PRE2019 3 Group17: Difference between revisions

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== Work Breakdown ==
== Work Breakdown ==
{| class="wikitable"
!
! colspan="2" | Week 1
! colspan="2" | Week 2
! colspan="2" | Week 3
|-
| Name
| Total Hours
| Work Breakdown
| Total Hours
| Work Breakdown
| Total Hours
| Work Breakdown
|-
| Amit Gelbhart
|
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|
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|-
| Marleen Luijten
|
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|
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| Myrthe Spronck
|
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|-
| Ilvy Stoots
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| Linda Tawafra
|
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|}


== Problem Statement and Objectives ==
== Problem Statement and Objectives ==

Revision as of 16:10, 8 February 2020

Group Members

Name ID Email Major
Amit Gelbhart 1055213 a.gelbhart@student.tue.nl Sustainable Innovation
Marleen Luijten 1326732 m.luijten2@student.tue.nl Industrial Design
Myrthe Spronck 1330268 m.s.c.spronck@student.tue.nl Computer Science
Ilvy Stoots 1329707 i.n.j.stoots@student.tue.nl Industrial Design
Linda Tawafra 0941352 l.tawafra@student.tue.nl Industrial Design

Work Breakdown

Week 1 Week 2 Week 3
Name Total Hours Work Breakdown Total Hours Work Breakdown Total Hours Work Breakdown
Amit Gelbhart
Marleen Luijten
Myrthe Spronck
Ilvy Stoots
Linda Tawafra

Problem Statement and Objectives

“Coral reefs worldwide are increasingly damaged by anthropogenic stressors”(https://www.nature.com/articles/s41467-019-13186-2?fbclid=IwAR2mivNWtUHZtsOXa8l0ng7rOnCyS5GmSLYoM_mWBC85rEuljJkmVvflcVg). We look towards alternative methods of reviving dying and dead coral reefs. Acoustic enrichment is a tested method that seems to be able to bring fish back to coral reefs. Robots could be created to automate labor and time-intensive work, as well as remove the skill floor required to revive a local reef.

Literature Study

Users and User Requirements

Milestones and Deliverables

Task Division

References