- Docente: Silvia Romagnoli
- Credits: 9
- SSD: SECS-P/06
- Language: English
- Teaching Mode: Traditional lectures
- Campus: Bologna
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Corso:
Second cycle degree programme (LM) in
Greening Energy Market and Finance (cod. 5885)
Also valid for Second cycle degree programme (LM) in Quantitative Finance (cod. 8854)
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from Feb 10, 2025 to May 14, 2025
Learning outcomes
You will gain a broad overview of 4 learning modules: Data Science for Finance, Financial Engineering for Investement, Quantitative Risk Management, Quantitative Portfolio Management. You will grasp the intuition behind all the quantitative techniques covered by the course, and master selected topics within each learning module. Students will be able to avoid the most common pitfalls in risk management and portfolio management applications. Students will be able to interact with their classmates (and with the ARPM community) using a common language and notation. Students will grasp the intuition behind all the techniques covered by the course, and they will be able to navigate the ARPM Lab to find detailed reference material to deepen their knowledge and practice.
Course contents
In order to attend the course in the best possible way, it is highly recommended to choose the ARPM Bootcamp before 10th February, so you will be able to have the access to the platform and start your classes on time!
Please, once added it to your study plan, send also an email (before 10th February) from your Unibo email account to marialuigia.loiudice@unibo.it [mailto:marialuigia.loiudice@unibo.it] (write in the subject e-mail “ARPM BOOTCAMP attendance”) to confirm your attendance.
The Master in Quantitative Finance in partnership with ARPM [https://www.arpm.co/lab/], offers Advanced Risk and Portfolio Management as one of its courses as elective, assigning 6 CFU.
Upon successful completion of the course, you will be able to:
- correctly map all the techniques adopted in quantitative finance onto a unified theoretical framework, appreciating the interconnections, and gaining a fresh perspective on the known techniques;
- avoid the most common pitfalls in risk management and portfolio management applications;
- interact with your classmates (and with the ARPM community) using a common language and notation;
- navigate the ARPM Lab to find detailed reference material to deepen your knowledge of the topics covered by the course, and more.
The program includes the most advanced quantitative techniques in:
Data science and machine learning
Econometrics
Factor modeling
Portfolio construction
Algorithmic trading
Investment risk management
Liquidity modeling
Enterprise risk management
To ensure a balanced mix of theory and applications, the curriculum is best taught through four all-encompassing, mutually exclusive, core learning courses that cover all the topics of the ARPM Lab. More precisely:
Data Science for Finance
Financial Engineering for Investment
Quantitative Risk Management
Quantitative Portfolio Management
Refreshers are also offered to brush up on the basic concepts:
Mathematics
Python
MATLAB
Readings/Bibliography
The ARPM Lab contains all the support materials to learn and practice the concepts covered during the lectures:
Video lectures
Theory
Case studies
Data animations
Code
Documentation
Slides
Exercises
Teaching methods
The ARPM Lab consists of lectures, review sessions and exercises sourced from the content of the platform.
You will have a fully access to the online lessons (on-demand version) from the comfort of your home or office. You will be requested to follow a scheduled program and to practice on them. Your improvement will be recorded and the topics will be discussed, checked and evaluated during the periodic encounters with the teacher. The encounters will be offered both in presence and online.
Assessment methods
Your improvement will be recorded and the topics will be discussed, checked and evaluated during the periodic encounters with the teacher. The encounters will be offered both in presence and online.
The final grade will be the mean of the periodic evaluations.
Teaching tools
ARPM Platform, e-learning materials, codes, slides, blackboard.
Office hours
See the website of Silvia Romagnoli
SDGs
This teaching activity contributes to the achievement of the Sustainable Development Goals of the UN 2030 Agenda.