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It is great to make quick small calculations at end of a topic

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It would be helpful to give more real-world examples of the different types of solar.

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Final grade 7 / 10
-Slightly monotonic
-Lectures could have been replaced with more informative readouts. Students could have studied by themselves. No need to come to physical lecture.
-More information relative to the project could have been helpful

+Lecturer is very polite and welcoming of doubts.

Suggestion: One way to do it more efficiently I think is to just make good and very explanatory readouts and share them with students.
Students can be asked to read / study them.
Then if they have doubts they can always ask in one single Q and A session.
Actual physical lectures seem an inefficient method.
Physical lectures should be done only when there is a need for interaction and discussion but when it is factual info or one way explanations to be given readouts I think can suffice.
Just my thoughts:)

Overall the lecturer is awesome of course.👍

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Should be more related to the project for ect.ginal grade= 6/10

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The lecture of good. More real life examples and 

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The lecture of good. More real life examples and 

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The lecture of good. More real life examplpractical 

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The lecture of good. More real life examplpractical 

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Pretty well understanding for basics of solar, especially in the 2nd lecture. Maybe will get better understanding after doing the tutorial.

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8/10

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Informative lecture. Hope to use this information in the assignment

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Informative lecture. Hope to use this information in the assignment

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Lectures were interesting. Maybe a bit more in depth in the future? 7/10

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very informative

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Maybe show more videos of what is currently happening in this field

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Alot of common knowledge, maybe next time a bit moren in depth of different solar system.

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It was good, but more examples about the different systems and why they were chosen in that specific case

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Might me able to fit in one lecture instead of two

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Might me able to fit in one lecture instead of two

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I think the article review could be done in the second lecture, since the concepts of radiation would be better understood by the students.

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good combination of visuals and explanation

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Good and concise. Learned more about the benefits of solar thermal than I was aware of.

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Interesting information during the lectures, some more examples could be useful

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I liked the idea of sharing review articles and real life examples.
7/10

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Very good

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theory was clear!  very useful...! thanks!

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theory was clear!  very useful...! thanks!

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Nice addition to the rest of the theory in the course. However, maybe a bit less usefull for the assignment

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A lot of overlap both with other lectures and with the thermodynamics course in the bachelors. Ectually not very useful.  And also this lecture is too late. When we already did this for the assignment.

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It was okay, but a little more computational examples would have been nice. As most information was readily available on internet, yet computations were not.

Grade: 7

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Nice lectures on a topic very new to me. I liked the introduction of the energy balance in the second lecture as this is what we will do for our project. What I did not like to much was the amount of plain information. This is something students can lookup when needed. Grade: 7

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It was very useful to learn about the state of the art technologies of solar energy collection and it presented ways on how it is possible to improve

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The lecture was very

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General concepts covered, and principle of solar radiation well explained. It was really useful. Thanks.

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General concepts covered, and principle of solar radiation well explained. It was really useful. Thanks.

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More examples and calculations

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One tip would be to include at the beginning of the lecture which questions will be answered at the end. And then afterwards recap the most important things.

I would grade the two lectures with an overall 8

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Good overview, could use a little

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Bert Geijselaers approves of this course

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Bert Geijselaers approves of this course

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Nice overview of general concepts used for solar energy. 7/10

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Nice overview of general concepts used for solar energy. 7/10

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Maybe add some more numbers about the performance of the different installations. Pretty good overview though. Grade:7

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Maybe add some more numbers about the performance of the different installations. Pretty good overview though. Grade:7

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Clearly explained. Connection to assignment is good.

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Clearly explained. Connection to assignment is good.

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Good explaination. Examples of application of formulas would be nice

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Good explaination. Examples of application of formulas would be nice

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Nice use of media(video/imagery). For the formulas, it was nog possible to write along.

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Maybe some specific formulas and explanations on how to do some calculations for a complete solar system
Grade: 7

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Theory was clear

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Coul

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Nicely explained, covered a lot of topics

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Nicely explained, covered a lot of topics

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Only remark: parabolic dishes are not very efficient in practice due to inefficiency of Stirling engine

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What was good:
The information overall was useful for the assignment. The examples and ongoing research cases were clear and useful.

What can be improved:
Some of the information was common knowledge, like position of the sun in the first lecture. This can be treated in a faster pace.
I would like to see an example calculation in combination with the information we have for our assignment. The irradiation information converted to useful energy.

Grade:
A 5 out of 7

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Please share your idea bout two lectures on solar energy.

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Please share your idea bout two lectures on solar energy.

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What was good?

What can be improved?

Which grade do you give from 0 to 10?