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~~NOTOC~~
====== Electrical Engineering (Part of Physics 1) ======


Course: **8115 Physics: Mechanics, Electricity and Magentism, WS2024/25, Part 2: "Electrical Engineering"** \\
Course ID: **8115_2** (part of 8115) \\ 
(Old Course Number: EE_1.08)



===== Structure of 8115 (aka EE_1.08) Physics: Mechanics, Electricity and Magnetism =====

We group the topics "electricity" and "magnetism" together under the term **electrical engineering**. \\
This course consists of two course parts: 
  - Mechanics (8115_01) and 
  - Electrical Engineering (8115_02). 

The two course parts are conducted separately by two lecturers.

^ Course Part  ^ General Topic           ^ Abbreviation  ^ Course ID  ^ Lecturer           ^
| Part 1       | Mechanics               | Mech          | 8115_1 | Dr. Malte Weber  |
| Part 2       | Electrical Engineering  | EEng          | 8115_2  | Dr. Rolf Becker    |



===== Exam and Grading =====

/*
<WRAP center round important 100%>
\\
**UPDATE ON GRADING: \\ Written Mech Exam: 50 points, \\ Written EEng Exam: 40 points, \\ Lab Exercises: 10 points.** 
</WRAP>
*/


The two courses are part form **one module with one exam**. 
\\
You will **pass the module with 50 points in total**.
\\
The scores are distributed as follows:

^  Part      ^ Written / Lab         ^  Max Achievable Points ^
| Mech       | written exam          |                 **50** |
| EEng       | written exam          |                 **35** |
| EEng       | graded lab exercises  |                 **15** |
| Max total                         ||                **100** |


===== Relationship with other Courses =====

The course EEng is **laying the foundations** for the following courses: 
  - (EE_2.03) Physics 2: Thermodynamics, Radiation, Heat Transfer, 
  - (EE_3.02) Energy Technology,  
  - (EE_4.03) Applied Measurement and Control





===== Topics of EEng =====

:!: Go to **[[:eeng:TOPICS:start]]** page.


/*
===== EEng/Phy1 Topics =====

  * **[[.:Topics:start]]**
*/
===== Previous Courses =====

  * [[.:ws2022:start|WS2022/23]]
  * [[.:ws2023:start|WS2023/24]]



===== Literature and Resources =====

  * :-):-):-) (online, pdf, FREE) **[[https://phys.libretexts.org/Bookshelves/University_Physics/University_Physics_(OpenStax)/University_Physics_II_-_Thermodynamics_Electricity_and_Magnetism_(OpenStax)|University Physics II - Thermodynamics, Electricity, and Magnetism (OpenStax)]]**
  * :-) (online, pdf, HSRW library) **[[https://ebookcentral.proquest.com/lib/hrw/detail.action?docID=4470609
|Volker Quaschning (2016): Understanding Renewable Energy Systems]]**
  * (printed, HSRW library) [[https://hsb-rhein-waal.digibib.net/search/katalog/record/(DE-605)HT015548956|Paul A. Tipler, Gene Mosca (2008): Physics for scientists and engineers, 6. Ed.]]
  * YouTube videos, Wikipedia, my slides, the course git repo, this teaching wiki


===== Preparation for the Students =====

We use **Jupyter Notebooks** for teaching as well as **LTspice**.

==== Jupyter Lab Environment for Python ====

=== Option 1: JupyterHub - Cloud Service EOlab@HSRW ===

Go to https://hub.eolab.de/

To log in click on ''sign in with keycloak'' -> ''HSRW OIDC''. Use your university account to log in. 
\\
When the JupyterHub comes up choose ''Python Enviromnent'' and click ''start''.

=== Option 2: Local Installation ===

[[https://docs.anaconda.com/anaconda/install/index.html | Install Anaconda]] locally on your laptops

Create the EEng Conda Environment. See the [[https://github.com/rolfbecker/EE_1.08_2_EEng_WS2023/tree/main/eeng0020_Course_Preparation|Course Preparation]] on Github.

Download or clone the [[https://github.com/rolfbecker/EE_1.08_2_EEng_WS2023 | Git repository with the notebooks. ]]