Explanation of the methods for standard module design

exemplarily displayed by

Main Module 3Information and Communication

Lecture

Structure

• Each Main Module consists of several Modules.• Each Module consists of one or more Lectures.• Submodules developed by the partners may later on be put together

to create concatenated Lectures.

Main Module

Module Module

Lecture

Lecture Lecture

Submodule:

Subject a

Partner z

Submodule

Subject b

Partner y

Submodule

Subject c

Partner x

Submodule

Subject d

Partner w

Main Module 3Information and Communication

Structure – Main Modules Each Main Module consists of several Modules.

For example: Main Module 3 “Information and Communication” consists of five Modules:

- Module 1: Fundamentals (Knowledge) - Module 2: Applied Control Technology (Comprehension)- Module 3: Programming of Software and Hardware (Application)- Module 4: Networking Technologies (Analysis, Synthesis, Application) - Module 5: Practical Training (Evaluation, Application)

Module 1Fundamentals (Knowledge)

Module 2Applied Control

Technology(Comprehension)

Module 3Programming of

Software and Hardware

(Application)

Module 4Networking

Technologies(Analysis, Synthesis,

Application)

Module 5Practical Training

(Evaluation, Application)

Structure - Modules

• Each Module consists of one or more Lectures:– For example: Module 4 Networking Technologies (Analysis, Synthesis,

Application) consists of two Lectures:

- Web oriented techniques Information – Transformation IV

- Networking structure – Information Transformation V

Module 4Networking Technologies

Lecture:Web oriented techniquesInformation -

Transformation IV

Lecture:Networking structure

Information -Transformation V

Lecture:IntroductionIntroduction to the Basics – Information Technology

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Lecture:IntroductionIntroduction to the Basics – Information Technology

Lecture:Analogue Technique

Basics –Information Technology

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Module 1Fundamentals (Knowledge)

Lecture:Digital

TechniqueBasics – Digital

Technology

Lecture:IntroductionIntroduction to the Basics – Information Technology

Lecture:Analogue Technique

Basics –Information Technology

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Lecture:Analogue Techinque

Basics – Information Technology

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Lecture:Digital

TechniqueBasics – Digital

Technology

Lecture:Analogue Techinque

Basics – Information Technology

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Module 2Applied Control

Technology(Comprehension)

Lecture:Digital

TechniqueBasics – Digital

Technology

Lecture:Analogue Techinque

Basics – Information Technology

Lecture:Control and

measurementInformation

Transformation I

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Lecture:Basic of

programming techniquesInformation

Transformation II

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Module 3Programming of

Software and Hardware

(Application)

Lecture:Basic of

programming techniquesInformation

Transformation II

Lecture:Programming of hardware

Information Transformation III

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Lecture:Web oriented techniquesInformation -

Transformation IV

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Module 4Networking

Technologies(Analysis, Synthesis,

Application)

Lecture:Networking structure

Information -Transformation V

Lecture:Web oriented techniquesInformation -

Transformation IV

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Lecture: Compulsary training on technical

experimentsLaboratory I –

Information Transformation

Submodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering

Module 5Practical Training

Lecture:Autonomous developing of

technical experimentsLaboratory II –

Information Transformation

Lecture: Compulsary training on technical

experimentsLaboratory I –

Information Transformation

ElectiveSubmodules:

• Introduction• Analogue technique (Transistors, OpAmps)• Digital technique (Combinational Logic, Sequential Logic)• Control, measurement • Analysis of problems (flow process chart)• Structured programming (modules) • Hardware (sensors, actors, ports, i/o-cards, interfaces,

etc.)• Programming (Basic, Assembler, Microcontroller, SPC,

EIB) • Hypertext, Javascript, Java, PHP, Perl, SQL• Multimedia (Audio, Video, Flash, Web 2.0)• Transmitting systems (Lightwave Guide)• Operating systems (Linux, Windows, FreeBSD)• Protocols (TCP/IP allocation)• L.A.M.P.• Recording, processing and interpretation of

measurements• Control tasks (Guided control, programmed control, etc.)• Triggering of sensor / actor peripherals• Elements of closed loop control

(Discontinuous/continuous)• Elements of communication engineering