Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The Basics of Scientific Visualization in Mathematical Modeling of Systems program utilizes C++ to introduce the participants to pathways leading to logical visualization in the presence of business-relevant examples. An immersive approach to this program will equip you with the skills to form a holistic view of logical algorithms as well as data structures for describing the objects.
This creation of the Basics of scientific visualization in mathematical modeling of systems course began as a subset of the former educational program developed by the Ministry of Higher Education and Science in Russia. Topics such as dynamic script execution and image processing are covered in its content. Also, in the second half of the project, the underlying principles of client-server applications are also brought forward.
It’s a 4-week program that requires the participants to put in 1 to 3 hours of time per week for optimum utilization of the experience. As with other courses, an option to audit as well as one to receive an official certification is included. National Research Nuclear University, Russia is the partner institution.
The Highlights
- Core Mathematical models inclusion
- Free course
- Paid certificate
- Excellent learning outcomes
- Run time of 4 weeks
- Corporate packages available
- 1 to 3 hours of weekly effort needed
- Latest curriculum
- Self-paced program layout
Programme Offerings
- Data Analysis and Statistics
- Mobile courseware
- Official certification
- 4-week completion
- Flexible learning design
- Gateway for beginners
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 3670 | yes | National Research Nuclear University, Moscow |
The Basics of Scientific Visualization in Mathematical Modeling of Systems fee is only applicable for students who decide to pursue the verified track for the Basics of mathematical modeling of a systems course
Type of Fee | Amount |
Certification Fee | Rs. 3,670 |
Eligibility Criteria
Work experience
No work experience is required to enroll in this program.
Certification qualifying details
The students who decide to pursue the paid certification path will have a terminal examination to clear in order to receive the official certification. This is at the end of the program. On the other side, this does not apply to those who choose to audit the program.
What you will learn
The Basics of scientific visualization in mathematical modeling of systems training focuses on the following subjects during its delivery:
- Basic conceptual knowledge associated with the historical significance of mathematical modeling, introductory algorithms, and data structures.
- Get equipped with foundational aspects that explain the differences between a Data Lake and a Data Warehouse with a video as well reading.
- Application of the protocols that apply to script execution in a dynamic environment and the design elements associated with the creation of the MathPanel application.
- Working fundamentals associated with console inputs and outputs along with dynamic compilation in C-sharp and a proven framework for MathPanel scripts.
- Incorporate the image button and prototype polishing while working with bitmaps and image files to ascertain a high-quality yield.
- Deep dive into the various Bitmap functions such as array classification, saving, and loading a simple Bitmap file with a gradient.
- Develop a robust foundation of judiciously adding noise, smoothening, grayscaling, filtering, and alpha-channel incorporation for optimum results.
- Equip yourself with functionalities available by dynamic programming pathways that result in text animation with suitable synchronization with objects and strings in a rapidly evolving programming landscape.
- Put the knowledge of code review to practice by drawing an informative comparison between two strings, text files, objects, as well as image-based files.
- Synthesize file optimizations by operating Html canvas upon closer review of the available files in the library via script samples.
Admission Details
The admission process of the Basics of Scientific Visualization in Mathematical Modeling of Systems course is explained in three steps as follows:
1. Account verification phase
It begins with your decision to enrol in this program. To do that, please follow the enrollment option towards the top of the program homepage. Clicking on it will result in a new page opening up that will present you with an option to either identify and sign-in to your existing account or to create a new account. For the former, please use your login credentials. For the latter, please provide your first and last name, a public username, a strong password, and email address, and choose your country of residence from the available list of options
2. Track selection phase
You should be logged in to your edX account if you have completed the first step successfully. Thereafter, in this step, you are requested to choose from one of the two options as listed below:
- a. Official Certification path: This route is for those who seek to utilize their learning for impactful professional reasons as it leads to an officially verifiable certification. Please note that this requires a fee which is listed in another section
- b. Audit pathway: This route will allow the participants free access to the course content for only a limited amount of time, after which all the progress and media access will be lost. This timeline has been kept at 6 weeks. Thus, this path is for those who would like to sample this subject
Once you have made a selection from the above two options, please proceed to the next section
3. Payment phase
The third and final stage of the enrolment procedure is when you pay for the program. However, this will be applicable based on your selection in the previous step. This is explained better as follows:
- a. For the participants who choose to audit the program, there is no payment required as it is free. You will be shown the time left after which the program content ceases to exist. Thus, you would need to plan your studies accordingly to make an estimated exit. As an additional option, you will be given a chance to upgrade your status to have unlimited access to the course by paying a fee, which will be displayed on the screen at that time. Please use a credit card for the same
- b. On the contrary, for the participants who have decided to embark on the certified path, a nominal certification fee of Rs. 3,574 is applicable. Please note that credit cards of all major banks are accepted. This includes MasterCard, Visa, as well as American Express. Recently, the option to pay by PayPal has also been included.
As with all IT systems, a support function is vital and we at edX are no different. Should you need assistance, please follow the on-screen instructions by clicking on the help option positioned at the top of the screen. The keyword search is exhaustive and is able to solve most of your needs. However, if you need further assistance, you will find a way to reach us at the bottom of the page.
Application Details
The program on the Basics of Scientific Visualization in Mathematical Modeling of Systems does not have a standard application form. Instead, the steps outlined in the previous section will guide you well.
The Syllabus
- History of mathematical modeling
- Evolution of programming languages
- Basic algorithms and data structures
- Introduction of dynamic script execution.
- Designing the user interface of the MathPanel app.
- Methods for logging and console output.
- Dynamic compilation using C-sharp
- A template for MathPanel scripts.
- Handler for the « Image » button.
- Polishing the prototype.
- An example of a slideshow.
- BitmapSimple class – an array of RGB values.
- Saving a BitmapSimple to a file.
- Loading a BitmapSimple from a file.
- BitmapSimple with a gradient.
- Adding noise.
- Grayscaling and smoothing.
- Filtering and Sobel-filter.
- Working with an alpha-channel
- Implementing the text animation
- The task of optimal alignment of strings or objects
- How does the method of dynamic programming work
- The code review
- Comparing two strings
- Comparing two text files
- Comparing arrays of objects
- Comparing image files
- Html-canvas
- Introduction to canvas API
- Reviewing « graphix.js » library
- A simple test container for the library
- QuadroEqu class to simplify data preparation
- Drawing via script samples
- Modeling the movement of an absolutely elastic ball.
- The simulation of cell colonies - the game «Life».
- Event modeling (exit from the maze)
Evaluation process
Similar to a few other sections, this one is also only applicable for participants on the certified track. There is a terminal examination that is mandatory to be cleared in order to receive the official certification from the partner institution, which is MEPhlx in this case.