Advanced integrated technologies in car electronics

Catalogue of disciplines

Overview

TAEA is the appropriate framework for students to train in accordance with current requirements in a highly topical field, ELECTRONICS AUTO, field also promoted in Romania. Numerous companies around the world, who have opened branches in our automotive industry, want undoubtedly, personnel specialized in automotive electronics and has created the premises development of the automotive electronics sector for cars with engines thermal, but especially electric cars:

• RENAULT - DACIA funds research and development programmes
  conducted in Romania;
• Groupe RENAULT has set up the Renault Technology Research Centre
  Romania;
• UPB coordinates research programs - automotive equipment design with Romanian manufacturers (Continental, Siemens, etc.)
• Romanian Association for the Electronics and Software Industry (ARIES), Association Constructorilorilor de Automobile din România (ACAROM), Societatea Inginerilor de Automobile din România (SIAR), Optoelectronica 2001 SA, Asociatia Româna de Tribologie, have issued letters of interest for the organization of studies in the labor market of specialists in advanced integrated technologies, applications in automotive electronics engineering.

The specialization program aims to integrate knowledge through training strongly oriented towards specific applications

Who is it for?

• The Master is addressed primarily to graduates from technical faculties in the field:
• Electronics, Telecommunications and Information Technology;
• Automotive engineering;
• Mechatronics and robotics;
• Remote controls and electronics in transport;
• Transport engineering;
• Mechanical Engineering;
• Energy Engineering;
• Electrical Engineering;
• Computers and information technology

Objectives of the Master's programme:

• The TAEA Master specialization program aims to integrate knowledge through training strongly oriented towards specific applications through following disciplines:
• The car and the basics of car electronics;
• Modern elements in the theory and practice of automatic systems;
• Advanced structures in electronics;
• Optoelectronic sensors;
• Hardware structures and algorithms specific to EMBEDDED microsystems;
• Advanced electronic and automated testing technologies;
• EMBEDDED microsystems construction and technology;
• RF/Wireless communications;
• Laboratories and Applied Projects in the field of industry

Specialist skills offered to graduates

• Using specific theories and tools (algorithms, schemes, models, protocols, etc.) to explain the structure and functioning of systems hardware, software;
• Building models for different components of automated systems dedicated to automotive or industrial environments;
• Building hardware components using design methods, protocols and advanced technologies ;
• Use of programming and engineering technologies and environments programming;
• Appropriate use of acquisition and processing methods;
• Use of simulation environments (ANSYS, CAD, Proteus) to analyze and signal processing to solve specific problems

Examples of research directions addressed

• Electronic module for automatic control of panoramic hatch (collaboration with RTR);
• Indoor/outdoor location system using Wi-Fi routers and a GPS module;
• Construction of a suspension integrated electronic control system (collaboration with RTR);
• Automatic control system to prevent drink-driving alcohol;
• Online monitoring system for an electric car (collaboration with RTR);
• Autonomously powered electronic air quality monitoring system and atmospheric conditions;
• Battery Management System (BMS) for electric vehicles (PHEV)
• Power Line Actuated Load Control Device (collaboration with CONTINENTAL);
• 1.6kW smart electric drive via EtherCAT (collaboration with CU TECHNOSOFT)