# Higher Grades

### **Monday 6/7. 18.00-20.30**
https://lnu-se.zoom.us/j/65848075275

1. Victor Krook :heavy_check_mark: - [Monitor your plants & the weather with an awesome wall-mounted dashboard](https://hackmd.io/@victorkrook/HyEEBujaI)
1. John Lindblad :heavy_check_mark: - Home climate automation
1. Adam Wengrud :heavy_check_mark: - [Automate a floor fan with a DHT11 sensor](https://hackmd.io/@aw223na/IoT-project)
1. Erik Karlsson :heavy_check_mark: - [Home Security System with LoPy4](https://hackmd.io/@m9n0kQAxT6y-4axoOue5qQ/BkNq8XrT8)
1. Abdulsalam Aldahir :heavy_check_mark:
2. Seth Ramström :heavy_check_mark: - [Automatic Watering](https://hackmd.io/@GoQFux7_Tl6EkhxxuDj2iQ/H1w241T6U)
3. Fritiof Ekvall :heavy_check_mark:
4. Linnea Allander :heavy_check_mark:
5. Olof Magnusson :heavy_check_mark:
1. Rasmus Allansson :heavy_check_mark: - [Weather station for remote greenhouse](https://hackmd.io/@rasmusallansson/BkGChl9C8)
5. Rickard Larsson :heavy_check_mark: - https://streamable.com/tqdbyl
6. Fredrik Luthman :heavy_check_mark: - [Pool monitoring system powered by a PyCom LoPy4.](https://hackmd.io/YvntkJ9LSpSZ-pnSwoSiDA): [Youtube](https://www.youtube.com/watch?v=U7d1f825MjU)
7. Adam Leo :heavy_check_mark: - [Youtube](https://youtu.be/P12zup2dAW8)

### **Tuesday 7/7. 18.00-20.30**
https://lnu-se.zoom.us/j/65907760945

1. Nenad Cuturic :heavy_check_mark:
1. Mikael Sjöberg :heavy_check_mark: https://streamable.com/qxyatr
1. Stefan Nilsson :heavy_check_mark:
1. Arvid Berntsson :heavy_check_mark:
3. Tomas Hägg :heavy_check_mark:
4. Joshua V :heavy_check_mark:
5. Seif Bourogaa :heavy_check_mark:
6. ManuelaQR :heavy_check_mark:
10. Mohammad Qasem :heavy_check_mark:
12. Michael Wink :heavy_check_mark:
13. Johan Mårtensson :heavy_check_mark: - [Home temperature, humidity and air quality device](https://hackmd.io/@jm223cs/r1-4smcRL)

*Leya Wedell
*Emelie Fogelström
*David Mozart Andraws

----

High grade examples in the Applied IoT course @ Linnaeus University summer of 2020.

| *Student name* | *Project* | *Slack name* |
|:----------------:|:--------------------------------------------:| ------------ |
|**Michael Wink**|Plant communicator with message notification|Michael W |
|**Adam Wengrud**|Floor fan controlled by temperature sensor|*|
|**John Lindblad**| Temperature, humidity and air quality with automaticaly controlled floor fan|*|
|**Olof Magnusson**|GreenHouse with alarm and InfluxDB + Grafana with docker and some suitable dashboard|*|
|**Adam Leo**|LoRa remote controlled card, Android app as a remote controll, and temperature sensors on board.|Adamcarlleo|
|**Johan Mårtensson**|Sensors near the summer cottage with integration with AWS database|*|
**Mohammed Quasem**|hfs-dc06 with box and dht22 sensor. Will use it to detect movement of his cat. Will use own local server|molotov|
|**Fritiof Andersen Ekvall**|Air quality (temperature and CO2) with presentation of data in suitable dashboard|*|
|**Abdulsalam Aldahir**|Temperature sensor synchronized with Google Home and automatically controlled floor fan| Abbe|
|**Emelie Fogelström**|Advanced wheather station with grafana presented in own android application|*|
|**Fredric Luthman**|Lightning detection sensor whith automatically controlled pumps|Fredric L|
|**Rikard Larsson**|PH level and temperature measuring with automatised supply of nutrient solution to flowers|*|
|**Viktor Krook**|Temperature and humidity sensors connected to own server and data presentation on old screen (dashboard)|*|
|**Antonio Aseque**|Will fetch wheather forecast information from some local wheather API and measure temperature and soil moisture. Data will be used to decide when to water flowers|Antonio|
|**Rasmus Allanson**|Wheather station i greenhouse. Notifications in mobile application(will probably use LTE protocl)|*|
|**Erik Karlsson**|Continious measurment of temperature and movement with notifications and data presentation on dashboard|*|
|**Lark Panke**|Continious measurment of temperature with presentation of data on LCD display and dashboard|*|
|**Leyla Neidel**|Plant communicator with raspberry Pi whith automatised water pump and notifications in mobile application when flowers need water|*|
|**Tomas Hägg**|Movement sensors near horse troughs in order to follow when horses are dricking water. Data will be presented in some dashboard|*|
|**Stefan Nilsson**|Movement/magnet sensor installed on mailbox with nofitcation when some mail is delivered. Lopy will be powered by solar charging battery|*|
|**Seth Ramström**|Automatised watering system for flowers which controlls with solenoid, temperature and soil moisture sensors.|Seth|
|**David Mozart**|Collection of humidity and temperature data in order to implement rain predicton with machine learning|*|
|**Mikael Sjöberg**|Project about irrigation. He plans to add a system, basically a barrow and a pump to watter plants using atmosphere pressure. A suggested adding more sensors to check the level of the water in the barrow.|*|
|**Seif Bourugaa**|Temperature, moisture and light sensor. Will send data to raspbery Pi (server). Alarm (active buzzer) will be trigged automatically|Seifddine|
|**Hugo Dahl**|Soil moisture and light measurment. Data will be visualised in own mobile application and notification (alarm) will be sent when flowers need water. Automatised blinds will also be controlled by application|*|
|**Arvid Berntsson**|Alarm system|Slarvid|
|**Miguel Joshua Domingo Villamater**|-|Joshua|
|**Nenad Cuturic**|Test of different IoT technologies|*|
|**Magnus Källber**|Temperature, humidity, light and sound measurement in some room|Mange|
|**Linnea Allander**|Plant communicator|Linnea|

### * same name on slack