Topics# Fundamentals of Orbit Dynamics. Orbital Elements. Perturbations. Basic Orbit Maneuvers. Linear and Nonlinear Control Theories. Formulation of The Orbit Control Problem. Gauss Equations. Optimal Orbit Control# Impulsive and Continuous, Controlling The Local Time of Sun-synchronous Satellites, Controlling The Ground-track Of Satellites Orbit, Control of Circular and Elliptical Constellations. Autonomous Formation Control# Reconfiguring, Formation Keeping, Intercept and Rendezvous, Lambert Guidance.

Faculty: Aerospace Engineering
|Undergraduate Studies |Graduate Studies
Pre-required courses

(84738 - Control Theory and 85915 - Space Mechanics) or 84738 - Control Theory

Semestrial Information

Weekly Hours

3 Academic Credit • 3 Lecture Hours

Responsible(s)

David Mishne


Exams
Session A: 10-05-2024 09:00 - 12:00
  • ה.אויר 149. 150.
Session B: 09-06-2024 17:30 - 20:30
  • אולמן 105.
  • הנד.ראשי 602. 603.

Registration Groups
10
Lecture Tuesday 14:30 - 17:30 ה.אויר 240 | David Mishne
Weekly Hours

3 Academic Credit • 3 Lecture Hours

Responsible(s)

David Mishne


Exams
Session A: 09-02-2023 Session B: 09-03-2023
Registration Groups
10
Lecture Sunday 14:30 - 17:30 ה.אויר 241 | David Mishne
Weekly Hours

3 Academic Credit • 3 Lecture Hours

Responsible(s)

David Mishne

Notes
  • הקורס ילמד בשפה האנגלית.

Exams
Session A: 15-02-2022 13:00 - 16:00
  • ה.אויר 240. 241.
Session B: 13-03-2022 13:00 - 16:00
  • דיוויס 282.
Session C: 03-04-2022 17:30 - 20:30
  • ה.אויר 240.

Registration Groups
10
Lecture Sunday 14:30 - 17:30 ה.אויר 241 | David Mishne