Mathematics of Modern Technologies

Bachelor's degree

In Vilnius (Lithuania)

Price on request

Description

  • Type

    Bachelor's degree

  • Location

    Vilnius (Lithuania)

  • Duration

    4 Years

  • Start date

    Different dates available

Modern people cannot imagine their everyday life without a computer, smart phone, and often, a smart TV. We use modern technologies on a daily basis - at work, and during our leisure time. Pressing the phone buttons, we may register for a visit to the doctor's, make purchases, plan our journeys, and look for entertainment.
Currently, a myriad of products and services are based on modern technologies. The world crazy about the crypto currency, i.e. the digital (virtual) currency that lets people avoid banks or other intermediaries and anonymously perform online transactions. This is only one of many examples of modern technologies based on block chain principle.
The opportunities that this technology provides are even greater. It may be and is used in banking and finance sectors, as well as in medical service or elections.
The block chain is officially defined as a decentralized public transactions safety system. The principle of the system may be handled in almost any field of activity that encounter with various types of transactions and record sharing. It is being forecast that the exploitation of the block chain technology will be as much common as the Internet use. Currently, the unaware users are already subject to this technology.
However, the expectation for new directions in Informatics starts with the Discrete Mathematics. The Informatics and Mathematics' bond is especially strong, therefore, there is a growing demand of such specialists, who are able to exploit modern technologies, develop new products for any area of activity, manage and analyze data, take care of its security.

Facilities

Location

Start date

Vilnius (Lithuania)
See map
LT10223

Start date

Different dates availableEnrolment now open

About this course

Knowledge of Logics;
Knowledge of analysis;
Knowledge of general Mathematics and Informatics laws;
The ability to apply and create modern technology products and services;
The ability to transform knowledge in search of new technologies' solutions, developing new services, to forecast and evaluate the market.

A specialist/freelancer in any field: finance sector, medicine, IT, electronics, services provider, insurance, and other companies;
A specialist, who develops new products that are based on modern technologies.

Secondary, advanced or any other corresponding education

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Subjects

  • Calculus
  • Transactions
  • Mathematics
  • Economics
  • Algebra
  • Image
  • Public
  • Project
  • Systems
  • Technology
  • Medical
  • Medical training
  • Programming
  • GCSE Mathematics

Course programme

1st Semester

Course title

  • Information technology and programming introduction
  • Introduction to Discrete Mathematics
  • Differential Calculus
  • Linear algebra and geometry
  • Philosophy
  • Copyright Law
  • English Language
  • German Language
  • French Language
2nd Semester

Course title

  • Procedural Programming
  • Basics of mathematical economics
  • Discrete Mathematics
  • Integral Calculus
  • Application Software for Mathematics
  • Insurance performance
  • Speciality English Language
  • Speciality German Language
  • Speciality French Language
3rd Semester

Course title

  • Database Management (with course work)
  • Project Management
  • Object-Oriented Programming
  • Advanced calculus
  • Probability Theory
4th Semester

Course title

  • Information Visualization
  • Cloud Computing
  • Applied Statistics
  • Algorithms that are Changing our World
  • Differential Equations and Their Applications
  • Digital Image Algebra
  • Decision making
  • Fuzzy Structures
5th Semester

Course title

  • Architecture of Computers and Computer Networks
  • Data Modelling
  • Numerical Methods
  • Applied Algebra (with course project )
  • BIG Data
  • Economics
  • Image Segmentation
  • Parallel Programming
  • Applied Econometrics
6th Semester

Course title

  • Systems Programs engineering
  • Artificial Intelligence and Knowledge Systems
  • Mathematical Models Around us (with course work)
  • Dynamical Systems and Chaos
  • Financial Engineering and Modeling
  • Acturial Mathematics
  • Linear Transforms and Image Features
  • Distributed computing
  • Mathematical Physics
7th Semester

Course title

  • Professional Practice
  • Complex Project
  • Final Thesis 1
  • Specific Purpose Language Culture
  • Image Processing in Medical diagnostics
  • Software Testing
  • Optimization in Economics
8th Semester

Course title

  • Information Security Fundamentals
  • FInal Thesis 2
  • Applied Optimization Methods
  • Ethics
  • Public communication

Mathematics of Modern Technologies

Price on request