Space Systems Engineering 122
Introduction to Satellites and Space Systems II
Spring 2012 - Syllabus
Instructor Information
Bob Twiggs
SpaceScienceCenter
235 Martindale Drive
Morehead, KY40351
Phone: 606.783.2381
Office Phone: 606.783.9594
Email:
This course represents follow-on to the introduction to the study of Satellites and Space Systems—including satellite subsystems (telecommunications systems, power systems, attitude determination and control, and payloads), spacecraft structures, sensors, thermal considerations, manufacturing processes, pre-flight testing, launch integration, and the ground segment.
SSE 122 will help students to achieve competencies required by the B.S. in Space Science program by providing the student with:
- Basic knowledge of satellite systems and subsystems
- Experience with design considerations
- Understanding of pre-flight testing and integration
- Awareness of space-rated materials-- properties and manufacturing processes and
- Exposure to Ground Operations
Introduction
SSE 122 is essentially an introductory course in astronautics designed for young engineers new to the space field. Thegoal is to bring space down to Earth and de-mystify it, so each student understands the big picture with confidence. The course provides historical background and a discussion of space missions, space environment, spacecraft design, spacecraft subsystems, and space operations. SSE 120 focuses on understanding concepts related to space systems and practical applications, with an emphasis on developing an understanding through immersion in laboratory activities.
The program SLOs are listed below. This course targets program SLOs 1 and 2, and it lays the foundation for attainment of SLO 5.
Table 1.0 Student Learner Outcomes
The student will:1. Develop an understanding of the core concepts of physics, space science, communications
electronics, and mathematics
2. Acquire a number of technical skills that are in high demand in the workforce: the ability to work as
a member of a team, to write good quality technical reports, and to give formal oral presentations
3. Attain extensive experience in computer programming, modeling, and data acquisition and analysis
4. Use computers and high-tech instrumentation to monitor and control technical systems, including the
large structures of space tracking antennas
5. Be able to apply the basic principles of physics and engineering to solve technical problems
SSE 122will help students achieve competencies required by the programs by providing the student with topics specified in the B.S. Area of Concentration in Space Science “specific knowledge and skill” as defined in the program proposal. A subset of these topics addressed in SSE 122 include:
- Spacecraft subsystems: sensors, telemetry, power, etc.
- Manufacturing process: testing, launch integration, ground systems, etc.
- Laboratory sessions to perform OSCAR satelliteoperations
- Shop Experience: Cubesat, PocketQub, Nanoracks, etc.
Text: Understanding Space: An Introduction to Astronautics, Jerry Jon Sellers; Wiley J. Larson; William J. Astore; Robert B. Giffen
Class Topics
Spacecraft subsystems
Sensors
Telemetry
Structures
Power System Design
Communications
Thermal
AD&C
Manufacturing
Pre-flight Testing
Launch Integration
Ground Segment
Earth Station SystemsOperations
Space Utilization
Tentative Schedule
Readings:Day:Date:Lecture TopicLunar Phase
Mon1.11Introduction
Chapter 11Wed1.13Introduction to Space Systems Engineering
Chapter 11Fri1.15 Space Mission Design
Remote Sensing Payloads
Concept of Operations
Mon1.18HOLIDAY MLK Day
Chapter 12Wed1.20Space Vehicle Control Systems
Chapter 12Mon1.25Attitude Control
Chapter 12Wed1.27Attitude Determination
Chapter 12Fri1.29Passive and Active Control Systems\
Chapter 12Mon2.1Orbit Control
Chapter 13Wed2.3Spacecraft Subsystems
Chapter 13Mon2.8CDHS
Chapter 13Wed2.10EPS
Chapter 13Fri2.12Environmental Control
Mon2.151st Hour Exam
Chapter 13Wed2.17Structures
Chapter 13Mon2.22Space-Rated Materials
Chapter 13Wed2.24Manufacturing Processes
Chapter 13Fri2.26Pre-flight Testing
Chapter 14Mon3.1Launch Vehicles
Wed3.3Propulsion Systems
Mon3.8Propulsion Systems continued
Chapter 14Wed3.10Rocket Equation
Fri3.122nd Hour Exam
Chapter 15Mon3.22Space Operations
Chapter 15Wed3.24Mission Operations Systems
Chapter 15Mon3.29The Ground Segment
Chapter 15Wed3.31GSE
Fri4.2Mission Management
KySat-1 On-
Orbit Operators Mon4.5Low Bandwidth Systems (VHF/UHF Systems
Manual
21 M Ops ManualWed4.7High Gain Antenna Systems
21 M Ops ManualMon4.12Ground Operations
21 M Ops ManualWed4.14Link Budgets
21 M Ops ManualFri 4.16TT&C
Mon4.193rdHour Exam
Chapter 16Wed4.21Space Utilization
Chapter 16Mon4.26Space Industry
Wed4.28Space Economics
Chapter 16Fri 4.30Future Space
Thurs5.6Final
Course Delivery
SSE 122 will consist of a series of lectures which will be delivered in person and simultaneously via a web-based Internet system. The lectures will be recorded and posted on Black-board. A laboratory section of the course will be utilized to engage the students in hands-on electronics development and edge of space missions operations.
Grade Assessment
Homework Assignments, Labs, and Problems= 37%
Quizzes and Unit Tests= 37%
Final Exam= 13%
Presentations= 13%
Grading Scale
100%-90% = A
80%-89% = B
70%-79% = C
60%-69% = D
< 60% = E
Evaluation Activities
End-of-chapter questions and problems (homework assignments) will be collected and graded. You'll be responsible for reading the chapters as assigned and finding answers to the homework questions: we will have frequent in-class reading quizzes as part of your course grade. An important goal in your study of space science will be to develop the ability to think like an engineer. As your instructor, I will model this way of thinking during class instruction and discussion, and we’ll practice engineering design processes in class.
All tests, quizzes and exams will be closed-book, closed-notes, but calculators will be allowed. Some test and exam questions will require numerical calculations and sketch or interpretation of graphs. Topical study guides or samples of typical test questions will be provided.
Tests: Each of the four tests - announced ahead of time and covering two or three chapters - will consist of 14 multiple-choice questions and three open questions to be answered in 30 minutes. These questions will be similar to questions or problems discussed in class or assigned for homework.
Reading quizzes: there will be approximately one reading quiz per chapter, typically but not always announced ahead of time, and administered at the beginning of class. Each reading quiz will contain a single question to be answered in 5 minutes. Some questions will require comprehension and a basic explanation of a major topic in the chapter.
Computational exercises (problems): these will be graded based on correctness and applicability to varying the initial conditions of the problems. Graphs will be typically included, and the grade will also reflect the correctness and usability of your graphs.
Laboratory Activities
A series of laboratory activities will be undertaken in SSE 122. These will include hands-on performance of the activity in small groups and will require an individual laboratory report to be submitted one week after the laboratory activity is performed. Laboratory activities include:
OSCAR Sat Operations
Shop Experience
Sheet Metal Fabrication
CubeSat
PocketQub
NanoRacks
Electronic Fabrication
CricketSat Fabrication
CricketSat Mission
Extra Credit Opportunities
No extra credit will be accepted.
MoreheadStateUniversitySpaceScienceCenter
The Morehead State University Space Science Center has been established to provide a research and educational facility with state-of-the art laboratories for undergraduate students in space science. Space science is an extremely interdisciplinary and technology-intensive discipline which encompasses physics, astrophysics, satellite telecommunications, electrical engineering, mathematics and computer sciences. The Space Science Center originated from a joint NASA-Morehead State-Kentucky NSF EPSCoR venture to develop a large aperture (21-meter) radio telescope and satellite tracking station and associated laboratories and degree programs at MoreheadStateUniversity. New degree programs to be offered include: B.S. in Space Science, B.S. in Physics Area of Concentration in Astrophysics, and a Minor in Astronomy. MoreheadStateUniversity has received significant funding from NASA, the Kentucky Science and Engineering Foundation, and the US Small Business Administration to make the dream of space a reality at MSU.
Attendance Policy
Make up hour exams will only be allowed with the consent of the Professor obtained before the scheduled exam time. Observations are an essential component of the course. Attendance is therefore mandatory. No observing nights will be excused.
Academic Policy
In accordance with the Morehead State University Handbook Appendix F Guidelines for dealing with acts of academic dishonesty, any student found guilty of academic dishonesty by the professor on any assignment, quiz, or exam, will receive a grade of failure for the course and appropriate disciplinary action will be taken.
Emergency Response Protocol
Emergency response information will be discussed in class. Students should familiarize themselves with the nearest exit routes in the event evacuation becomes necessary. You should notify your instructor at the beginning of the semester if you have special needs or will require assistance during an emergency evacuation. Students should familiarize themselves with emergency response protocols at .
Astronomy and Space Internet Sites
Morehead State University Space Science Center
NASA
NASA JPL
Astronomy and Space Science News
Space.com
RedNova.com
Space Calendar