Intensive course in Physics in the field of engineering (3 cr)

Objective

The student attains the required level for physics studies at the university of applied sciences and develops a physical mindset and problem-solving skills in the applications of kinematics.

Content

Quantities and units, the SI system, unit conversions, quantity equations, graphical representations, vector quantities, uniform motion, uniformly accelerated motion, projectile motion.

Course material

The material compiled on the course's Learn page is based on the book:

• Insinöörin (AMK) fysiikka, Part 1, Hautala & Peltonen, 12th edition, 2016. Older editions are also acceptable. The book is no longer in production.

Alternatively, you can use the new book:

• Tekniikan fysiikka, Kari Suvanto. The new book covers practically the same topics as the discontinued one.

The course can be completed solely using the material provided on the Learn platform, but the book can be purchased to support your studies.

Other useful material:

• Mathematical reference book (e.g. MAOL tables or Tekniikan kaavasto).

The mathematical reference book is not mandatory, but its acquisition is recommended as it can be utilized in nearly all mathematics and natural sciences courses within engineering studies.

Study forms and methods

• The course includes remote teaching over the internet as well as asynchronous work in an online environment. During the online teaching sessions, the instructor-led review of exercise problems takes place, while between sessions, students independently study theory videos prepared by the instructor. Participation in remote teaching is recommended but not mandatory. The remote teaching sessions are recorded for later review.
• Instructor guidance is available during remote teaching sessions and whenever needed via email.

RDI and work-related cooperation

Does not include.

Timing of exams and assignments

At the end of the course, there is an online exam that will be available for completion at a separately agreed time.

A failed final exam can be retaken twice.

Student workload

• 1 credit corresponds to approximately 27 hours of student work. However, the workload depends on the student's study skills and prior knowledge.
• In a 3-credit course, the student's workload is approximately 81 hours, of which about 20 hours consist of instructor-led exercise sessions according to the schedule. The remaining time is dedicated to independently watching (recorded) theory sections and completing exercises.

Course part description

The course covers the basics of physics (quantities and units, the SI system, unit conversions, quantity equations, vectors, and graphical representations). These concepts are practiced through kinematics applications.

Evaluation scale

Approved/Failed

Assessment methods and criteria

Assessment is conducted based on the learning objectives and evaluation criteria of the course. The course grade is determined by the final exam result. The minimum score required to pass the final exam is one-third of the maximum score for the course (10 points out of 30).