology, it also poses several challenges to their learning and academic development.
When utilized appropriately, technology can significantly enhance students’ efficiency in studying and learning. However, it is important to set limits and monitor students’ use of technology to ensure its proper application. Ultimately, the impact of technology on education depends on how it is utilized and the guidelines provided to students regarding its use.
 

Smartphone – 10 Ways You Can Learn Effectively With Your Smartphone

Smartphone – 10 Ways You Can Learn Effectively With Your Smartphone

Smartphones have revolutionized our learning, providing a convenient and accessible platform for acquiring knowledge. Gone are the days when phones were solely used for making calls; now, they serve as valuable learning tools for students, including undergraduates.

Although younger generations may take smartphones for granted, older individuals have had to adapt to the use of smartphones and familiarize themselves with their numerous features and capabilities. In today’s world, where technology and innovation constantly evolve, there is always something new to learn.
Here are some ways you can harness the power of your smartphone for learning purposes:

1. Staying Connected To Your Assignment

Thanks to the internet, you can always stay connected to your learning management system as long as you can access your smartphone. You can conveniently access the necessary resources for your assignments with a smartphone.

2. You can Record The Lectures

Capturing lecture recordings with your smartphone does not imply laziness as a student. There may be situations where taking detailed notes becomes challenging or uncomfortable, but that doesn’t mean you’re falling behind. Thankfully, your smartphone can come to the rescue by allowing you to record lectures or discussions throughout the day.
Using your smartphone, you can easily capture the lecture audio to revisit and review later, ensuring no important details are missed.
However, it’s essential to seek permission from your professor beforehand to ensure that recording class discussions is permitted and complies with applicable policies or regulations.

3. Make Use Of The Note App

Applications such as Google Drive, Evernote, and various others have played a crucial role in enabling us to store essential files on our smartphones, ensuring easy access whenever necessary. Moreover, these apps offer the added benefit of organizing our work systematically.

4. Listen To Podcast

Smartphones have opened up a multitude of possibilities for sharing information. Podcasting is an increasingly popular medium for disseminating ideas, information, and stories.
Podcasts cover many topics, including business, health, technology, science, etc. You will likely find a podcast that captivates your interest and provides valuable insights for learning.

5. Record Your Presentation Using Videos

If you encounter issues with the camera on your computer, there’s no need to get upset since your smartphone can come to the rescue, even when using an online program.
Having your smartphone allows you to find a solution by easily recording a video of your presentation.

6. Keep Track Of Your Calendar

Although a physical paper calendar has advantages, having a digital calendar on your phone offers constant access to upcoming assignments, appointments, meetings, and other important events. Knowing your upcoming schedule enables you to prepare and stay on top of your commitments effectively.
Additionally, utilizing the calendar on your smartphone allows you to set reminders, ensuring you never overlook any important tasks or events.

7. Get An Ebook App

By opting for electronic books, you have the convenience of carrying your reading materials with you wherever you may be. With devices like Kindle or other eBook applications, you can effortlessly catch up on your readings for class, get ahead, or enjoy a book for leisure.
If you still prefer traditional printed textbooks, you can strike a balance by combining printed and electronic versions based on your preferences. Furthermore, audiobooks have experienced a significant surge in popularity, offering another alternative for accessing literary content.

8. Get Your Research Questions Answered

If circumstances prevent you from visiting the library for a research project, there is still a way to get help from a librarian. Utilizing the convenience of your smartphone, you can effortlessly connect with a librarian and receive prompt answers to your questions, enabling you to create an exceptional research assignment.
Furthermore, whether you need to clarify a particular fact or gather essential details for your work, a search engine is readily available with a simple query. The remarkable capability of accessing information through our smartphones, whenever and wherever we desire, empowers us to pursue knowledge and learn about any subject of interest.

9. Your Timer is a Good Target

Suppose you find it challenging to maintain focus on your work. In that case, whether for professional, educational, or personal tasks, your smartphone can be a valuable tool to keep you on track. Utilizing the stopwatch feature, you can set a timer for a specific duration during which you dedicate yourself to a task. Once the timer goes off, you can take a break or switch to another task.
A timer allows you to work diligently, knowing relief is near when the alarm sounds. This way, you can enhance your productivity and effectively manage your time.

10. Contact Your Professor

If you miss any lectures, reaching out to your professor is easily achievable through your smartphone. You can contact them via email or text, depending on their preferred mode of communication.
Moreover, a significant advantage is that you can reach out to them at a time that is convenient for them to provide assistance or guidance regarding any assignment or project you may require support with.

Conclusion

Your smartphone can foster lifelong learning by supporting your work and assignments and facilitating communication. Instead of limiting its usage to intense games of Solitaire, explore the various practices you can adopt today to maximize the potential of your smartphone.
With fully online degree programs available, you can actively participate in the curriculum using your smartphone, tablet, or laptop. Find a program format that suits your needs and accommodates your preferred device, enabling you to engage with the learning material wherever possible.

Computer Vision Courses – Top 7 Free Computer Vision Courses You Must Know

 Computer Vision Courses – Top 7 Free Computer Vision Courses You Must Know 

“Are you excited about delving deeper into the field of computer vision? It’s fascinating to discover that computer vision encompasses various applications, including facial recognition, optical character recognition, object recognition, 3D imaging, and image-guided surgery. By reading this blog, you will gain insight into various courses that can enhance your understanding of computer vision. Here are seven recommended courses for you to explore:”

1. Introduction To Computer Vision

“This is an excellent course for learning Computer Vision; the best part is that it’s completely free! The system offers comprehensive and detailed content spanning over a period of four months.
The curriculum begins by covering the fundamentals of computer vision. As you progress, you will delve into advanced concepts, such as image formation, camera imaging geometry, feature detection and matching, and multiview geometry, including topics like stereo vision, motion estimation, tracking, and classification.
Moreover, you will have the opportunity to develop practical skills for various applications, including identifying known models in images, depth recovery through stereo vision, camera calibration, image stabilization, automated alignment for panoramas, tracking, and action recognition.
Throughout the course, you will gain a deep understanding of these methods’ underlying principles and mathematical foundations. Additionally, you will learn to discern the distinctions between theory and real-world implementation through hands-on problem-solving exercises.”

2. Computer Vision Basics

This course requires 13 hours of study time and has received a rating of 4.5, indicating its quality.
This course is available for free auditing on Coursera. This means that you can access all the course materials without any cost, but a fee is involved if you wish to obtain a certificate.
To audit the course for free, click the “Enroll for Free” button. Coursera offers two options: purchasing the system or auditing it only. Choose the “Audit only” option, and you will gain access to the course materials without any charge.
The course follows a four-week study plan. In the first week, you will delve into the fundamentals of computer vision and explore its various applications. During the second week, you will learn about colour theory, light sources, digital cameras, and related topics.
The third week is dedicated to understanding the three-level paradigm of computer vision, which includes low, mid, and high-level vision. Finally, in the last week, you will focus on mathematical concepts relevant to computer vision, such as linear algebra, calculus, and probability.

3. Intel® Edge AI Fundamentals with OpenVINO™

This course spans over one month, offering an opportunity to explore the Intel® Distribution of OpenVINO™ Toolkit. It is yet another free course available for learners. The course is divided into five lessons, each focusing on different aspects.

In the first lesson, you will gain an understanding of AI at the Edge and its various applications. Additionally, you will dive into the OpenVINO™ Toolkit, explore different types of computer vision models, analyze case studies in computer vision, and discover the pre-trained models available in OpenVINO™. This lesson also includes exercises to enhance your practical understanding of computer vision.

The second lesson is dedicated to the Model Optimizer and optimization techniques. You will learn how to utilize the Model Optimizer with TensorFlow models effectively.

The last two lessons will cover the Inference Engine and its functionalities. You will learn how to work with the Inference Engine using an IR (Intermediate Representation), gain insights into OpenCV basics, explore techniques for handling input streams, and even delve into MQTT (Message Queuing Telemetry Transport) integration, among other topics.

4. Advanced Computer Vision With TensorFlow

The study plan for this course spans four weeks, with each week focusing on different aspects of computer vision.
During the first week, you will delve into the fundamentals of computer vision, including topics such as transfer learning, advanced transfer learning, object localization, and object detection.
Moving on to the second week, the course will cover in-depth concepts related to object detection. You will explore techniques such as sliding windows, R-CNN (Region-based Convolutional Neural Networks), and Fast R-CNN, and even learn how to implement simple object detection using TensorFlow.
In the third week, the focus shifts to image segmentation. You will gain an understanding of image segmentation techniques and explore architectures such as FCN (Fully Convolutional Network) and U-Net.
Lastly, the fourth week of the course will emphasize the importance of interpretation in computer vision. You will delve into saliency, GradCAM (Gradient-weighted Class Activation Mapping), ZFNet, and more.

5. Computer Vision

This course aims to provide a comprehensive understanding of the core concepts in computer vision, along with hands-on experience in building an image classifier using modern deep-learning networks with Keras. The course duration is four hours.
Throughout the course, you will gain proficiency in utilizing pre-built blocks for constructing your custom content and develop a strong grasp of visual feature extraction and transfer learning, which are fundamental concepts in computer vision.

6. Introduction To Computer Vision And Image Processing

This course lasts 21 hours and has received a rating of 4.4 out of 5.
The course offers a comprehensive and detailed study plan spanning six weeks. It begins by covering the basics of computer vision and exploring its various applications. Following that, you will dive into image processing techniques using Pillow and OpenCV. This includes learning basic image manipulation with OpenCV, pixel transformations, histograms, and intensity transformations.
In the third week, the focus shifts to image classification. You will explore techniques such as KNN (K-Nearest Neighbors), linear classifiers, logistic regression training, support vector machines, and image classification with SVM (Support Vector Machines) and CV studio.
The fourth week is dedicated to deep learning algorithms, including neural networks and CNN (Convolutional Neural Networks). These algorithms are vital in the field of computer vision for various tasks.
The last two weeks of the course will revolve around object detection techniques using the Haar Cascade Classifier. Additionally, you will have assignments to apply your knowledge and further enhance your understanding of the subject matter.

7. Computer Vision with OpenCV Python | Official OpenCV Course

This course is free and focuses on teaching OpenCV for Computer Vision. It has a total duration of 1 hour and 59 minutes and has received an impressive rating of 4.9 out of 5.

The course is divided into 15 sections, covering various topics related to computer vision. You will gain knowledge in areas such as image manipulation, image annotation using OpenCV, arithmetic operations on images, and bitwise operations on images.

Furthermore, the course delves into image filtering techniques in OpenCV, image features, image alignment, object tracking, face detection, object detection, and human pose estimation using deep learning. These topics provide a comprehensive understanding of computer vision techniques and their practical applications using OpenCV.

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