2. Summary of Qualifications and Capabilities
Qualifications Capabilities
• Project management and logistic
Giotto Technologies has been
•
support
performing expert consulting
• Product development
services for the marine, offshore,
• Research and development
energy and related industries since
• Electrical and electronics engineering
1997
• Naval architecture and marine
Each member of our management
•
engineering
team has accumulated more than
• Heavy manufacturing
20 to 30 years of experience
• Ship design and production
Each junior member of our staff has
• • Informatics
at least 6 years of experience • Modeling and simulation
Most Giotto employees have
• • Quality systems development and
Masters Degrees and Doctoral auditing
Degree • Training and education
Showcasing the idea, performance, method and features of the product 2
10/29/2008
3. List of Recent Customer Contracts
1. Development of Simulation‐Based Training Center (EPD China Group, Ltd., Yangzhou, China)
2. Development of Intelligent Health and Usage Monitoring System (IHUMS) for shipboard deck equipment (US Navy, Washington, DC)
3. Business Process Management (BPM) for reengineering of low/medium voltage switchgear manufacturing plant (EPD Ltd., Houston,
TX)
4. Feasibility Study for the Next Generation Space Shuttle Crawler Transport System (LeTourneau Technologies, Inc, Longview, TX)
5. Development of Harbor Shield Terminal (HST) concept for homeland maritime defense (Rowan Companies Inc, Houston, TX)
6. Offshore hull, machinery, and electrical equipment casualty data study (US Navy, Washington, DC)
7. Logistics support and documentation process development (Transocean Inc, Houston, TX)
8. Construction Interface Management and System Integration for electrical packaging of major offshore conversion project (Siemens
Oil & Gas)
9. Business Process Management for reengineering of research & development institute (TRIES/SHSU, Huntsville, TX)
10. Quality Management System (ISO 9000) development and implementation (Electronic Power Systems, Houston, TX)
11. Development of turn‐key Wastewater Bioreactor Treatment System (ETDCC, Texas City, TX)
12. Development of Advance Visualization Research Network (SHSU, Huntsville, TX)
13. Development of Texas Port Security Center of Excellence (TSUS, Austin, TX)
14. Project Management for various Systems at the Department of Defense Health Affairs, Occupational Health & Safety Program
Support, Defense Medical Facility Management Support (Jacer Corp, Arlington, VA)
15. Design of Healthcare Research & Development Center (Ferrari Global, Houston, TX)
16. Development of Simulation‐Based Design Center (HARC, The Woodlands, TX)
Testing of 2nd Generation Superconductor Coils (US Navy, Philadelphia, PA)
17.
18. Design of Inland Waterways Shipyard (Ferrari Global, Elbląg, Poland)
19. ISO 9000 and ISO 14000 Auditor Training ( Quality Management International, Exton, PA)
20. Development of biometrics Web‐Based Record Validation System (ValideX Technologies, Inc., Spring, TX)
21. Courses in Systems Engineering, Decision Making, Equipment Management, Risk Analysis, Project Management, and Process Modeling
and Analysis (University of Maryland, College Point, MD)
22. Development of Corporate Incentives & Environmental Decision Making Program (HARC, The Woodlands, TX)
23. Marine Safety, Security and Environmental Protection Analysis and Development ( US Coast Guard, Washington, DC)
24. Development of Robotic Welding Gentry (Avondale Shipyard/UNO R&D Center, New Orleans, LA)
25. Development of Approach and Methodology for Technology Transfer (Department of Energy, Washington, DC)
26. Risk‐Based Regulation Development and Analysis (US Coast Guard, Washington, DC)
Showcasing the idea, performance, method and features of the product 3
10/29/2008
4. Business Approach
Programmatic Technical
• As a small business entity maintain • Understanding of customer
unique position to offer a variety of product/service life‐cycle
quality services at a very competitive • Aiding broad spectrum of customer
price product/service life‐cycle needs
• In partnership with others maintain • Maintaining team building approach
significant access to engineering and
• Use Integrated Product and Process
information technology resources
Development (IPPD) iterative approach
including subject matter experts and
when developing customer systems
state‐of‐the‐art technology
• In solving client problems use
commercial‐off‐the‐shelf solutions rather
than develop these from scratch
• Maintain capability to successfully
integrate various computational systems
to solve customer problems
• Provide capacity to built solutions to
contend with more complex technical
and business issues at reasonable cost
Showcasing the idea, performance, method and features of the product 4
10/29/2008
5. Information Systems Engineering
Knowledge Data Base Development
• Development of human‐readable equipment knowledge bases designed to allow people to
retrieve and use the knowledge they contain. They are commonly used to complement a help
desk or for sharing information among employees within an organization. They might store
troubleshooting information, articles, white papers, user manuals, or answers to frequently
asked questions. Typically, a search engine is used to locate information in the system, or users
may browse through a classification scheme.
Diagnostic Engineering
• Development of diagnostic models to provide engineers engaged in the planning, design,
and maintenance of equipment and systems with a structured methodology to identify,
classify, analyze, and address problem of operation and maintenance.
Testing Procedure Development
• Visual development, database storage and run‐time execution of equipment test
strategies (also known as test plans or test sequences).
• Combining visual design with third‐party test programming languages through extensive
design‐time verification and enforcement of good development practices such as test
procedure encapsulation.
Machine Learning Development
• Application of machine learning technologies to design and develop algorithms and
techniques that allow computers to quot;learnquot;.
• Application of neural networks ‐ an interconnected group of artificial neurons that uses a
mathematical or computational model for information processing.
Showcasing the idea, performance, method and features of the product 5
10/29/2008
6. Modeling
Physics‐based Model of Motor and Gearbox
3D Model of High Pressure Air Compressor
Business Process Modeling and Analysis
Electronic Circuit‐board Model
Mathematical Modeling Enterprise Situation‐Handling Decision Model Data Modeling
Showcasing the idea, performance, method and features of the product 6
10/29/2008
7. Visualization, Animation, and Simulation
Robotic Welding Gentry Design
Visualization of Truck Offloading Physics‐Based Simulation Immersive Engine Room Modeling and Simulation
Physics‐Based Plant Simulation
Animation of Offshore Platform Construction and Deployment Semi‐immersive Design Reviews and Analysis Medical R&D Facilities Design
Showcasing the idea, performance, method and features of the product 7
10/29/2008
8. Graphical User Interface (GUI) Development
On‐Board Controller GUI – Manual Control Report Generation GUI
Plant Data Simulator GUI
Test Procedures Verification Simulator GUI
Showcasing the idea, performance, method and features of the product 8
10/29/2008
9. Systems Development and Life Cycle Support
Environmental Systems Design
Medical Enclosure Cap Devices
Control Equipment Design and Construction
Equipment Fabrication
Equipment Operation & Maintenance Intelligent Systems Development Shipyard Design & Construction
Equipment Test and Validation
2nd Gen Superconductor Coil Testing
Wastewater Treatment Development SMES Device Development ERP System Deployment
Showcasing the idea, performance, method and features of the product 9
10/29/2008
10. Giotto Technologies, Inc.
8300 Boone Boulevard, Suite 500
Vienna, VA 22182, USA
Tel: (703) 848‐9228
Fax: (703) 652‐4504
Email: gti@giottoinc.com
Website: www.giottotechnologies.com
Showcasing the idea, performance, method and features of the product 10
10/29/2008