Module Handbook
Module Name: 
ProblemSolving Method 

Module Level: 
Bachelor 

Abbreviation,
if applicable: 
MAA202 

Subheading, if applicable: 
 

Courses
included
in
the module, if applicable: 
Series, Gamma Functions and Beta Functions 

Semester/term: 
2nd / First Year 

Module coordinator(s): 
Abdulloh Jaelani, S.Si., M.Si. 

Lecturer(s): 
Abdulloh Jaelani, S.Si., M.Si., Dra.
Suzyana, M.Si. 

Language: 
Bahasa Indonesia 

Classification
within the curriculum 


Teaching format / class hours per week during
semester: 
2 hours lectures (50 min /
hour) 

Workload: 
2 hours lectures, 2 hour structural activities, 2
hours individual study,13 week per semester, and total
78 hours per semester 2.6 ECTS 

Credit Points: 
2 

Requirements: 
Calculus I, Calculus II 

Learning goals/competencies: 
General Competence
(Knowledge) Can use series, gamma function, beta function in applied mathematics.
Specific
Competence: 1. Explains infinite sequences and series 2. Explains series of nonnegative terms, series whose terms are alternately positive and negative 3. Explains power series and their operations 4. Explain Taylor and Maclaurin series, multiplication and division of power series 5. Explain Gamma functions 6. Explain Beta functions 

Content: 
This course covers the applications of calculus: Series, gamma functions, and beta functions. 

Soft skill
Attribute 
Completeness of quiz, assignments, midterm exams and final exams 

Study/exam achievements: 
Students are considered to be competent and pass if at
least get 40 of maximum mark of the final score. Grading Policy
Final index is defined as follow: A : 75  100 AB : 70  74.99 B : 65  69.99 BC : 60  64.99 C : 55  59.99 D : 40  54.99 E : 0  39.99 

Forms of Media: 
Slides and LCD projectors, whiteboards 

Learning Methods 
Lecture, quiz, and assessments 

Literature: 
1.
Purcell E. J., Rigdon S. E. and Varberg
D.2007. Calculus, 9^{th} edition, Pearson Prentice Hall Publisher,
United States of America. 2.
James
Steward., 2008. Calculus early transcendental 6^{th} ed, Thomson Corporation, USA 3.
H.W.Reddick.,
F.H.Miller,1965. Advanced Mathematics for Engineers,
3^{th} Edition, Modern Asia
Editions 

Notes: 
In order to pass the course, you do have to satisfy the
minimum requirements for 75 % attendance. 