Understanding of basic concepts related to course topics. Capability to calculate exercises that are similar to discussed examples. Can interpret derivative as rate of change. Can determine derivatives and integrals using graphical and symbolical methods. Can calculate basic areas and volumes with integrals.
In addition, understanding of advanced and most concepts related to course topics. Ability to apply them in basic technical problems.
In addition, ability to apply course topics in advanced problems.
Material, theory and exercises can be found in TuniMoodle. If necessary, a student can use math books he/she has used before and the Internet to search more information about the topics. A student can borrow books in a local library.
Applying the following teaching methods by teacher's judgement: Contact teaching, Independent learning, Lesson excercises, Videos, Homework, Remote teaching (not recorded), Problem-based learning, Collaborative learning, Group work, Exercise assignments, Question-based teaching, Question-based learning, PC-excercises, Exam
A student solves exercises and saves them in TuniMoodle by given dead-lines.
Matlab is used as a technical computation software during the course. Calculators can also be used.
The final grade is based on the both partial exams or final exam and the grading baseline is as follows:
Score / grade
40 % -> grade 1
52,5 % -> grade 2
65 % -> grade 3
77,5 % -> grade 4
90 % -> grade 5
Teacher has a right to upgrade a grade based on the course activity (including homework). The baseline for homework bonus is as follows:
Homework percentage / Score effect
30% -> +1 point
50% -> +2 points
70% --> +3 points
90% --> +4 points
All the grades (including grade 0) require active participation (over 70% participation on lessons, doing lesson assignments given by the teacher and regularly done homework) on the course. Grade 0 gives a right to participate in the re-sit exams. Grades 1-4 give right to participate in the second re-sit exam. The homework bonus points apply only in the partial exams and/or in the first final exam.
03.01.2022 - 01.05.2022
15.11.2021 - 16.01.2022
Bachelor's Degree Programme in Software Engineering
TAMK Main Campus
No alternative ways of execution
There are two partial exams (part 1, Differential Calculus and part 2, Integral Calculus). The schedule of the first partial exam will be announced in course Moodle pages. The second partial exam and final exam are to be held tentatively on April 21st. Changes to exam arrangements are possible depending e.g. on the course progress and other teacher's work duties.
The two retake exams are for full final exams and are held on
1. May 18th 2022 (Only for those who have received grade 0)
2. June 8th 2022
Contact or remote teaching approx. 45 hours
Independent studying approx. 85 hours
Exam(s) approx. 5 hours
The course is built around the following main themes:
-Basic functions, terminology, graphs and equations (10%)
-Concept of derivative and its applications (15%)
-Graphical, numerical and symbolic differentiation (20%)
-Concept of differential and its use in error estimation (10%)
- Integral function, Definite integral, fundamental theorem of calculus (15%)
- Graphical, numerical and symbolic integration (20%)
- Calculation of areas and volumes with integral (10%)
The percentages describe the estimated time used in these themes.
Detailed topics are shown in TuniMoodle.