The on-line tools were very helpful for project fulfillment.
Rate the overall experience.
Rate your programming experience.
The instructions were clear.
The cooperation with other teams was.
The cooperation within my team was
The project was valuable for my programming knowledge.
Project was an opportunity to apply theory in practice.
Your knowledge of working with databases in Python, was extended throughout this project.
After this project’s completion, how possible for you to use the gained knowledge in your future work?
The project developed my skill to interact and cooperate with groups of people.
My programming skills have improved due to my participation in this project.
My ability to evaluate solutions or proposals in programming has improved throughout this project.
My communication and presentation skills are further developed.
Through the project, I became more familiar with online communication and sharing tools.
The project motivated me to explore more in Python or general in programming.
Cooperation between and within teams improved my appreciation for co-working with other students.
I am convinced that sharing information between teams helped my team to complete our work.
Through this project you discover new capabilities of this specific microcontroller.
Your ability to connect extra hardware (i.e. sensors, modules) and create the corresponding programming routines has been enhanced.
I gained new knowledge related to microcontroller’s hardware performance and the way that its interfaces (i.e. Wi-Fi, LAN, sensors) can be exploited.
Your understanding about microcontroller architecture and its instruction set has been improved.
(A rating of 5 means that you have fully mastered the topic. A rating of 1 means that you have no knowledge of it. )
Assess your knowledge of: characteristics of power devices
Assess your knowledge of: rules for the assembly of electronic components.
Assess your knowledge of: properties and characteristics of semiconductor diodes.
Assess your knowledge of: applications of semiconductor diodes in electronics circuits.
Assess your knowledge of: how the oscilloscope works and how to operate an oscilloscope.
Assess your knowledge of: Field Effect Transistors (FET) principles of operation.
Assess your knowledge of: characteristics and parameters of bipolar transistor.
Assess your knowledge of: properties and parameters of operational amplifiers.
Assess your knowledge of: basic applications of op amps
(A rating of 5 means that you can use them fully. A rating of 1 means that you have no experience in this topic.)
Evaluate how well you can use power suppliers and basic measuring instruments.
Assess to what extent you can design and build a simple electronic circuit.
Assess your ability to read electronic schematics.
Assess if you can build a simple electronic circuit based on the schematic.