Alessio Bocci
Job description
My field of research is Space Engineering, with a particular focus on Orbital Mechanics, Space Missions Analysis, and Attitude Control. I am currently a Ph.D. candidate at UiT and in charge of designing the AOCS (Attitude and Orbit Control System) of the QBDebris mission. The main objective of my current research activity is to develop novel guidance control schemes for spacecraft formation flight control based on differential drag.
Lauritz Rismark Fosso,
Raymond Kristiansen,
Jan Tommy Gravdahl,
Sveinung Johan Ohrem,
Alessio Bocci
:
Tracking the Effective Surface Area of Non-Convex Satellites
IFAC-PapersOnLine 01. October 2026 ARKIV
Anastasios-Faidon Retselis,
Elise Wright Knutsen,
Sam Holdcroft,
Shayla Viet,
Rebecka Wahlén,
Mario Virdis
et al.:
CENSSAT-1: A space weather mission and an educational platform
Alessio Bocci,
Jose Juan Corona Sanchez,
Raymond Kristiansen
:
Leader–Follower Formation Control Using Differential Drag and Effective Surface Regulation
Alessio Bocci,
Jose Juan Corona Sanchez,
Raymond Kristiansen
:
NEW CUBESAT MISSIONS FOR A NOVEL UNDERSTANDING OF MM-SIZED SPACE DEBRIS
2024 ARKIV
Alessio Bocci,
Jose Juan Corona Sanchez,
Raymond Kristiansen
:
Multi-Constrained Differential-Drag Attitude-Based Formation Control: A Torque-Based Approach
2026 ARKIV
Alessio Bocci,
Jose Juan Corona Sanchez,
Raymond Kristiansen
:
An Integrator Backstepping-Based Algorithm for Spacecraft’s Effective Surface Tracking
Sam Holdcroft,
Alessio Bocci,
Laura-Kristin Scholtz,
Anastasios-Faidon Retselis,
Elise Wright Knutsen,
Ramsey Al Jebali
et al.:
CENSSAT-1 mission concept: a CubeSat for space weather monitoring
Alessio Bocci,
Jose Juan Corona Sanchez,
Raymond Kristiansen
:
Differential drag-based control of a leader-follower spacecraft formation via attitude maneuvers
12. August 2025 ARKIV
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