Automotive Electronic Control Systems (AECS)
AECS Courses

Automotive Electronic Control Systems (AECS) Courses

Our program encompasses a diverse range of disciplines essential for shaping the future of transportation. Throughout the program, you’ll engage in practical, real-world projects and research, collaborating with experts in the field.

1st Year

Mandatory (DI)

Automotive power electronics

Course organizer:

Neacsu Dorin-Octavian

Overview of Voltage regulators, Power supplies, Inverters and how these are integrated in the car

L (lecture) - 2 H

L (lecture) - 2 H

LB (laboratory works) - 1 H

Electronics for automotive systems

Course organizer:

Aghion Cristian

Forging the abilities needed in order to approach the design and implementation of the technologies used in electronics for the command and control of various electronic applications.

L (lecture) - 0 H

L (lecture) - 0 H

LB (laboratory works) - 3 H

Embedded signaling communication and networking

Course organizer:

Overview of the mechanisms and concepts as of control vehicle electronic systems

L (lecture) - 2 H

L (lecture) - 2 H

LB (laboratory works) - 1 H

Embedded system design and modeling

Course organizer:

Practical model Based Development with MATLAB protocols

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Embedded systems engineering and testing

Course organizer:

Cracan Arcadie

Overview of methods for defining and testing a system as intended and in accordance to customer expectations

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Ethics and academic integrity

Course organizer:

Teodorescu Horia-Nicolai

Allows the understanding of the principles and norms of ethics and to be able to apply these norms

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 0 H

Hardware development of automotive electronic systems

Course organizer:

Barabașa Constantin

Practical aspects of electronic circuit and module design

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Professional training2

Course organizer:

Developing skills in the implementation and coordination of a project

L (lecture) - 0 H

L (lecture) - 0 H

LB (laboratory works) - 0 H

Programming embedded systems 2

Course organizer:

Dobrea Dan-Marius

Practical aspects of basic programming and microcontroller architecture used to build car systems

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Vehicle control systems

Course organizer:

Ungureanu Paul

Overview of the mechanisms and concepts as of control vehicle electronic systems

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Vehicle electronic systems

Course organizer:

Aghion Cristian

Overview of architecture and systems from the car (Sensors, Drivers, Instrumentation or Diagnosis)

L (lecture) - 2 H

L (lecture) - 2 H

LB (laboratory works) - 1 H

1st Year

Category (DL)

Social competence & interpersonal skills in organizational environment

Course organizer:

Conceive, organize, coordinate and control the development process of a complex software project

L (lecture) - 2 H

L (lecture) - 2 H

LB (laboratory works) - 0 H

1st Year

Elective (DO)

Programming embedded systems

Course organizer:

Maiorescu Victor-Andrei

Practical aspects of basic programming and microcontroller architecture used to build car systems

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

2nd Year

Mandatory (DI)

Automotive electromagnetic compatibility

Course organizer:

Lucanu Nicolae

Overview of designing systems that are in compliance with EMC and EMI laws and standards

L (lecture) - 2 H

L (lecture) - 2 H

LB (laboratory works) - 1 H

Cybersecurity for automotive systems

Course organizer:

Andriesei Cristian

Overview of Cybersecurity aspects as Security standards and Hacking methods in a world where the car is connected to everything

L (lecture) - 2 H

L (lecture) - 2 H

LB (laboratory works) - 1 H

Dissertation work

Course organizer:

*

L (lecture) - 0 H

L (lecture) - 0 H

LB (laboratory works) - 0 H

Functional safety reliability of embedded systems

Course organizer:

Overview and understanding of ISO26262 to create safe systems for cars users

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Professional training3

Course organizer:

Developing skills in the implementation and coordination of a project

L (lecture) - 0 H

L (lecture) - 0 H

LB (laboratory works) - 0 H

Signal processing for vehicular technologies

Course organizer:

Zbancioc Marius-Dan

Complete overview of signal processing for monitoring driver distraction, vehicle lane control detection/tracking

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

2nd Year

Elective (DO)

Computer programming and programming languages

Course organizer:

The course provides essentials of data structures and special programming techniques with emphasis on numerical methods applied in electronic engineering, providing also competencies for design, implementation and test of complex software applications

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

High level embedded programming for automotive system

Course organizer:

The discipline focuses on designing and implementing applications using Java programming Ianguage that is used in Android.

L (lecture) - 1 H

L (lecture) - 1 H

LB (laboratory works) - 1 H

Structure of the Academic Year 2023– 2024

Bachelor and Master Studies, Full Time Studies

DATE

PERIOD

ACTIVITY

25.09.2023–01.10.2023

7 days

Accommodation of students

02.10.2023

The Official Opening of the Academic Year

1st SEMESTER

02.10.2023-22.12.2023

12 Weeks

Didactic Activity

23.12.2023-07.01.2024

2 Weeks

Christmas Holiday

08.01.2024- 21.01.2024

2 Weeks

Didactic Activity

22.01.2024-11.02.2024

3 Weeks

Examination Period

12.02.2024-18.02.2024

1 Week

Winter Holiday

2nd SEMESTER

19.02.2024-02.05.2024

11 Weeks

Didactic Activity

03.05.2024-12.05.2024

1 Week

Easter Holiday

07.05.2024

Free Day For Students (to be recovered on Saturday 25.05.2024)

13.05.2024-02.06.2024

3 Weeks

Didactic Activity

03.06.2024-23.06.2024

3 Weeks

Examination Period

02.09.2024-15.09.2024

2 Weeks

Reexamination Period

17 and 18.09.2024

2 Days

Re examinations

2nd SEMESTER for the final year of study (bachelor + master)

19.02.2024-02.06.2024

14 + 1 Weeks

Re Didactic Activity and Easter Holiday According To The Previous Calendar

03.06.2024-16.06.2024

2 Weeks

Examination period

17.06.2024-20.06.2024

4 days

Reexamination period

27.06.2024-07.07.2024

11 days

Period for preparing the final thesis

Legal and Religious Holidays:
30.11.2023, 01.12.2023, 25.12.2023 , 26.12.2023, 01.01.2024. 02.01.2024, 24.01.2024 01.05.2024, 03.05.2024, 06.05.2024, 01.06.2024, 24.06.2024, 15.08 2024.


Practical Activities (3 -6 Weeks)
will be scheduled either during the entire academic Year