I am Mechanical Eng.

“Fall in love with some activity, and do it! Nobody ever figures out what life is all about, and it doesn’t matter. Explore the world. Nearly everything is really interesting if you go into it deeply enough. Work as hard and as much as you want to on the things you like to do the best. Don’t think about what you want to be, but what you want to do. Keep up some kind of a minimum with other things so that society doesn’t stop you from doing anything at all.”

I just started a live "Study With Me"!

Feel free to join! <3

Love, Sophia

015/100 Days of Productivity Challenge | 12th January 2022 | #selfhelpforstudents100days

Wow, it’s already been 15 days! I have been pretty sick the past week but I got this! 🥰

I hope you’re all doing your best and achieving your goals!

006/100 Days of Productivity | 1st of January 2021 | #selfhelpforstudents100days

HAPPY NEW YEAR EVERYONE!!!

These are my New Year's Resolutions:

Resolutions related to PHYSICAL HEALTH:

Drinking 2.5 l of water everyday

Working out every other day

Finally getting these wisdom teeth removed

Resolutions related to MENTAL HEALTH:

Meditating everyday for 15 minutes

Writing down my goals for the following day every night

Reading everyday for at least 30 minutes

Resolutions related to COMPASSION:

Donating more money to people in need and to animal shelters each month

Offering mental health and study advise

Resolutions related to UNIVERSITY and SUCCESS:

Never procrastinate!

Never miss a day of studying (even if it’s just an hour)

Studying French every day

Studying Chinese every day

Keeping my uni documents organized

My goals for 2022

Ranking first (getting a 1.0 on every exam)

Receiving my dream scholarship

Speaking French perfectly

Working for four different charity organizations

Finding a job I love that relates to what I am studying at university

Traveling with my amazing friends

Tell me about your resolutions!

005/100 Days of Productivity | 31st of December // #selfhelpforstudents100days

Hello lovelies!

It is the last day of 2021! What a year this has been! I’m wishing you THE BEST year so far for 2022!

004/100 Days of Productivity | 30th of December 2021 // #selfhelpforstudents100days

My To-Do list:

Two lectures of Economics

One lecture of Accounting

Revising one lecture of Management

"Push yourself because no one else is going to do it for you!"

Day 1/100 | 100 Days of productivity.|27th of December.

Hello everyone, I hope you are all motivated! I totally am! What I’m doing today:

- two lectures and two exercises of Management

- finishing my application for a study trip to Brussels

- two lectures of Accounting

“Science cannot solve the ultimate mystery of nature. And that is because, in the last analysis, we ourselves are a part of the mystery that we are trying to solve.”

Johannes Kepler (1571/1630), based on the Copernican model and on the observations on the motion of the planets of his teacher Tycho Brahe, formulated the THREE FAMOUS LAWS known as THE LAWS OF KEPLER. They mathematically describe the motion of the planets around the SUN according to elliptical orbits. His laws laid the foundation for Newton's studies and laws. In Law (I) and (II) it is highlighted that the motion of the planets is periodic. 1 the first law states that the planets orbit the sun following elliptical orbits where the sun occupies one of the two foci. The planets of the Solar System have slightly flattened ellipses, that is, close to their circumferences. 2 the second law states that the vector ray connecting the planet to the Sun sweeps equal areas in equal times. This law regulates the orbital speed which varies as its position varies. The planet travels fastest at perihelion and slowest at aphelion. The third law, dated 1618, states that the square of the period of revolution 3 the third law, dated 1618, states that the square of the period of revolution of a planet around the sun is proportional to the cube of its distance (semi-axes greater than their orbits). This ratio is the same for all planets. It then adjusts the orbital period. T² = Ka³ K constant T periods of revolution a average distance planet / Sun (semi-major axis)

“If you are receptive and humble, mathematics will lead you by the hand.”