Scuola di Ingegneria Industriale
Syllabus
Academic Year 2019/20 First Semester
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Learning Objectives
At the end of the course students will be able to use MS Excel to model and solve typical business problems.
Learning targets
At the end of the course students will be able to use MS Excel to model and solve typical business problems. They will be able to exploit advanced spreadsheet operations like
Course Content
Course Delivery
The course is fully based on practical lessons in computer laboratory to apply the methodoligies to actual problems.
Course Evaluation
The exam can be carried out either face-to-face (in presence) or remotely (distance). In both cases, as part of the teaching activities related to the course, a simulation of the exam will be organized to allow all candidates to better understand the operating procedures of the test and to reduce any operational/organizational problem as much as possible.
Full exam - face-to-face mode
The exam is held in the computerized classrooms (PC laboratories) and consists of some (usually between four and ten) practical exercises to be solved using the tools installed on the PCs made available to students. The organization is partially "open book": the use of the material distributed to support the lessons during the year is allowed.
Full exam - distance mode
The exam consists of a practical part that requires the use of
The exam consists of some (indicatively between four and ten) practical exercises to be solved using the tools (Microsoft Excel) installed on the PC available to the candidate (who is responsible for the correct configuration of the exam tools). The exercises will be proposed one at a time through the ecorsi.liuc.it platform and will ask for the solution of simple problems. The candidate must load the solution of each exercise (composed of one file) within the time foreseen for that exercise. Files uploaded after the established time limit will not be accepted.
The professor can require an additional oral integration composed of one or more questions usually related to the solution proposed by the student.
Partial tests
During the course, some partial tests can be scheduled. Each test is organized like the full exam, with a reduced number of exercises (usually between one and three). Passing all the partial tests replaces the final exam. The overall evaluation is equal to a combination (usually a weighted average) of the results of the ongoing tests.
Syllabus
Session 1 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Introduction to MS Excel - basic functions Readings: |
Session 2 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Range & lookup functions Readings: |
Session 3 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Index & match functions Readings: |
Session 4 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Text & Dates functions Readings: |
Session 5 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Basic financial functions (NPV, IRR, ...) Readings: |
Session 6 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Management of circular references - IF based functions - Audit Readings: |
Session 7 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Sensitivity Analysis Readings: |
Session 8 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Goal Seek & Scenario Comparisons Readings: |
Session 9 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Usage of Offset & Indirect functions Readings: |
Session 10 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Conditional formatting Readings: |
Session 11 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Optimization Readings: |
Session 12 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Solver [1/2] Readings: |
Session 13 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Solver [2/2] Readings: |
Session 14 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Introduction to macro recording and VBA programming [1/2] Readings: |
Session 15 Hours of lesson: 2 Instructor: G. Buonanno | Topics: Introduction to macro recording and VBA programming [2/2] Readings: |