Planning Document
Institution: University of Saskatchewan
Date of Visit: April 18th, 2012
Location: U of Saskatchewan Campus
Lockheed Martin Visitors:
The Lockheed Martin Industrial Regional Benefits (IRB) Team, supported by senior members of the Lockheed Martin Technical Staff of the Corporate Engineering and Technology (CE&T) and the Mission Systems and Sensors (MS2) groups will be visiting your facility in the near future.
Purpose:
This visit is intended to gain a better understanding of the strengths and capabilities of your Institution and the alignment with Lockheed Martin Collaboration Topics, and future opportunities for possible collaboration. The form of collaboration will be determined on a case by case basis and the variations will be discussed during the initial Lockheed Martin briefings. The Lockheed Martin Team looks forward to visiting with members your Institution and gaining a better insight of your full capabilities.
Proposed Agenda Items and Details:
(timing of each presentation may vary, LM is flexible)
- Timing:
- Lockheed Martin Plans to Arrive at 8:30 and Depart on or about 5:00
- Please schedule accordingly
- Welcome and Overview (by the Institution) Introductions, etc.
- Lockheed Martin Business/IRB Overview (schedule 15 minutes)
- Lockheed Martin Technical Overview (schedule 15 minutes)
- Review, Lockheed Martin Collaboration Topics (CT’s) (attached)
- Request for Presentations by the Institution ( 2 to 3 presentations maximum)
- Presentations should be limited based on the time allotted for this visit
- Presentation, dialogue during / after, and perhaps a lab visit.
- All presentations should be as closely aligned with the CT’s as possible
- Closing Comments, Action Items, Follow-Up
- Soft copies of the presentations and projects are requested on (CD) only please.
Lockheed Martin – Collaboration Topics (CT’s) for Post-Secondary Institution Discussions
- Advanced Active& Passive Sensing:
System and host platform hardware and software with lower sensor costs, increased signal-to-noise ratio, and lower sense-to-information latency to turn the sensed environment into information about the target (e.g., target recognition, speed, intent, etc. via Ladar, Radar, EO, and acoustic methods)
- 2. Complex Software & Systems:
Methods for improved software performance and reliability, including advanced software architectures, integration, agents, languages, processor tailoring and production and VV&T (e.g., Model-Based Software Development)
- 3. Autonomous and Robotic Systems:
Hardware, software, and architectures to enable uninhabited intelligent deployments of ground, sea, air or space capabilities with improved cost, weight, performance or risk characteristics (e.g., swarms)
- 4. Biometrics:
Architectures for detectors and associated hardware and software for personnel identification in a broad range of applications (e.g., authentication, surveillance, tracking)
- 5. Chemical, Biological, Radiological, Nuclear and High-Yield explosives (CBRNE) Defense and Response:
Detectors and associated hardware and software for detection and characterization of chemical and biological threats, to include methods to facilitate timely response (e.g., explosive vapor, biological agents)
- 6. Decision Support Systems:
Hardware & software for enhancement of decision and action efficiency in complex and/or stressing data/timeline mission environments (e.g., fusion, pattern recognition, data mining, knowledge management)
- 7. Directed Energy:
High energy laser and particle beam device, beam control, ancillary component and integration hardware and software for target negation or disruption (e.g., airborne lasers, ground based defense)
- 8. Distributed ISR & Attack:
Component and system hardware and software for ISR and attack systems employing large numbers of integrated collection and response (force application) nodes (e.g., unattended in-situ sensors, local response yet integrated defense systems)
- 9. Energy& Climate Change:
Hardware and software to improve performance across a broad range of applications (e.g., grid power, portable power, energy storage and pulsed power, for military and civil users)
- 10. Human Terrain:
Represents the aggregate of socio-cultural traits present at a specific temporal, geo-spatial [or cyberspace] location.
- 11. Trust and Assurance:
Methods and implementation software and hardware for protection of networks and electronic data against intrusion or data loss, and associated threat capability assessment
12. Advanced Materials:
Modeling, development, fabrication and characterization of materials/structures at the atomic/molecular scale and understanding of associated applications (e.g., mechanical, sensor, communications, and medical applications)
- 13. Predictive & Response Logistics:
Hardware and software affording improved inventory, tagging, tracking, distribution, security and prognostic health monitoring of large and/or complex product sets (e.g., end-to-end global asset logistic optimization)
- 14. Signatures & Phenomenology:
Modeling and testing of interactions between radiation or matter and targets and the corresponding response of sensors, to include methods for response control
- 15. Systems Biology and Bioinformatics:
Encompasses bio-medical technologies, bio-informatics, and biomimetics (bio-inspired technologies)