Courses – Lab for Autonomous Robotics Research

▣ SPRING 24		Motion Planning and Decision Making for Autonomous Systems Lecture Mon./Wed. 11:00-12:15 / 301-304 Office Hour (Instructor)
		INTEGRATED DESIGN OF AEROSPACE SYSTEM 1 Lecture Mon. 19:00-19:50 / 301-304 Office Hour (Instructor)
		INTEGRATED DESIGN OF AEROSPACE SYSTEM 2 Lecture Mon. 20:00-21:50 / 301-304 Office Hour (Instructor)
▣ FALL 23		AEROSPACE ENGINEERING LAB.2
		INTEGRATED DESIGN OF AEROSPACE SYSTEM 1
		INTEGRATED DESIGN OF AEROSPACE SYSTEM 2
▣ SPRING 23		PRINCIPLES OF CONTROL OF SPACECRAFT AND AIRCRAFT
		DECISION MAKING FOR AUTONOMOUS AEROSPACE SYSTEMS
▣ FALL 22		ROBUST CONTROL FOR AEROSPACE SYSTEMS
▣ SPRING 22		DECISION MAKING FOR AUTONOMOUS AEROSPACE SYSTEMS
		PRINCIPLES OF FLIGHT VEHICLE CONTROL
▣ FALL 21		AI AND COMPUTATIONAL METHODS IN AEROSPACE ENGINEERING
▣ SPRING 21		PRINCIPLES OF CONTROL OF SPACECRAFT AND AIRCRAFT
		DECISION MAKING FOR UNMANNED VEHICLES
		RESEARCH SKILL DEVELOPMENT FOR AEROSPACE ENGINEERS
▣ FALL 20		INTRODUCTORY ENGINEERING PROBABILITY
		SEMINAR IN AEROSPACE ENGINEERING(ADVANCED FLIGHT CONTROL AND GUIDANCE)
▣ SPRING 20		STUDENT RESEARCH COLLOQUIUM IN AEROSPACE ENGINEERING
		decision making for unmanned vehicles
▣ FALL 19		introductory engineering probability
		Seminar in Aerospace Engineering(Advanced flight control and guidance)
▣ SPRING 19		STUDENT RESEARCH COLLOQUIUM IN AEROSPACE ENGINEERING
		decision making for unmanned vehicles
		ENGINEERING MATHEMATICS I
▣ FALL 18		MULTIVARIABLE CONTROL SYSTEMS
		introductory engineering probability
▣ SPRING 18		sabbatical year
▣ FALL 17		sabbatical year
▣ SPRING 17		—
▣ FALL 16		ENGINEERING MATHEMATICS II
		introductory engineering probability
		Engineering and Economy
		Technical English Writing for Engineers
▣ spring 16		principles of flight vehicle control
		decision making for unmanned vehicles
		STUDENT RESEARCH COLLOQUIUM IN AEROSPACE ENGINEERING
▣ fall 15		introductory engineering probability
		MULTIVARIABLE CONTROL SYSTEMS
▣ Spring 15		Principles of Flight Vehicle Control
		Decision making for Unmanned Vehicles
		Student Research Colloquium in Aerospace Engineering
▣ Fall 14		Engineering Mathematics II
		Multivariable Control Systems
▣ Spring 14		Principles of Control of Spacecraft and Aircraft
		Decision making for Unmanned Vehicles
▣ Fall 13		Engineering Mathematics II
		Flight Dynamics and Control
▣ Spring 13		Engineering Mathematics I
		Introductory Engineering Probability
▣ Fall 12		Engineering Mathematics II
		Guidance and Control Algorithms for Unmanned Vehicles
▣ Fall 11		Engineering Mathematics II
		Advanced Flight Dynamics and Control
▣ Spring 10		Engineering Probability
		Freshmen Seminar
		Topics in Aerospace Systems
▣ Fall 09		Engineering Mathematics II
▣ Spring 09		Engineering Mathematics I
		Freshmen Seminar
▣ Fall 08		Engineering Mathematics II
		Advanced Flight Dynamics and Control
▣ Spring 08		Engineering Probability
		Topics in Aerospace Systems
▣ Fall 07		Engineering Mathematics II
		Advanced Flight Dynamics and Control
▣ Spring 07		Engineering Probability
		Topics in Aerospace Systems
▣ Fall 06		Engineering Mathematics II
		Advanced Flight Dynamics and Control

▣ SPRING 24

Motion Planning and Decision Making for Autonomous Systems

INTEGRATED DESIGN OF AEROSPACE SYSTEM 1

INTEGRATED DESIGN OF AEROSPACE SYSTEM 2

▣ FALL 23

AEROSPACE ENGINEERING LAB.2

INTEGRATED DESIGN OF AEROSPACE SYSTEM 1

INTEGRATED DESIGN OF AEROSPACE SYSTEM 2

▣ SPRING 23

PRINCIPLES OF CONTROL OF SPACECRAFT AND AIRCRAFT

DECISION MAKING FOR AUTONOMOUS AEROSPACE SYSTEMS

▣ FALL 22

ROBUST CONTROL FOR AEROSPACE SYSTEMS

▣ SPRING 22

DECISION MAKING FOR AUTONOMOUS AEROSPACE SYSTEMS

PRINCIPLES OF FLIGHT VEHICLE CONTROL

▣ FALL 21

AI AND COMPUTATIONAL METHODS IN AEROSPACE ENGINEERING

▣ SPRING 21

PRINCIPLES OF CONTROL OF SPACECRAFT AND AIRCRAFT

DECISION MAKING FOR UNMANNED VEHICLES

RESEARCH SKILL DEVELOPMENT FOR AEROSPACE ENGINEERS

▣ FALL 20

INTRODUCTORY ENGINEERING PROBABILITY

SEMINAR IN AEROSPACE ENGINEERING(ADVANCED FLIGHT CONTROL AND GUIDANCE)

▣ SPRING 20

STUDENT RESEARCH COLLOQUIUM IN AEROSPACE ENGINEERING

decision making for unmanned vehicles

▣ FALL 19

introductory engineering probability

Seminar in Aerospace Engineering(Advanced flight control and guidance)

▣ SPRING 19

STUDENT RESEARCH COLLOQUIUM IN AEROSPACE ENGINEERING

decision making for unmanned vehicles

ENGINEERING MATHEMATICS I

▣ FALL 18

MULTIVARIABLE CONTROL SYSTEMS

introductory engineering probability

▣ SPRING 18

sabbatical year

▣ FALL 17

sabbatical year

▣ SPRING 17

—

▣ FALL 16

ENGINEERING MATHEMATICS II

introductory engineering probability

Engineering and Economy

Technical English Writing for Engineers

▣ spring 16

principles of flight vehicle control

decision making for unmanned vehicles

STUDENT RESEARCH COLLOQUIUM IN AEROSPACE ENGINEERING

▣ fall 15

introductory engineering probability

MULTIVARIABLE CONTROL SYSTEMS

▣ Spring 15

Principles of Flight Vehicle Control

Decision making for Unmanned Vehicles

Student Research Colloquium in Aerospace Engineering

▣ Fall 14

Engineering Mathematics II

Multivariable Control Systems

▣ Spring 14

Principles of Control of Spacecraft and Aircraft

Decision making for Unmanned Vehicles

▣ Fall 13

Engineering Mathematics II

Flight Dynamics and Control

▣ Spring 13

Engineering Mathematics I

Introductory Engineering Probability

▣ Fall 12

Engineering Mathematics II

Guidance and Control Algorithms for Unmanned Vehicles

▣ Fall 11

Engineering Mathematics II

Advanced Flight Dynamics and Control

▣ Spring 10

Engineering Probability