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| report [2023/06/28 02:24] – [7.4 Design] team1 | report [2023/06/28 02:31] (current) – [6.2 Engineering Ethics] team1 |
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| ==== - Engineering Ethics ==== | ==== - Engineering Ethics ==== |
| Ethics and engineering are unseparated of each other. Engineers are expected to exhibit the highest standards of honesty and integrity. This field of study has a big and direct impact on the quality of life for all people. Engineers are expected to be honesty, impartiality, fairness and equity, and must be dedicated to the public safety, welfare and safety. Engineering Ethics - Introduction [(tutorialspoint)] The deontology rules for engineering can vary from one country to another and some countries don’t have a written code of ethics. Amplea is focused the most on the Asian market but is made to use over the whole world. According to [national society of professional engineers, 2019], engineers should follow fundamental cannons, practice rules, and personal obligations. These will now be further explained. | Ethics and engineering are unseparated of each other. Engineers are expected to exhibit the highest standards of honesty and integrity. This field of study has a big and direct impact on the quality of life for all people. Engineers are expected to be honesty, impartiality, fairness and equity, and must be dedicated to the public safety, welfare and safety. The deontology rules for engineering can vary from one country to another and some countries don’t have a written code of ethics. Amplea is focused the most on the Asian market but is made to use over the whole world. According to [national society of professional engineers, 2019], engineers should follow fundamental cannons, practice rules, and personal obligations. These will now be further explained. |
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| **Fundamental cannons:** | **Fundamental cannons:** |
| ^Name^Characteristics^Price [€]^Photo^ | ^Name^Characteristics^Price [€]^Photo^ |
| |TSL2561|capable of direct I2C communication and is able to conduct specific light ranges from 0.1 - 40k+ Lux easily. Additionally, the TSL12561 contains two integrating analog-to-digital converters (ADC) that integrate currents from two photodiodes, simultaneously. Each breakout requires a supply voltage of 3V and a low supply current max of 0.6mA.|8.77€|{{ :tsl_2561.jpg?100 |}}| | |TSL2561|capable of direct I2C communication and is able to conduct specific light ranges from 0.1 - 40k+ Lux easily. Additionally, the TSL12561 contains two integrating analog-to-digital converters (ADC) that integrate currents from two photodiodes, simultaneously. Each breakout requires a supply voltage of 3V and a low supply current max of 0.6mA.|8.77€|{{ :tsl_2561.jpg?100 |}}| |
| |Wateflow sensor G1/2| Mini. Wokring Voltage: DC 4.5V Max. Working Current: 15mA (DC 5V) Working Voltage: DC 5V~24V Flow Rate Range: 1~30L/minLoad Capacity: 10mA (DC 5V) Operating Temperature: 80℃ Liquid Temperature: 120℃ Operating Humidity: 35%～90%RH Water Pressure: 1.75MPa Storage Temperature: -25～+ 80℃ Storage Humidity: 25%～95%RH | 9.5€ |{{ :wateflow_sensor.jpg?100 |}}| | |Wateflow sensor G1/2| Mini. Wokring Voltage: DC 4.5V Max. Working Current: 15mA (DC 5V) Working Voltage: DC 5V~24V Flow Rate Range: 1~30L/minLoad Capacity: 10mA (DC 5V) Operating Temperature: 80℃ Liquid Temperature: 120℃ Operating Humidity: 35%-90%RH Water Pressure: 1.75MPa Storage Temperature: -25 - +80℃ Storage Humidity: 25%-95%RH | 9.5€ |{{ :wateflow_sensor.jpg?100 |}}| |
| |PZEM-004T-v3|AC voltage test range 80 - 260 V, 80 - 260 V voltage, max. working current can reach 100 A | 13.5€ |{{ :electricity_sensor.jpg?100 |}}| | |PZEM-004T-v3|AC voltage test range 80 - 260 V, 80 - 260 V voltage, max. working current can reach 100 A | 13.5€ |{{ :electricity_sensor.jpg?100 |}}| |
| </WRAP> | </WRAP> |