Hi-Boox provides crash courses for engineering students. The lessons are intensive and made to prepare the student for a specific exam.
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The Mathematics 1 crash course is a two day course which provides the student with the tools necessary to tackle many engineering oriented mathematical problems. It will take place from 9:00 to 16:00. The course includes two teaching days in person, a booklet with condensed information about all the covered topics, as well as more preparation exercises to be used at home. The topics covered during this crash course include:
Logic
Sets and functions
Complex numbers
Polynomials
Recursion and induction
Systems of linear equations
Vectors and matrices
Determinants
Vector spaces
Linear maps between vector spaces
The eigenvalue problem and diagonalization
System of linear ordinary differential equations of order one with constant coefficients
During the first day, the tutors will show how to solve by hand exercises which cover all subjects of the crash course. The student will gain insight on how to approach each question, as well as tips to speed up the solving process.
The second day focuses on typical exam exercises with the inclusion of different topics together in the exercises. The student will be given the steps to understanding and solving each exercise seen in the crash course.
The Introductory Programming crash course is a two day session which covers all notions in programming necessary to pass an engineering introduction to programming course in python. It takes place from 9:00 to 16:00, on the 13th and 14th of December at DTU SkyLab - Arena. The course includes two teaching days in person, a booklet with condensed information about all the covered topics, as well as more preparation exercises to be used at home.
During the first day, the tutors will go through the following topics:
Variable types
Working with lists
Working with arrays and matrices
String handling
Classes
if / elif / else conditions
For and while loops
Recursions
and will introduce the students to simple exercises. The second day, the students will focus on solving typical medium to hard exam questions, with coding sessions where the students can ask questions to the tutors. All exercises seen during the crash course will be analyzed and solved by the tutors.
The Physics 1 crash course (Mechanics) is a two day course which provides the student with the tools necessary to tackle many exam type physics problems. It takes place from 9:00 to 16:00, on the 15th and 16th of November. The course includes two teaching days in person, a booklet with condensed information about all the covered topics, as well as more preparation exercises to be used at home. The topics covered during this crash course include:
Motion in 1D and 2D
Forces and Newton’s laws of motion
Work and Kinetic energy
Potential and conservation of energy
Momentum, Impulses and Collisions
Circular motion
Rotation of rigid bodies, Inertia and Torque
Periodic motion
During the first day, the tutors will show how to solve by hand typical exam questions exercises which cover the first half of the subjects in the crash course. The student will gain insight on how to approach each question, as well as tips to speed up the solving process.
The second day focuses on the second half of the subjects with typical exam exercises. The student will be given the steps to understanding and solving each exercise seen in the crash course.
The Mathematics 2 crash course is a two day course from 9:00 to 16:00 on the 29th and 30th of November at DTU 101E PF Laesesalen which provides the student with the tools necessary to tackle many engineering oriented mathematical problems. The course includes two teaching days in person, a booklet with condensed information about all the covered topics, as well as more preparation exercises to be used at home. The topics covered during this crash course include:
Homogeneous and Inhomogeneous differential equations
Systems of differential equations
Transfer functions
Infinite series, power series
Stability
Fourier transforms
During the first day, the tutors will show how to solve by hand simple exercises which cover all subjects of the crash course. The student will gain insight on how to approach each question, as well as tips to speed up the solving process.
The second day focuses on typical exam exercises with the inclusion of different topics mixed together in the exercises. The student will be given the steps to understanding and solving each exercise seen in the crash course.
The Physics 1 crash course (Thermodynamics + Electromagnetism) is a two day course which provides the student with the tools necessary to tackle many exam type physics problems. It takes place from 9:00 to 16:00, on the 22nd and 23rd of November. The course includes two teaching days in person, a booklet with condensed information about all the covered topics, as well as more preparation exercises to be used at home. The topics covered during this crash course include:
Energy transformation between mechanical, thermodynamical, and electromagnetic systems
Ideal gas
Calculation on microscopic properties of molecules
First and second law of thermodynamics
Thermodynamic processes (isochor, isobar, isothermal, and adiabatic processes)
Work and heat transfer
Electric charge, field, potential and magnetic field
Lorentz force
Faraday’s law of induction
Electric and magnetic forces
During the first day, the tutors will show how to solve by hand typical exam questions exercises which cover the first half of the subjects in the crash course. The student will gain insight on how to approach each question, as well as tips to speed up the solving process.
The second day focuses on the second half of the subjects with typical exam exercises. The student will be given the steps to understanding and solving each exercise seen in the crash course.