PRE2022 3 Group7/logbook

Week 1

Student	Total time	What has been studied
Max	11h	Lecture (2h), pre-group research on subject (2h), group discussion (2h), research about energy generation methods (3h), researching the users and tidying up the wiki page (1h)
David	10h	Lecture (2h), research (2h), meeting (2h), state-of-the-art research (3h), meeting preperations (1h)
Luka	8h	Group discussion (2h), lecture (2h), research (2.5h), adding to the wiki (1.5h)
Yu-Hsuan	5.5h	Meeting (2h), lecture (2h), research (1.5h)
Bob	3.5h	Meeting, lecture, coming up with ideas
Saskia	2h	Reading lecture slides (0.5h), research (1.5h)

Week 2 + Carnaval break

Student	Total time	What has been studied
Max	9.5h	Meeting with tutors (0.5h), research for specific topic (3h), group meeting (2h), tidying up the wiki page (0.5h), research about sensors (2.5), group meeting (1h), adding to the wiki (0.5h)
David	8.5 h	Meeting (0.5h) + summarise meeting (0.5h) + research general topic (1.5h) + Meeting with group (2h) + research on possible real life users (researchers from other unis) (1.5 h) + meeting with group (1.5h) + work on MoSCoW and approach (1h)
Luka	7.5h	Meeting (0.5h), Meeting with group (2h), Researching issues and summarising findings (3h), Researching about coral reefs (1h), Working on MoSCoW (1h)
Yu-Hsuan	6h	Meeting(0.5h + 2h), Research (3.5h)
Bob
Saskia	6.5 h	Meeting (0.5h), Meeting group (2h), Research specifying topic (2,5h), research user problems (1,5 h)

Week 3

Student	Total time	What has been studied
Max	5.5h	Meeting with tutors (0.5h) + quick meeting afterwards (1h), added the ocean variables and their sensors to the wiki (0.5h), group meeting (1.5h), thinking and creating initial designs (1h), group meeting 2 (1h)
David	6.5 h	Meeting (0.5h) + adding MoSCoW elements (0.5h) + write an email to contact users (0.5h) + think of questions which can be asked to users (0.5h) + meeting to decide MoSCoW elements (1.5 h) + Make preliminary design (2h) + meeting to discuss designs (1h)
Luka	6h	Meeting (0.5h), adding to MoSCoW (0.5h), group meeting (1.5h), group meeting 2 (1h), Initial Designs (2:5h), adding to wiki (0.5h)
Yu-Hsuan	7h	meeting(0.5 + 1.5 + 1) + research(2h) + documentation(2h)
Bob
Saskia	6,5 h	Meeting tutor + afterwards (1,5 h), group meeting (1,5h), MoSCoW (0.5 h) + Users research (2,5h) + Contacting brother (marine biologist) 0.5 h

Week 4

Student	Total time	What has been studied
Max	4h	Meeting with tutors (0.5h), Added the solution encyclopedia to the wiki + added more solutions/problems (1h), research about current methods of coral reef monitoring in taiwan and australia (1.5h), added this current page (0.5h) + added some more to week 4 (0.5h)
David	2.5h	Meeting with tutors (0.5h), reworking meeting feedback into interview questions (0.5h), finishing interview questions and sending them to everyone who replied (0.5h), work on wiki (1h)
Luka	3.5h	Meeting with Tutors (0.5h), adding to wiki (solution encyclopedia and uploading to previously uploaded wiki) (0.5h), research about different kinds coral reefs and examples (1.5h), research on threats to coral reefs and what are the repercussions (1h)
Yu-Hsuan	2h	research(2h) (was ill)
Bob
Saskia	2,5 h	Meeting with tutors (0.5h), interview questions (0.5 h) + research importance protecting coral reefs (1,5h)

Week 5

Student	Total time	What has been studied
Max	6.5h	Meeting with tutors + afterwards (1h), looking into all the different forces that can come into play on a buoy (1.5h) group meeting (1h), fixing the wiki page + adding extra pages etc (2h), adding everything that has been done in W5 to wiki page (1h)
David	12 h	Meeting with tutors (1h), looking into simulations (2h), Researching how to apply fluid tests to a CAD model in NX Siemens (5h), developing multiple designs in NX Siemens and simulation them (4h)
Luka	6.5h	Meeting with tutors (0.5h), group meeting (1h), research on which Coral Reef to focus on (1h), Modified Designs based on Feedback (2.5h), Research and adding info about designs and adding to wiki(1.5h)
Yu-Hsuan		Meeting (0.5h + 1h), unity(1h)
Bob
Saskia	10 h	Meeting tutor + afterwards (1h), Updating users and importance, UN research (3,5 h) + Interview questions motivations (1h) + meeting 2 (1h) + processing interview (2,5h)

Week 6

Student	Total time	What has been studied
Max	6h	Meeting with tutors (0.5h), Research about satallite vs our design and what our design is able to bring to the table (2h) + Meeting (0.5h) + more adding to report page (1.5h) + even more added (1.5h)
David	10 h	Looking into the specific location and sensors to determine the correct size and weight of the diver (2.5h), Meeting with the group (0.5h), looking at material properties to determine the proper material (2h), creating multiple CAD designs (5h)
Luka	6h	Meeting with tutors (0.5h), summarising meeting for members that could not make it (0.5h), 3rd design iteration (0.5h), Adding and rephrasing to design section of final report page(2:5h), Adding to Wiki (2h)
Yu-Hsuan
Bob
Saskia	6.5h	Investigating diving possibilities (2.5 h) + Meeting (0.5h) + Interview summary (2h) + updating report (1.5 h)

Week 7

Student	Total time	What has been studied
Max
David		Meeting with tutors (0.5h), creating a general overview for the presentation (1h), expanding on the solution part for the presentation (2h)
Luka
Yu-Hsuan
Bob
Saskia

Weekly approach

Week	Deliverables	Milestones
1	Subject State of the art Planning	Decide on subject
2 + cv	A description of our goal User studies	Decide on final design
3	A descriptive prototype with supportive research (MoSCoW) Solutions encyclopaedia Preliminary designs	Decide on final design requirements Make contact with user group Decide on feasibility of project
4	Research on coral reefs	Chose a specific location Decide on final design
5	Start on simulations and modelling
6	Finalise model Start on finalising the wiki	Model and unity simulation
7	Final presentation	Finish model Finish presentation
8	Finished wiki	Finish the wiki

General planning

Week	Task	Responsible
1	State of the art research Water quality checks, focussing on sensors Swarm technology Detecting micro plastics, focussing on the chemistry side Generating energy on water Earthquake and flood detection Climate change / rise in water level Monitoring the animals and plants in the water Already existing ‘smart’ buoys User research Approach Planning with deliverables and milestones Task division per week Start on preliminary designs	Everyone Bob / Yu-Hsuan Yu-Hsuan Bob / Yu-hsuan Max David David Luka Luka / Saskia Max David Saskia
2 + cv	Decide on topic Research general topic and decide on one Research more specific topic and decide on one Research on specifics of the problem Research on user group Alternative topics	Everyone Yu-Hsuan / Max David / Saskia Luka /Bob
3	MoSCoW Find sources that support certain sensing/actuating Reaching out to user group Interviewing the user group Summarising all research done and their outcome in the wiki Preliminary designs	Everyone David Max Everyone
4	Chose final design Develop it in more detail Research on coral reefs	During meeting Luka Saskia, Luka & Max
5	More in depth user research Modelling and simulation of the buoy	Saskia David, Bob & Hsuan
6	Finalising model Creating final wiki layout Start on the final presentation	David & Bob Max Everyone
7	Finish presentation	Everyone
8	Finish the wiki	Everyone