# Research

- optimal control for partial differential equations
- fluid dynamics, multi-physics problems (fluid-structure interaction, magnetohydrodynamics, fluid flows in porous media)
- numerical analysis
- finite element methods
- multigrid and domain decomposition methods
- scientific computing, design of finite element software
- numerical linear algebra, preconditioning
- geometric PDEs

CURRICULUM VITAE

# Teaching

At Texas Tech University:
Fall 2018, MATH 4354 - DIFFERENTIAL EQUATIONS II syllabus
Fall 2018, MATH 5344 - TOPICS IN NUMERICAL ANALYSIS I - FINITE ELEMENT METHODS syllabus
Spring 2018, MATH 5335 - NUMERICAL ANALYSIS II syllabus
Spring 2018, MATH 2360 - LINEAR ALGEBRA syllabus
Fall 2017, MATH 5334 - NUMERICAL ANALYSIS I syllabus
Fall 2017, MATH 4354 - DIFFERENTIAL EQUATIONS II syllabus
Spring 2017, MATH 2360 - LINEAR ALGEBRA syllabus
Fall 2016, MATH 2360 - LINEAR ALGEBRA syllabus
Spring 2016, MATH 5345 - TOPICS IN NUMERICAL ANALYSIS II syllabus
Spring 2016, MATH 4351 - ADVANCED CALCULUS II syllabus
Fall 2015, MATH 5344 - TOPICS IN NUMERICAL ANALYSIS I syllabus
Fall 2015, MATH 2360 - LINEAR ALGEBRA syllabus
Spring 2015, MATH 5335 - NUMERICAL ANALYSIS II syllabus
Spring 2015, MATH 5099 - SCIENTIFIC PROGRAMMING AND FINITE ELEMENT METHODS (individual study)
Fall 2014, MATH 5334 - NUMERICAL ANALYSIS I syllabus
Fall 2014, MATH 4354 - DIFFERENTIAL EQUATIONS II syllabus
Spring 2014, MATH 4350 - ADVANCED CALCULUS I syllabus
Fall 2013, MATH 4354 - DIFFERENTIAL EQUATIONS II syllabus
Spring 2013, MATH 3350 - HIGHER MATHEMATICS FOR ENGINEERS AND SCIENTISTS I (sections 14 and 15) syllabus
Fall 2012, MATH 2450 - CALCULUS III WITH APPLICATIONS (sections 14 and 16) syllabus

At University of Bologna:
Fall 2011, FOUNDATIONS OF COMPUTER SCIENCE, Teaching Assistant

# Personal

Some pictures of my hometown, Dozza

A simulator of card games