Colonel Tim Sands is the Chief Academic Officer, United States Air Force Institute of Technology, Ohio. Colonel Sands oversees and ensures the highest standards of academic quality in both graduate and Professional Continuing Education (PCE) instruction and in the Institute's research programs. He is responsible for the faculty promotion and tenure process; achieving and sustaining institute and program accreditation; development of new, distinctive and innovative academic programs; and long-range planning for sustaining and improving academic program quality. He also advises and assists the Chancellor and deans in recruiting and selection of key faculty members.
Colonel Sands came on active duty in 1993 from NC State University as a certified space acquisition professional. He later became a career electronic warfare officer who flew combat missions in the B-52 bomber in Serbia, Kosovo, Afghanistan, and Iraq. He served as a weapons officer, an evaluator, an instructor, a professor, and a researcher. Colonel Sands held staff assignments at Air Force Materiel Command, Air Combat Command, Seventh Air Force, and the Air Force Exchange Program.
Bachelor of Science Mechanical Engineering North Carolina State University
Professional Degree Mechanical Engineering Columbia University
Master of Engineering Space Operations University of Colorado
Master of Science Space Studies University of North Dakota
Graduate Certificate Astronautical Engineering UCLA
Doctor of Philosophy Astronautical Engineering Naval Postgraduate School
PROFESSIONAL MILITARY EDUCATION:
Defense Language Institute, Mandarin-Chinese Language course(s), 2008 - present
Squadron Officers School, Maxwell AFB, AL
Intermediate Developmental Education (w/ACSC corr.), Naval Postgraduate School, CA
Service Chief’s Fellow (w/AWC corr.), Defense Advanced Research Projects Agency, VA
1. 1993 – 1995, Spaceflight Mission Planner, Space and Missiles Systems Center, CA
2. 1995 – 1997, Propulsion Engineer, Space & Missiles Systems Center, CA
3. 1997 – 1998, Student Navigator, then Electronic Warfare Officer, NAS Pensacola, FL
4. 1998 – 2000, Electronic Warfare Officer, 20th Bomb Squadron, Barksdale AFB, LA
5. 2000 – 2001, Assistant Flight Commander, 20th Bomb Squadron, Barksdale AFB, LA
6. 2001 – 2002, Flight Commander, 20th Bomb Squadron, Barksdale AFB, LA
7. 2002 – 2004, Assistant Operations Officer, 96th&11th Bomb Sq., Barksdale AFB, LA
8. 2004 – 2007, PhD Student, Naval Postgraduate School, CA
9. 2007 – 2008, CSAF Cyberspace Taskforce Subject Matter Expert (SME),Pentagon, DC
10. 2007 – 2009, Chief of Plans, 53d Electronic Warfare Group, Eglin AFB, FL
11. 2008 – 2009, Strategic Studies Group (HAF/CK CHECKMATE) SME, Pentagon, DC
12. 2009 – 2010, Deputy Division Chief, Combat Plans, Osan Air Base, R.O.K.
13. 2010 – 2013, Associate Professor, Space Systems, Naval Postgraduate School, CA
14. 2013 – Present, Chief Academic Officer, Air Force Institute of Technology, OH
BADGES AND RATINGS:
Rating: Senior Navigator (Electronic Warfare Officer)
Flight Hours: ~2,000 with over 600 in combat (Serbia, Kosovo, Afghanistan, Iraq)
Weapons Systems: T-34C, T-1A, B-52H, AN/USQ-163 Falconer AOC
Other qualifications: Army Air Assault, Navy SCUBA, OPFOR Academy,
Foreign Weapons School, AF Weapons School
Senior Acquisitions Badge (APDP Level III in PM, level III in T&E, level II in SPDRE)
MAJOR AWARDS AND DECORATIONS:
Theodore Von Karman Award - most outstanding contribution to national defense
Air Combat Command Engineering Achievement Award
Air Force Materiel Command International Award (Program Management)
Air Medal with three oak-leaf clusters
Aerial Achievement Medal with oak-leaf cluster
Air Force Combat Action Medal
Air Force Recognition Ribbon
Kosovo Campaign Medal with battle star
Afghanistan Campaign Medal with two battle stars
Iraq Campaign Medal with two battle stars
Korea Defense Service Medal
Nakatani, S., Sands, T.,“Simulation of Spacecraft Damage Tolerance and Adaptive Controls”, IEEE Aerospace Proceedings, 2014
Sands, T., Kim, J., Agrawal, B. "Method and Apparatus for Singularity Avoidance for Control Moment Gyroscope (CMG) Systems Without Using Null Motion", Patent Pending (61/840,010), June 27, 2013.
Sands, T., "Physics-Based Control Methods," book chapter in Advancements in Spacecraft Systems and Orbit Determination, In-Tech Publishers, pp. 29-54, 2012.
Sands, T., "Advances in Digital Manufacturing", Journal of Engineering and Technology, 2(1), 2012.
Sands, T., Kim, J. J., Agrawal, B. N., "Nonredundant Single-Gimbaled Control Moment Gyroscopes," Journal of Guidance, Control, and Dynamics, 35(2) 578-587, 2012.
Sands, T., "Physics-Based Automated Control of Spacecraft" AIAA Space 2009, AIAA #167790, 2009.
Sands, T., "Control Moment Gyroscope Singularity Reduction via Decoupled Control," IEEE SEC Proceedings, 2009.
Sands, T., "Satellite Electronic Attack of Enemy Air Defenses," IEEE SEC Proceedings, 2009.
Kim, J., Sands, T., Agrawal, B., "Acquisition, Tracking, and Pointing Technology Development for Bifocal Relay Mirror Spacecraft" SPIE Proceedings Vol. 6569, 656907, 2007.
Sands, T., "The Electronic Battle - Requirements and Capabilities" Proceedings of the 44th AOC International Symposium and Convention, 2007.
Sands, T. "Fine Pointing of Military Spacecraft," PhD dissertation, Naval Postgraduate School, 2007.
Sands, T., Kim, J., Agrawal, B., "2H Singularity-Free Momentum Generation with Non-Redundant Single Gimbaled Control Moment Gyroscopes," Proceedings of 45th IEEE Conference on Decision & Control, 2006.
Sands, T., "Space-Based Electronic Warfare" Proceedings of the 43rd AOC International Symposium and Convention, Technical Track 3, 2006.
Sands, T., "Space Test Electronic Warfare Demonstration using Shuttle Radar Topographic Mission" University of Colorado Research Paper, December, 2001.
Sands, T., "Simulation of the Space Test Electronic Warfare Demonstration" University of Colorado Research Paper, December, 2000.
Sands, T., "Joint Space Based Electronic Warfare Satellite" University of North Dakota Independent Study Paper, August, 2000.
Spacecraft Rotational Mechanics
Spacecraft Attitude Determination and Control
Advanced Mechanics and Orbital Robotics
Advanced Heat Transfer
Signals and Systems
Chinese technical translation
Dynamics & control flexible spacecraft structures
Spacecraft attitude control with control moment gyroscopes
Model Predictive Control