Background:

Regarding the review meeting in Austria at GHE, we have now received confirmation from our project officer. She would prefer the week from 15th to 18th of July. Her preferred dates are 16th to 17th of July. This would mean that the meeting would take place before the general summer vacation.

On this day, each WP leader would give a 10-minute presentation followed by a discussion on the tasks completed in the second reporting period. This will be followed by a factory tour at Global Hydro.

In addition, we would hold our General Assembly after the Review Meeting. This would allow us to use the two days efficiently.

We need to know by the beginning of next week whether you will be available on the 16th and 17th of July. Otherwise, you can choose two consecutive days between 15th and 18th of July.

It will be a hybrid event so that partners who are not present in person can also take part online.

Please vote by 2nd of May so that Global Hydro and TUM has enough time to organize the event.


Important Notes: 

  1. It is not possible to save an intermediate version of the input text you are writing unless submitting the completed forms (by clicking on “send values now”) and receive the confirmation email, once the page is closed, the data would be lost
  2. A copy of your entries would be sent to you in the confirmation email for your reference
  3. Please let me know via email if there are any issues with filling/submitting the poll

* mandatory fields

Poll | Hybrid Event Review Meeting + General Assembly in Austria

Name of Partner * : 

Upon selection, the list of subtasks assigned to your organization would appear in a dropdown list below

Reported by (Full name) * :

Email: (for the confirmation message and further questions)

Review Meeting + General Assembly at GHE in Austria on July   - *

Please make a decision.

If your answer is "yes": How many participants?

How many participants?

If your answer is "no": Please feel free to comment or choose two consecutive days between the 15th and 18th of July to

Please leave a comment if your answer is "no".

If you have any questions, please contact us:


Moritz Roth, M.Eng.

Project Manager Hydro4U

Technical University of Munich 

Chair of Hydraulic and Water Resources Engineering

Arcisstr. 21 
80333 München

E-Mail: moritz.roth@tum.de 

Please check your details before clicking on "Send values now". Clicking on "Send values now" will finally send off your data.

Check of your details * :

Verification * :


Please enter verification code above



Subtasks and assigned deliverables:

Please check the description of the tasks/subtasks and deliverables assigned to your organization below:

TUM 

Subtasks Description

Task

Description
1.5 Development of a model structure for a screening tool to analyse site-specific hydropower conditions in CA
1.6 Scale-based application and validation of the screening tool at case studies
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
3.1 Analysis of technology optimization potential
3.2 Optimization and design of the small hydro solutions
3.3 Verification and assessment of the sites for the demonstration activities and detailed project design
3.5 Realization of the Demonstration Activities
4.1 Identification of SHP demo sites and basic data acquisition
4.3 Assessment strategy integrating environmental, financial and socio-economic sustainability
4.4 Demo-site design development and optimization
4.4.1 Design options, location, layout, hydraulic dimensions
4.4.2 Environmental sustainability
4.6 Validation of regional with site specific model results
4.7 Demo-site implementation
4.8 Assessment of the operation
5.1 Hydro4U replication plan
5.3 Feasibility studies and planning at test cases
5.4 Hydro4U Replication Guideline
5.4.1 Replication Guideline tool design and development
5.4.2 Validation of the tool at test cases
5.4.3 Replication workshops for future hydropower project promoters
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.1 Project results dissemination via policy dialogues in CA and related platforms
6.4.2 Assessment of the introduction of SHP/WFEC/cross-boarder cooperation (water diplomacy) into adacemic and weater practioners capacity building programmes
6.4.3 Participation of students and external professional in project activities
6.4.4 Preparation and dissemination of open source educational material
6.5.1 Corporate Identity Design
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.1 Dissemination materials, incl. give aways
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference



SJE

Subtasks Description

Task

Description
1.1 Acquisition of (geo)data
1.2 GIS- and model-based determination of the SHP potential in CA
1.2.1 Maximum possible hydropower potential based on hydrological estimations
1.2.2 Climate change impacts on Central Asian Discharge Regimes
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
3.3 Verification and assessment of the sites for the demonstration activities and detailed project design
4.1 Identification of SHP demo sites and basic data acquisition
4.2 Hydrologic scenarios for SHP development at the demo sites
4.3 Assessment strategy integrating environmental, financial and socio-economic sustainability
4.4 Demo-site design development and optimization
4.4.1 Design options, location, layout, hydraulic dimensions
4.4.2 Environmental sustainability
4.4.3 Economic sustainability and climate change resilience
4.4.4 Combination of mitigation measures and final design
4.4.5 Precondition for SHPP sustainability
4.5 Key performance indicators
4.6 Validation of regional with site specific model results
4.7 Demo-site implementation
4.8 Assessment of the operation
5.3 Feasibility studies and planning at test cases
5.4 Hydro4U Replication Guideline
5.4.2 Validation of the tool at test cases
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

SEZ

Subtasks Description

Task

Description
5.1 Hydro4U replication plan
6.1.1 Exploitation and IP Strategy Set up
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.4 Preparation and dissemination of open source educational material
6.5.1 Corporate Identity Design
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.1 Dissemination materials, incl. give aways
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.1 Project coordination and management
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

BOKU

Subtasks Description

Task

Description
1.1 Acquisition of (geo)data
1.2 GIS- and model-based determination of the SHP potential in CA
1.2.1 Maximum possible hydropower potential based on hydrological estimations
1.2.2 Climate change impacts on Central Asian Discharge Regimes
1.2.3 Determination of geomorphological perspective parameters defining “sustainable” hydropower sites in CA
1.2.4 Determination of ecological perspective parameters defining sustainable hydropower sites in CA
1.2.5 Summarizing determination of the remaining “sustainable” hydropower potential for small hydropower
1.3 Development of a decision matrix for hydropower type-specific decision support
1.4 Assessment of HP development scenarios in CA
1.5 Development of a model structure for a screening tool to analyse site-specific hydropower conditions in CA
1.6 Scale-based application and validation of the screening tool at case studies
1.7 Establishment of a web-based application for decision support
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
2.4 Scenario-based Impact Assessment of the sustainability of SHP in CA considering the SDGs
2.4.1 Determination of SHP’s role in SDGs’ related to WFEC nexus
2.4.2 Development of a conceptual model to assess the contribution of different HP development scenarios (incl. SHP) on the SDGs
2.4.3 Application of the scenario-based Impact Assessment Model in the project region
4.1 Identification of SHP demo sites and basic data acquisition
4.3 Assessment strategy integrating environmental, financial and socio-economic sustainability
4.4 Demo-site design development and optimization
4.4.2 Environmental sustainability
4.4.4 Combination of mitigation measures and final design
4.4.5 Precondition for SHPP sustainability
4.5 Key performance indicators
4.6 Validation of regional with site specific model results
4.8 Assessment of the operation
5.1 Hydro4U replication plan
5.2 Assessment of hydropower development scenarios beyond the project timeframe
5.3 Feasibility studies and planning at test cases
5.4 Hydro4U Replication Guideline
5.4.1 Replication Guideline tool design and development
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.3 Participation of students and external professional in project activities
6.4.4 Preparation and dissemination of open source educational material
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management
4.2 Hydrologic scenarios for SHP development at the demo sites

Assigned Deliverables and Milestones

Deliverable No.

Title

Delivery Date
1 d1 1672441200000
2 d2 C1+300
3 d3 C2+300

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

HSOL

Subtasks Description

Task

Description
1.1 Acquisition of (geo)data
1.2 GIS- and model-based determination of the SHP potential in CA
1.2.1 Maximum possible hydropower potential based on hydrological estimations
1.2.2 Climate change impacts on Central Asian Discharge Regimes
1.2.3 Determination of geomorphological perspective parameters defining “sustainable” hydropower sites in CA
1.2.4 Determination of ecological perspective parameters defining sustainable hydropower sites in CA
1.2.5 Summarizing determination of the remaining “sustainable” hydropower potential for small hydropower
1.5 Development of a model structure for a screening tool to analyse site-specific hydropower conditions in CA
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
4.2 Hydrologic scenarios for SHP development at the demo sites
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

IWMI

Subtasks Description

Task

Description
1.1 Acquisition of (geo)data
1.2.2 Climate change impacts on Central Asian Discharge Regimes
1.4 Assessment of HP development scenarios in CA
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
2.4 Scenario-based Impact Assessment of the sustainability of SHP in CA considering the SDGs
2.4.1 Determination of SHP’s role in SDGs’ related to WFEC nexus
4.1 Identification of SHP demo sites and basic data acquisition
4.4 Demo-site design development and optimization
4.4.5 Precondition for SHPP sustainability
5.1 Hydro4U replication plan
5.2 Assessment of hydropower development scenarios beyond the project timeframe
5.3 Feasibility studies and planning at test cases
5.4 Hydro4U Replication Guideline
5.4.1 Replication Guideline tool design and development
6.1.1 Exploitation and IP Strategy Set up
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.1 Project results dissemination via policy dialogues in CA and related platforms
6.4.2 Assessment of the introduction of SHP/WFEC/cross-boarder cooperation (water diplomacy) into adacemic and weater practioners capacity building programmes
6.4.3 Participation of students and external professional in project activities
6.4.4 Preparation and dissemination of open source educational material
6.5.1 Corporate Identity Design
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.1 Dissemination materials, incl. give aways
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
Project monitoring and controlling
Administrative and financial coordination
Knowledge management and communication
Quality and risk management

GHE

Subtasks Description

Task

Description
3.1 Analysis of technology optimization potential
3.2 Optimization and design of the small hydro solutions
3.3 Verification and assessment of the sites for the demonstration activities and detailed project design
3.4 Manufacturing of the SHP equipment
3.5 Realization of the Demonstration Activities
4.4.1 Design options, location, layout, hydraulic dimensions
4.7 Demo-site implementation
4.8 Assessment of the operation
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

TIIAME

Subtasks Description

Task

Description
1.2.4 Determination of ecological perspective parameters defining sustainable hydropower sites in CA
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
4.1 Identification of SHP demo sites and basic data acquisition
4.4 Demo-site design development and optimization
5.3 Feasibility studies and planning at test cases
5.4.2 Validation of the tool at test cases
5.4.3 Replication workshops for future hydropower project promoters
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.1 Project results dissemination via policy dialogues in CA and related platforms
6.4.2 Assessment of the introduction of SHP/WFEC/cross-boarder cooperation (water diplomacy) into adacemic and weater practioners capacity building programmes
6.4.3 Participation of students and external professional in project activities
6.4.4 Preparation and dissemination of open source educational material
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

CARTIF

Subtasks Description

Task

Description
1.2 GIS- and model-based determination of the SHP potential in CA
1.2.1 Maximum possible hydropower potential based on hydrological estimations
1.2.2 Climate change impacts on Central Asian Discharge Regimes
1.2.5 Summarizing determination of the remaining “sustainable” hydropower potential for small hydropower
1.3 Development of a decision matrix for hydropower type-specific decision support
1.5 Development of a model structure for a screening tool to analyse site-specific hydropower conditions in CA
2.1 Quantification of shared benefits and trade-off analyses from SHP
2.2 Innovative objective, facts-based WFE monitoring and accounting system for SHP
2.3 Co-development of integrated cross-border policies for sustainable benefits sharing
5.1 Hydro4U replication plan
5.2 Assessment of hydropower development scenarios beyond the project timeframe
5.3 Feasibility studies and planning at test cases
5.4 Hydro4U Replication Guideline
5.4.1 Replication Guideline tool design and development
5.4.2 Validation of the tool at test cases
5.4.3 Replication workshops for future hydropower project promoters
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

EV INBO

Subtasks Description

Task

Description
4.1 Identification of SHP demo sites and basic data acquisition
4.4 Demo-site design development and optimization
4.4.2 Environmental sustainability
5.3 Feasibility studies and planning at test cases
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.3 Participation of students and external professional in project activities
6.4.4 Preparation and dissemination of open source educational material
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

KSTU

Subtasks Description

Task

Description
5.1 Hydro4U replication plan
5.3 Feasibility studies and planning at test cases
5.4.2 Validation of the tool at test cases
5.4.3 Replication workshops for future hydropower project promoters
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.4.1 Project results dissemination via policy dialogues in CA and related platforms
6.4.2 Assessment of the introduction of SHP/WFEC/cross-boarder cooperation (water diplomacy) into adacemic and weater practioners capacity building programmes
6.4.3 Participation of students and external professional in project activities
6.4.4 Preparation and dissemination of open source educational material
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

MUHR

Subtasks Description

Task

Description
3.1 Analysis of technology optimization potential
3.2 Optimization and design of the small hydro solutions
3.3 Verification and assessment of the sites for the demonstration activities and detailed project design
3.4 Manufacturing of the SHP equipment
3.5 Realization of the Demonstration Activities
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

Assigned Deliverables and Milestones

ILF

Subtasks Description

Task

Description
3.3 Verification and assessment of the sites for the demonstration activities and detailed project design
3.5 Realization of the Demonstration Activities
6.1.2 Clarification of Background, Project and Exploitable Results
6.1.3 IP Management and IP radar for promising solutions
6.2.1 Analysis of the market
6.2.2 Definition of Business Models & Cases
6.2.3 Roadmap of exploitable results
6.3.1 Technology and Market Watch
6.3.2 Development of exploitation material
6.3.3 Creation of synergies
6.5.2 Dissemination and Communication Plan & Secretariat
6.5.3 Website & Input for News Articles
6.6.2 Scientific and non-scientific publications
6.6.3 Best Practice Booklet
6.7.1 Video Clips
6.7.2 Social Media
6.7.3 E-Newsletters
6.7.4 Webinars
6.8.1 Event participation
6.8.2 final conference
7.2 Project monitoring and controlling
7.3 Administrative and financial coordination
7.4 Knowledge management and communication
7.5 Quality and risk management

KJC

Subtasks Description



Assigned Deliverables and Milestones

Assigned Deliverables and Milestones






  • Keine Stichwörter