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Faculty:Engineering and Management
Field of study:Mechanical engineering

Computer Aided Design and Control

Type of study:
Bachelor
Obtained title:
Engineer
Duration:
3.5 years
Language of study:
Polish, English
Form of study:
Full-time (weekdays), Part-time (Saturday–Sunday)

Reasons to study Computer Aided Design and Control at UTA

High demand for specialists in the 4.0. Industry

The transformations associated with the fourth industrial revolution, namely automation and robotization of production, create a huge demand for specialists who can design and control modern computer systems. Many companies are currently using advanced technologies to produce electric vehicles or automotive components.

Practical skills useful in various industries

Graduates of this specialty not only gain theoretical knowledge but, most importantly, practical skills that are used in everyday work. Knowledge of computer programming and control systems enables, for example, the design of machines used in the food industry, such as production lines for packaging food, or in the aerospace industry when creating control systems for drones.

Wide career opportunities in the growing IT industry

The specialization combines engineering with modern IT technologies, which opens doors to a career in the growing tech industry. Computer programming and database management are skills that can be used both in large manufacturing companies and startups focused on software development.

Preparation for working with the latest technologies and tools

Students acquire skills in using advanced engineering and computer tools, which are used for designing machines and controlling industrial processes. These skills are highly valued by employers who are looking for employees ready to work with modern technological solutions.

The opportunity to work in interdisciplinary teams

Students of this specialty will be able to work in interdisciplinary teams that combine engineering, computer science, and management. For example, in projects related to the construction of modern factories, such as the implementation of production management systems in automotive plants, engineers, computer scientists, and managers must collaborate to create systems that will function efficiently and safely.

What career paths await you after graduation?

Employment prospects

Automation Engineer

As an automation engineer, you will be responsible for designing and implementing systems that automate production processes. Working in various companies, you will design control systems for production machines that will increase factory efficiency and reduce the risk of human errors. Using the skills acquired in programming and design, you will create algorithms and software for robotic systems in various industries, from automotive to food production.

Embedded Systems Programmer

As an embedded systems programmer, you will develop software for devices that require integration with hardware. You will develop software for control systems that operate industrial machines and IoT devices. Your role will involve programming microcontrollers and real-time operating systems.

Machine Design Engineer

In this role, you will be responsible for creating designs for new machines and devices, from concept to finished product. Your contribution may include developing new mechanisms that automate machine operations in factories or systems that enable device integration with the cloud, allowing for remote monitoring of their performance.

Production Management Specialist

As a production management specialist, you will be responsible for optimizing processes in factories using computer technologies and ERP systems. Your task will be to coordinate team efforts, organize processes, and implement solutions that improve production efficiency, such as implementing systems for forecasting material needs.

Automation and Robotics Consultant

As a consultant, you will advise companies on the implementation of modern technologies that automate their processes. You will work with clients from various industries, from the chemical industry to energy, helping them execute strategies related to the robotization and digitalization of their factories to increase market competitiveness.

This program is perfect for you if:

You are interested in modern technologies and their application in industry

You will have the opportunity to work with the latest tools and systems that are revolutionizing the way factories and businesses operate. For example, you will be able to work on the development of control systems for robots that assemble electric vehicles.

You enjoy combining theory with practice and solving real-world problems

This specialization will allow you to apply the knowledge you’ve gained in practice by designing and implementing real engineering solutions. For example, while working on a system for monitoring and controlling the operation of a production line in a household appliance factory, your solutions will optimize production time and minimize errors, which is crucial for increasing efficiency.

You want to work in a dynamic industry that is constantly evolving

Automation and robotics are fields that are developing at a rapid pace and offer huge career opportunities. You will be involved in designing and implementing solutions that shape the future of industry, such as automated systems for warehouse management or smart factories based on artificial intelligence.

Program and structure of studies

practical profile of education

Practical skills

62%

Theoretical knowledge

23%

Professional internships

15%

Boring classes

0%

Przedmioty

MAJOR AND SPECIALIZATION SUBJECTS FOR THE MECHANICAL ENGINEERING PROGRAM

  • Ecology and Environmental Protection

  • English Language

  • Mathematics

  • Physics

  • Materials Science

  • General Mechanics

  • Fluid Mechanics

  • Technical Thermodynamics

  • Statistics

  • Ethics

  • Microeconomics

  • Business Law

  • Fundamentals of Management

  • Cost Accounting for Engineers

  • Workplace Safety and Ergonomics

  • Engineering Graphics

  • Strength of Materials

  • Engineering Design

  • Electrical Engineering and Electronics

  • Metrology

  • Process Engineering

  • Quality Engineering

  • Fundamentals of Machine Operation

  • Cutting Processes and Machine Tools

  • Machine Tool Programming

  • CAx Systems

  • Computer-Aided Engineering

  • Modeling of Production Processes

  • Information Technology

  • Databases

  • Fundamentals of Computer Graphics

  • Computer Programming

  • Web Programming

  • Computer Networks and Internet Technologies

  • IT Systems in Production Management

  • Automation and Robotics in Production

  • Production Processes

  • Production and Service Management

  • Environmental Management

  • Thesis Consultations and Completion

  • Diploma Seminar

  • Professional Internship

  • Physical Education

Tuition fees

Tuition fees for the studies in English language - academic year 25/26

Admission fee (non refundable)
200 €
FOR EU COUNTRIES
FOR NON EU COUNTRIES
FULL-TIME STUDIES TUITION FEE
(PER YEAR)
EU/CIS/ OECD - All EU countries, all Balkan countries, Ukraine, Belarus, Moldova, Mongolia, Georgia, Armenia, Kazakhstan, Turkmenistan, Tajikistan, Uzbekistan, Azerbaijan, Kyrgyzstan, Turkey.
3000 €
FULL-TIME STUDIES TUITION FEE
(PER YEAR)
For non-EU countries
4000 €

Admission rules