Summer Practice 2018 @Continental Iaşi - Continental Corporation
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Summer Practice 2018 @Continental Iaşi www.continental-corporation.ro
Summer Practice @Continental Iasi 2018 2 Summer Practice @Continental Iasi 2018 3 Accelerate Choose one of your career our 51 projects through detailed in the your following pages. Summer Practice! Choose your project and apply here.
4 5
Canoe IO test Requirements:
•• C basic knowledge
panel
Project description:
Creation of a Canoe Panel which will be used to test
the inputs and outputs on an Automotive project.
Knowledge acquired by the student at
the end of the project
•• Good knowlegde of the architecture of the
Automotive projects
•• CANoe simulation knowledge, CAPL scripting
•• CAN protocol knowledge6 7
Control of a DC Requirements:
•• One of programming languages, preferably C, C ++,
motor capable
C #, or Python
of controlling Project description:
Enjoy learning about “motor control” from the
both a “window automotive perspective.
lifter” and a
“power door”
(the door that
opens / closes
itself)
Knowledge acquired by the student at
the end of the project
•• Design PCB
•• Electronics
•• Microcontrollers
•• GUI design
•• Motor control8 9
Communication Requirements:
•• C\C++
Analyzer
•• Java\.Net\C#
Project description:
Use controller to connect with all transceivers CAN,
Flex, Ethernet, Lin.
Route all message to PC.
Test & Technical discussion topics
•• C/C++
•• Microcontrollers
•• Java/.Net/C#
Knowledge acquired by the student at
the end of the project
•• Gains the ability to create or integrate driver for
any type of communication ( CAN, Flex, Ethernet,
Lin, Serial, SPI)
•• Aquires knowledge about routing any message
from any communication bus to any bus10 11
Dashboard Requirements:
•• One of programming languages, preferably C, C ++,
Monitor
C #, or Python
Project description:
Set-up a dashboard tool to monitor level of
deliverables fulfilment cross-disciplines.
Knowledge acquired by the student at
the end of the project
•• Clear view over the development process in Continental
•• Management specifics understanding
•• Process management understanding
•• Implications of each development cycle phase in the end
product
•• Good basis for future vision and technical project management
•• Synthesis abilities
•• Strategic point of view for and end-to-end project life cycle12 13
Matlab/Simulink Requirements:
•• Matlab
– TargetLink
model for Project description:
Develop a Matlab/Simulink – TargetLink model for
door obstacles detection of obstacles when opening the door. This
model should represent a new functionality for the
detection and future DCUs (door control units).
The model will take the input signals and commands
automatic door
from a motor, most likely a servomotor, also from a
sensor responsible with the detection of obstacles.
The information from the sensor will be received
closing either via CAN from an external module, or directly
from out HW. Based on the information received
from those two devices, the model will implement
the needed algorithms for controlling the motor,
processing of signals and the required logic
according to the available specification. In addition,
the software will close the door when it remains
open. This functionality should be integrated in a
Knowledge acquired by the student at
complete software system for Door Control Units for
the end of the project all install positions.
•• Complete development process for Embedded Systems
•• SW Architecture and SW Detailed design knowledge
•• Modeling with Matlab/Simulink advanced knowledge
•• Enhanced knowledge for signal processing for embedded
systems
•• Generation code with dSPACE TargetLink knowledge
•• Integration of the generated code into complete embedded
system software14 15
Wireless Requirements:
•• C language
•• CAN
flashing •• Basic Linux, Basic HW
•• Basic embedded programming
•• Basic multithreading
gateway Project description:
Develop a transparent WiFi encrypted tunnel
between the two CAN endpoints to allow secure
remote flashing.
Test & Technical discussion topics
•• ANSI C
•• Basic Electronics
Knowledge acquired by the student at
the end of the project
•• CAN protocol knowledge
•• Multitherading programming in Linux
•• Flashing process
•• HW knowledge, CANoe16 17
New DCU (Door Requirements:
•• Embedded C, C++
•• Python
Control Unit) •• HTML
•• Algorithms
•• Operating Systems
Architecture Project description:
Develop a new architecture for DCU. The new
architecture should be server based and should
simplify/reduce the code and CPU usage from
microcontroller. This will be possible with a
powerful microprocessor acting like a server. The
microprocessor will also include a Web Server that
will act as an interface between human and DCU.
Knowledge acquired by the student at
the end of the project
•• Complete development process for Embedded Systems
•• SW architecture and SW Detailed design knowledge
•• Enhanced knowledge for signal processing for
Embedded systems
•• Communications protocol used in automotive industry18 19
Control real Requirements:
•• Embedded C, C++
Window
•• Android, Java, Python
•• Algorithms, Operating Systems
Lifter via Project description:
Implement a system able to control a Window Lifter
Diagnosis from from a real car door from a smartphone. The system
has two parts:
Smartphone > Android application on a smartphone able to
communicate with an embedded subsystem
connected to CAN Diagnosis. The android application
will display the state of the window and also the
evolution of currents consumed by the window lifter
motor. Features to measure signals on graphic will be
added.
> Embedded application which will communicate
with the smartphone via WiFi and will transform the
commands from smartphone into diagnosis requests
on CAN and will interpret the obtained responses.
All subsystems will be placed and connected on a
mobile stand.
Knowledge acquired by the student at
Optionally, a rollo-blind will be added to the door and
the end of the project the applications will be extended in order to support
•• Complete development process for Embedded Systems
them.
•• SW Architecture and SW Detailed design knowledge
•• Enhanced knowledge for signal processing for
embedded systems.
•• Communications protocol used in automotive industry
•• Android development know-how20 21
3-Axis stabilizer Requirements:
•• Embedded C
for smartphone
or DSLR Project description:
Stabilize an object (phone or camera) to improve
video image and reduce vibrations
Knowledge acquired by the student at
the end of the project
•• BLDC motor control
•• Accelerometer and gyro sensors
•• Mechanical design22 23
Pseudocode Requirements:
•• C/C++
Requirements
Generator Project description:
Develop a software tool which shall generate pseudo
code requirements, based on customer requirements,
introduced by user.
Knowledge acquired by the student at
the end of the project
•• Get familiar with the requirement engineering
methodologies in the Automotive Industry, in the
context of Interior Body & Security projects
•• Get knowledge about automotive process
•• improve team work abilities
•• Oportunity to work in a multinational company24 25
Intelligent Requirements:
•• C/C++
Vehicle
Simulator Project description:
The Intelligent Vehicle Simulator is a modular system that
is meant to simulate the control and the exterior light
behavior of an automobile and to be able to recognize the
speed limits from a set of pictures with speed limit signs.
The system should simulate the following vehicle
components:
- Brake pedal with the help of a Brake Switch
- Position Lights with the help of 4 leds called Position
Indicators
- Low and High beam lights with the help of 4 dedicated
leds
- Reverse light with the help of one dedicated led
- Gear box shifted in reverse position with the help of a
Reverse Switch
- Turn signals indicators simulated with 4 leds position on
the left and right of the assembly (same leds will be used
to display the Emergency lights)
- Brake lights simulated with the help of one dedicated led
- Emergency button with the help of an Emergency Switch
- Sign recognition camera with the help of a wireless
connection to a server providing static images of speed
limit signs
Knowledge acquired by the student at
the end of the project
•• Complete development process for Embedded Systems
•• SW Architecture and SW Detailed design knowledge
•• Enhanced knowledge for signal processing for
embedded systems.
•• Communications protocol used in automotive industry26 27
Camera Lane Requirements:
•• Basic ANSI C
Assist
•• Basic C++
Project description:
A major cause of accidents is falling asleep behind
the wheel and there are a lot of solutions to this
matter. The project herby presented has as main
goal the development of a camera based lane
assist software application that would detect the
deviation of the car from a main trajectory. The main
outputs should be the deviation degree from the
center of the lane as a percentage value and visually
enhanced lane markings or separation markings for
lane differentiation. The application must be able
to generate these markings virtually when the road
driving lanes are not drawn.
Sample usage:
> Detect the degree of car deviation from the center
of the lane and alert the driver in case he falls asleep
Knowledge acquired by the student at
> Improve driving skills by displaying the deviation
the end of the project from the center of the lane
•• Basic Software – C/C++ skills
> Generate road markings in case the road has none
•• Computer vision
and help the driver orientate in such conditions
•• Data acquisition procedures, methodologies
•• Image processing
•• Basic software architecture
•• Basic algorithms28 29
ECU output Requirements:
•• Basic knowledge of: C language, microcontrollers,
monitor
electronic circuit components, digital ICs,
schematic understanding, laboratory equipment
Project description:
The project aims for the development of an intelligent
solution to be used in automated testing. Activities
that shall be run mean developing embedded
software, electronic circuit design, handling
documentation related to microcontroller, use of
laboratory equipment like oscilloscope, power supply,
multimeter, soldering station, etc.
Obtain a solution able to monitor ECU output lines
and report the via a communication line.
The way to achieve this involves developing an
electronic board around a microcontroller and
control the hardware resources with embedded
software.
Knowledge acquired by the student at
the end of the project
•• Hands on experience with 16 bits microcontroller
•• Embedded software development
•• Circuit design
•• Board assembly
•• External device management
•• Use of laboratory equipment
•• System architecture30 31
Multifunctional Requirements:
•• Basic Electronics
•• Basic ANSI C
DAQ System •• Electronics knowledge (Diode, Transistor, passive components,
filters, operational amplifiers)
•• ANSI C programming (Variable types, WHILE loop, FOR,
(Data
SWITCH, IF/ELSE)
Project description:
While developing electronic devices there is the
Acquisition need for fast measurements that do not require
high precision, analog signal generation and digital
System) Input/output for various tasks. The goal is to design
and build a single board device that would allow
acquisition of analog signals with an analog to digital
converter, signal generation using digital to analog
converter and manage a couple of digital input/
output pins. The data acquired can be displayed on
the PC via USB/Serial communication or Bluetooth on
smart phone or portable devices – tablet.
Sample usage:
> Sample circuits testing and debugging
> Prototype and proof of concept validation of circuits
> Basic measurements in larger scale equipment
needed for troubleshooting
Knowledge acquired by the student at
the end of the project
•• Basic Hardware skills, electronics interfacing, analog to
Digital conversion, Digital to Analog conversion
•• Skills for simulating electronics
•• Data acquisition procedures, methodologies
•• Schematic and layout knowledge (Printed Circuit Board
design)
•• Basic software architecture, Embedded C SW know-how
•• User Interface design, Communication protocols
•• Designing a prototype32 33
Power quality Requirements:
•• Basic Electronics, Basic ANSI C
•• Electronics knowledge (AC/DC power, Transformer, Diode,
monitor Transistor, passive components, filters, operational amplifiers
•• ANSI C programming (Variable types, WHILE loop, FOR,
SWITCH, IF/ELSE)
Project description:
Having many appliances connected to the same
mains outlet could determine a deterioration of
power in terms of quality. This embedded application
should be able to monitor the quality of the energy
supplied by power outlet.
Sample usage:
> Voltage exceeds the a maximum value and can
be harmful for the appliances, trigger a relay to
disconnect the appliance and warn the user
> The power supplied by the outlet has altered
waveform, inform the user
> Display frequency, voltage and a power quality
factor
Knowledge acquired by the student at
the end of the project
•• Basic Hardware skills, electronics interfacing
•• Analog to Digital conversion, Digital to Analog conversion
•• Skills for simulating electronics
•• Data acquisition procedures, methodologies
•• Schematic and layout knowledge(Printed Circuit Board design)
•• Basic software architecture, Embedded C SW know-how
•• User Interface design, communication protocols, designing a
prototype34 35
Python Requirements:
•• Good programming understanding
Debugger
•• Any of the languages: C#, C++, Python.
Project description:
We use python to write test cases in our next
standard testing framework in our department.
Sometimes the programs we write don’t run perfectly
and we need debugging to find out the reason.
Our application needs an interactive debugging
mechanism for python scripts. Some of the features
we want are: breakpoints, step over/into, watch
variables, call stack.
The debugger will be in a separate process and will
communicate with python process which executes
the test scripts.
Knowledge acquired by the student at
the end of the project
•• Framework design insights
•• Python advanced knowledge.
•• Inter process communication
•• C# programming36 37
Python Requirements:
•• Good programming understanding
Intellisense
•• Any of the languages: C#, C++, Python.
Project description:
Our testing framework uses python for scripting. In
the IDE we intend to have intellisense. Some of the
reasons are: fast learning curve, easy typing and early
discovery of syntax errors.
Unfortunately there are not too many options when
it comes to python intellisense. We would like to
develop an application which will be later integrated
in our IDE to provide python intellisense.
The application should have all code completion
features and be easy to integrate into the framework.
Knowledge acquired by the student at
the end of the project
•• Framework design insights
•• Python advanced knowledge
•• Inter process communication
•• C# programming38 39
RFID Asset Requirements:
•• Basic Electronics, Basic ANSI C
•• Electronics knowledge (Diode, Transistor, passive components,
Tracking System filters, operational amplifiers)
•• ANSI C programming (Variable types, WHILE loop, FOR,
SWITCH, IF/ELSE)
Project description:
In Research and Development there is a lot of
electronic measurement equipment in each
laboratory that is often used by many engineers.
When a more important task comes in and there
is not enough equipment for all of our colleagues,
the equipment gets borrowed or moved from
one laboratory to another. In order to find the
equipment once moved, one must search in all of the
laboratories and this takes time.
This is where the RFID asset tracking comes in and
fixes the problem by identifying the location of the
device. The main goal of this project is to develop
one fixed station that will act like a “room scanner”
and a couple of small radio or RFID beacons that will
be connected to the equipment. The fixed station will
receive signals from the beacons and the equipment
Knowledge acquired by the student at
will be added to the room inventory. The inventory
the end of the project will be available for each room in a centralised
•• Basic Hardware skills, electronics interfacing, Analog to Digital
manner in order to find the proper equipment in the
conversion
•• Basic close range radio communications shortest time.
•• Skills for simulating electronics
There is another side of this project in which the
•• Data acquisition procedures, methodologies
•• Schematic and layout knowledge(Printed Circuit Board design student will have to design a form of user interface
•• Basic software architecture
for this project, containing the inventory data from
•• Embedded C SW know-how
•• Designing a prototype the fixed station.40 41
Breaking system Requirements:
•• Matlab & Simulink basic
pressure control
•• Physics and physical modelling
simulation Project description:
Development of an alternative Matlab/ Simscape
using Matlab/ model for the current tandem master cylinder
subsystem.
Simscape tool
Test & Technical discussion topics
•• Matlab & Simulink basic
Knowledge acquired by the student at
the end of the project
•• Modeling and simulation techniques
•• Matlab
•• Simscape
•• Simulink knowledge improvement42 43
CAN FD Analyzer Requirements:
•• C
•• microcontroller
•• C++/C#/Java
Project description:
Develop an embedded system that acts as a
router between a CAN FD bus and a PC. Aditional,
a windows application for monitoring the send/
received frames is needed.
Knowledge acquired by the student at
the end of the project
•• CAN
•• CAN
•• FD44 45
Ethernet-CAN Requirements:
•• C
gateway
•• microcontroller
Project description:
Create an embedded system that is able to route the
Ethernet frames to a CAN bus and vice-versa.
Knowledge acquired by the student at
the end of the project
•• CAN
•• Ethernet46 47
BEMF Brushless Requirements:
•• Hardware
Motor Control
•• Software
Project description:
Create schematic for BLDC 3 phase control using a
schematic tool , calculate component dimmensioning,
create layout and PCB, Create software for Motor
control, voltage measurement, current measurement.
Test & Technical discussion topics
•• Hardware, motor control, power dissipation,
current and voltage measurement
•• Software
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• 3 phase motor control experience
•• ADC voltage reading
•• good knowledge for schematic
•• MCU control48 49
Fuzzy ABS on RC Requirements:
•• Hardware, Software
Car
Project description:
DC motor control for RC car traction, create a
schematic for electronic brake (electrical and
mechanical), create a Software using Fuzzy algoritm
(3 inputs maximum) to actionate the brake, current
on motor shall be monitored.
Test & Technical discussion topics
•• Hardware, motor control, power dissipation,
current and voltage measurement, Software
Knowledge acquired by the student at
the end of the project
•• DC motor control experience, good schematic
functionality, software developer experience for
intelligence sistems50 51
Solar Traker Requirements:
•• Hardware (power electronics, motor control),
•• Software (microcontrollers)
Project description:
Stepper/ servo motor control, MCU knowledge,
power supply knowledge.
Test & Technical discussion topics
•• Hardware (DC/Servo Motor control generic, Power
electronics, converters)
•• Software (MCU internal module, ADC, PWM etc)
Knowledge acquired by the student at
the end of the project
•• Power supply experience
•• DC motor control expierence
•• Power monitoring52 53
Temperature Requirements:
•• Analog/ Digital Electronics
control system
•• Signal acquisition
•• Comunication protocols
•• C/C++ Programming
Project description:
Implement an embedded system that is used to
control the temperature inside a closed chamber.
Test & Technical discussion topics
•• Embedded C/C++
•• Electronics
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Ability to configure and use data acquisition and
measurement tools
•• Ability to create a software to control the system
•• Improved Embedded C/C++
•• Hands on knowledge about analog and digital circuits
•• Increased knowledge regarding embedded systems.54 55
Object Requirements:
•• C/C++ programming
recognition
•• Open CV
•• Image processing
•• Linux
system Project description:
Implement an object recognition system using image
processing libraries, an Raspberry Pi 3 platform and
camera.
Test & Technical discussion topics
•• Linux
•• Python
•• C/C++
•• Open CV
•• Image processing
•• microcontrollers
Knowledge acquired by the student at
the end of the project
•• Advanced knowledge about image processing
algorithms, hands on knowledge with using Open
CV image processing libraries, in depth knowledge
regarding algorithm design, ability to implement
software components that meet a set or defined
requirements, knowledge about configuration and
usage of peripheral devices in a Linux56 57
Data transfer via Requirements:
•• Basic electronics
CAN protocol
•• C/C++
•• Signals
Project description:
Implement a CAN data transfer between two
embedded systems.
Test & Technical discussion topics
•• Embedded C/C++
•• Electronics
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Ability to configure and use data acquisition and
measurement tools, ability to create a software
to control the system, improved Embedded C/
C++, increased knowledge regarding embedded
systems,58 59
Cripted serial Requirements:
•• C/C++ programming
(UART) data
•• Microcontrollers
•• Cryptography
•• Electronics
transfer Project description:
Develop an encrypted communication protocol
between two embedded systems.
Test & Technical discussion topics
•• Embedded C/C++
•• Microcontrollers
•• Cryptography
•• Electronics
Knowledge acquired by the student at
the end of the project
•• Knowledge regarding encryption decryption algorithms,
•• Ability to create a software to control the system,
Improved Embedded C/C++
•• Increased knowledge regarding embedded systems,
Hands on knowledge about analog and digital circuits60 61
Paralel data Requirements:
•• C/C++ Programming
acquisition
•• Electronics
•• Data acquisition
•• Signal Processing
Project description:
Implement a parallel data acquisition system that
communicates the data to a PC for vizualization,
storage and processing.
Test & Technical discussion topics
•• Embedded C/C++
•• Electronics
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Ability to configure and use data acquisition and
measurement tools, ability to create a software
to control the system, improved Embedded C/
C++. increased knowledge regarding embedded
systems, hands on knowledge about analog and
digital circuits.62 63
Heart Rate Requirements:
•• Basic electronics
Monitor
•• C/C++
•• Signals
Project description:
Implement a heart rate monitor system that show the
number of beats per minute (bpm) on a screen.
Test & Technical discussion topics
•• Embedded C/C++
•• Electronics
Knowledge acquired by the student at
the end of the project
•• Ability to create, configure and use a measurement tool,
ability to create a software to control and self-calibrate
the system, improved Embedded C/C++, increased
knowledge regarding embedded systems, hands on
knowledge about analog and digital circuits, hands on
knowledge about operatinal amplifiers circuits.64 65
Wireless Requirements:
•• Basic electronics
thermostat
•• C/C++
•• Signals
Project description:
Implement a 2.4 GHz wireless thermostat with
Arduino and nRF24L01.
Test & Technical discussion topics
•• Embedded C/C++
•• Electronics
Knowledge acquired by the student at
the end of the project
•• Ability to create a software to control the system,
improved Embedded C/C++, hands on knowledge
about encrypted communication, increased
knowledge regarding embedded systems, hands
on knowledge about digital circuits.66 67
Internet Radio Requirements:
•• Bash
•• Linux
•• Python
•• Networking
Project description:
Implement a standalone digital internet radio made
with a Raspberry PI v3.
Test & Technical discussion topics
•• Linux,
•• Python
•• Electronics
•• C++
Knowledge acquired by the student at
the end of the project
•• Basic knowledge about electronics, networking and ssh,
hands on knowledge about programming in Python
and Bash, knowledge about configuration and usage
of Linux installed on an embedded device, ability to
implement software and hardware components that
meet a set or defined requirements.68 69
Automated Requirements:
•• Strong knowledge in System theory field, good
knowledge of the Matlab simulink environment
Trajectory •• The ability of understanding a beforehand unaproched
mathematical model, good understanding of an object’s
motion dynamics, good english proficiency can be an
Follower
advantage
Project description:
The main goal of the project is to design and
implement a structured method that solves the
problems of trajectory planning and trajectory
controlling using the Matlab Simulink environment.
Test & Technical discussion topics
•• System Theory
•• Matlab
•• Simulink
Knowledge acquired by the student at
the end of the project
•• The student will know how to create and manipulate
a mathematical model through different approaches,
will understand how to use and parameterize and
advanced controlling method, will better understand the
importance of feedback loops, will obtain an overview
about project integration, will know how to properly
write a medium-lenght academic document.70 71
Student meets Requirements:
•• C programming language
uC
•• Basic micro-controllers
Project description:
Getting accustomed to working with microcontrollers
and some of it’s peripherals.
Knowledge acquired by the student at
the end of the project
•• C embedded programming skills
•• uC peripheral
•• LCD programming72 73
3 phase motor Requirements:
•• C programming language and micro-controllers
control
•• Motor Control theories
•• Control theory
Project description:
Write the Software that allows the control of a 3
phase motor with integrated position sensor.
Knowledge acquired by the student at
the end of the project
•• Control a BL Motor
•• Deeper understanding of control theory learned in
faculty74 75
High reliability Requirements:
•• MATLAB & Simulink basics
fault diagnosis
•• Physics, Electric and Electronics modelling
and fault Project description:
The project goal is to research, design and implement
tolerant control a high reliability fault diagnosis and fault tolerant
control method for a multi-phase BLDC (Brushless
of a multi-phase Direct Current) motor based on state of the art
literature (scientific papers).
BLDC motor
The project target is to study the problems related to
fault detection of a short-circuit / open Softwareitch
of one or two Softwareitches from the power bridge
inverter (different branches), fault detection of a
short-circuit / open stator phase winding of the BLDC
Test & Technical discussion topics motor, implement a fault tolerant compensating
•• MATLAB / Simulink basic
control algorithm to minimise the fault impact.
•• Basic electric circuits
The focus is to implement at least one of these
•• Basic Electronics, Basic Motor and Motor Control
methods in MATLAB / Simulink environment.
theory
Knowledge acquired by the student at
the end of the project
•• Modelling and simulation of normal and fault
tolerant control of a multi-phase BLDC motor
•• Deeper understanding of normal and fault tolerant
working regimes76 77
Internal UBER Requirements:
•• OOP
for Continental
•• Basic knowledge about working with maps and
libraries
•• Basic Software development for mobile applications
Iasi Employees Project description:
Goal is to develop a mobile application for Android,
IOS to allow Continental Employees to track the
colleagues with a car and ask for a ride and the
colleagues with a car to see request for rides from
other pedestrian colleagues.
Test & Technical discussion topics
•• OOP
•• Algorithms
Knowledge acquired by the student at
the end of the project
•• Android Software development
•• IOS Software development
•• Knowledge about calculation of distances and
times using maps78 79
Biometric Acess Requirements:
•• Database
Control System
•• SQL
•• Embedded programming
•• Basic electronics
Project description:
The goal of the project is to implement a system that
would allow the electronic unlocking of a door by
using a fingerprint reader or a typed code.
Test & Technical discussion topics
•• Ansi C Language
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Wireless communication with an embedded
system
•• Database management over the internet
•• Embedded systems development80 81
Gas Requirements:
•• Embedded programming
Concentration
•• Basic electronics
Monitoring Project description:
Goal is to develop a product that is able to monitor
Station gases concentration and depending on defined rules
and threshold to notify via internet some users.
Test & Technical discussion topics
•• Ansi C Language
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• SYS design
•• Microcontrollers architecture and programming
•• Web server site building82 83
Obstacle Requirements:
•• Modelling
Mapping and
•• Matlab Programming
Navigation Project description:
The goal of this project: is to design a robot with the
using Lego ability to roam around an area and create a map
of where there are obstacles and where it is free to
Mindstorms travel. The robot has the ability to travel to a defined
position on this created map. After creating the map,
Robot
the robot would be able to travel to any area of open
space and can execute different commands.
Test & Technical discussion topics
•• Algorithms
•• Matlab & Simulink
Knowledge acquired by the student at
the end of the project
•• Modelling
•• Matlab Programming
•• Algorithms84 85
Spirograph Requirements:
•• Modelling
Robot
•• Matlab Programming
•• Geometry
using Lego Project description:
The goal of this project: is to design a robot with
Mindstorms Kit the ability to draw mathematical roulette curves of
the variety technically known as hypotrochoids and
epitrochoids.
Test & Technical discussion topics
•• Algorithms
•• Matlab&Simulink
Knowledge acquired by the student at
the end of the project
•• Modelling
•• Matlab Programming
•• Algorithms86 87
Mini-Rover Requirements:
•• C/C++ programming
controlled via
•• Motor control (basic)
•• Communication protocols
Wi-Fi/ Bluetooth Project description:
The goal is to control a Mini-Rover by using Bluetooth
or Wi-Fi.
Test & Technical discussion topics
•• C & Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Android development tools
•• Motor control principles
•• Ability to develop a system from design to
implementation
•• C/C++ Programming Skills88 89
Communication Requirements:
•• C/C++
protocol router
•• Programming
Project description:
The behavior should be similar to a gateway.
A message should come with a certain ID, but should
be sent on a different ID. The idea behind is to create
a routing table which would allow the tool to know on
which ID the data should be routed on.
Test & Technical discussion topics
•• C/C++
Knowledge acquired by the student at
the end of the project
•• “utomotive communication protocols knowledge
•• Software Design principles90 91
Reverse Requirements:
•• C
Pendulum
Project description:
Develop a two wheel robot, controlled based on a
phone’s accelerometer which keeps its balance while
moving. The communication with the smartphone
should be done via bluetooth or wi-fi.
Test & Technical discussion topics
•• C
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Control algorithms
•• Software design
•• Microcontroller peripheral know-how92 93
XLS to XML Requirements:
•• C/C++
converter
Project description:
The goal is to create an app which is able to place
the content from an excel file into a xml predefined
template.
Test & Technical discussion topics
•• C/C++
Knowledge acquired by the student at
the end of the project
•• Software Design Principles
•• Automotive file standards
•• Automotive tooling knowledge94 95
Integrate a CAN Requirements:
•• C/C++
enhancement
•• Communication protocols
•• Microcontrollers
into a Project description:
CAN-FD is an improvement of the CAN standard.
reprogramming Such improvement is needed in reprogramming
tools. This feature is used mostly by the customer
tool when reprogramming a product.
Test & Technical discussion topics
•• C
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Automotive communication protocols knowledge
•• Software Design principles
•• Flash memory handling96 97
Universal Requirements:
•• C/C++
calibration
•• Communication protocols
protocol for Project description:
Enhance the possibility to reprogram a car electronic
reprogramming unit via universal calibration protocol used for high-
speed and big data load.
tools
Test & Technical discussion topics
•• C
•• Microcontrollers
Knowledge acquired by the student at
the end of the project
•• Automotive communication protocols
•• Software Design Principles
•• Flash memory handling98 99
HMI services Requirements:
•• Html
using web
•• css
•• sockets
•• c++
technologies Project description:
Install and configure a web socket server on an
embedded system (raspberry pi).
Develop a service that loads images on demand from
a resource file.
Develop a web application that uses sockets to obtain
resources and display them.
Set up the communication between service and
application using web server.
Test the performance of a web Test the performance
of a web application on an embedded system.100 101
Voice calendar Requirements:
•• OOP
Project description:
HSCA’s test application should have a calendar page.
This page should be able to add/ remove meetings,
provide notifications for events and display ongoing/
future/past events. All these commands should be
available both through the HMI and through voice
recognition.
Knowledge acquired by the student at
the end of the project
•• C++, QT (both code and QMLs), sockets
•• Even more oop, HSCA coding guidelines,
HSCA test app structure, grammar design and
compilation, HSCA 2.0 production code102 103
Recognition Requirements:
•• OOP
engine
Project description:
Have the basis for an in-house recognition engine:
small-scale, no recognition rate requirement,
embedded only, ENG/ENU only.
Knowledge acquired by the student at
the end of the project
•• Lots of maths
•• Inner workings of a recognition engine104 105
Smart team Requirements:
•• Web based development
assistant robot
•• Python/Java
•• Artificial Inteligence and Deep Learning is a plus
Project description:
Develop an application to welcome and guide users
that are submitting defects in our ticketing system.
Apllication should be able to learn if tickets are filled
with concludent information. Application should be
able to find patterns and suggest solutions based on
previous tickets solved.
Knowledge acquired by the student at
the end of the project
•• Python
•• Java106 107
Continuous Requirements:
•• Python, (optional: Bash, Batch, Php)
Integration
•• Mysql DB
Project description:
Help for extending the Continuous Integration
process to all domains.
Test & Technical discussion topics
•• Python108 109
Location Space Requirements:
•• C++/Java
Management
•• QT
•• Algorithms
Generator Project description:
Develop a standalone or web app that is generating
solutions for people/teams allocation in a building/
offices or meeting rooms.110 111
Software Quality Requirements:
•• Scripting (Python but not mandatory)
Assistant
•• Algorithms
Project description:
Develop a script app that should be the developer’s
assistant from Quality point of view.112 113
Hiring tool Requirements:
•• C++
•• SQL
•• QT
Project description:
Develop with colleagues from Continental an
application that should manage the hiring process.114 115
Global Analyzer Requirements:
•• C++
•• Algorithms
•• Qt
•• Artificial Intelligence
Project description:
Develop with colleagues from Continental an
application that is managing logs and traces from
various inputs and projects and is able to analyze.116 117
.NET application Requirements:
•• C#
optimization
•• Algorithms
•• Visual Studio
Project description:
Improve an existing .NET 4.6.1 application by
developing a dynamic GUI.
Knowledge acquired by the student at
the end of the project
•• Getting familiar with different automotive
communication protocols (CAN, Serial, DLT etc.)
and aquiring .NET programming skills118 119
Porting .NET Requirements:
•• C#, Algorithms, Visual Studio
application to
•• OS: Linux and Windows
.NET Core Project description:
Port a .NET application and run it in Linux and
Windows OS.
Knowledge acquired by the student at
the end of the project
•• Getting familiar with different automotive
communication protocols (CAN, Serial, DLT
etc.), aquiring .NET, OS and Inter-process
communication programming skills120 121
Intranet web Requirements:
•• Basic knowledge in web frameworks e.g. ASP.NET
services
(C#), Laravel (PHP) or any other framework
•• Basic knowledge in databases
Project description:
The goal is to implement a web service with different
features for example: collect crash reports, key
performance indicators, automatic update and user
notification for an automated testing tool.
Knowledge acquired by the student at
the end of the project
•• Web services and web frameworks, databases,
TCP, FTP, HTTP122 123
Research tools Requirements:
•• OOP
for modelling
•• C++
state machines Project description:
Look into various tools that are used by developers in
and generating order to develop state machines and to generate C++
code.
C++ code
Knowledge acquired by the student at
the end of the project
•• Advanced knowledge about state machines and
C++124 125
Contextual Requirements:
•• OOP
information
•• C++
•• (optional) artificial intelligence
using Speech Project description:
Deduce intention of the user by speech recognition
and use this in order to start or continue dialog in the
same domain.
Knowledge acquired by the student at
the end of the project
•• Speech recognition
•• Artificial intelligence
•• Advanced C++ knowledge
•• Design patterns126 127
Emotion Requirements:
•• OOP
Detection using
•• C++
•• (optional) signal analysis
Speech Project description:
Recognize the following emotions by analyzing
speech: happiness, fear, anger, sadness, disgust.
Knowledge acquired by the student at
the end of the project
•• Speech recognition
•• Voice analysis
•• Advanced C++ knowledge
•• Design patternsContinental Automotive Romania SRL 6 Poitiers Boulevard, 700671 Iasi, Romania www.continental-corporation.ro www.facebook.com/RomaniaContinental
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