This document provides an overview of AES, an engineering services company founded in 2004 with operations in 3 countries and 70 employees. It details AES' vision, locations, industries served, customers, service offerings including mechanical, electrical, and CAE engineering. AES focuses on high value and cost effective services using onshore/offshore models. It describes capabilities in mechanical design, FEA, CFD, CAD/CAE tools, and computing resources. Quality and IP are also addressed.

1. Corporate Overview

2. A California Corporation located in San Jose, CA Founded in 2004 Operations in 3 Countries 6 Service Groups Approx. 70 Employees Partnered with the Industry Leaders in India, USA, Europe, Japan & South Africa Provide High Value and Cost Effective Engineering & PLM Services About AES

3. Vision, Mission & Core Values Vision Consistently deliver “High Value and Cost Effective” engineering services Mission To be the “Most Respected & Sought After Global Engineering & PLM Services Company” Core Values Establish and grow partnerships with our clients through expertise in applied technologies and integrity Provide value to customer relationships by exceeding all expectations

6. Bangalore

8. Prestigious Customers USA Europe South Africa India

9. AES Model and Key Differentiators Customer Focus Provide the highest degree of customer service Industry Knowledge Diversified skills and experience in various domains Faster Realization of Benefits High return on investment (ROI) Engagement Models 24/7 Onshore / Offshore operations

10. AES Model and Key Differentiators Proven Track Record Successful history of providing services through Onshore / Offshore Development Centers. Right People At Right Time Focus as a partner through understanding our customers needs and corporate culture. BI Strategy and Roadmap Clear vision of Customer’s short and long term operational & technical challenges.

12. Supplier & Component MGMT

13. MFG Process MGMT

14. Prototype Support

15. DFA and DFM

16. DFMEA

17. FEA

18. Structural

19. Electro Magnetic

20. Thermal

21. Acoustic

22. Shock / Vibration

23. Design Optimization

24. CFD

25. Laminar & Turbulent

26. Compressible / Incompressible

27. Heat Transfer

28. Rotor Dynamics

29. Multi Phase

30. Reaction & Combustion

31. FSI - Fluid Structure Interaction

32. Product Data Mgmt (PDM)

33. Product Life Cycle Mgmt (PLM)

34. Configuration Mgmt

35. Value Engineering

36. Design Automation

37. Problem or Compliance MGMT

38. Concurrent Eng.

39. 3D Models & ASSYs

40. MFG DWGs

41. GD&T

42. Tolerance Analysis

43. Part Spec Creation

44. BOM Structuring

45. Tech Manuals

46. Installation Manuals

47. ASSYs Animation

48. Conceptual

49. 3D Skeletons

50. Systems Eng.

51. Mechanical

52. Electrical

53. Electronics

54. Product Upgrades

55. CIP Programs

57. Web Based Stage Gate Project MGMT

59. Should Costing

61. Installation Discrepancy Reports

62. Field Failure Reports

64. Work Flow Based Change MGMT

66. MFG DWGs

67. Tolerance Analysis

68. Part Spec Creation

69. BOM Structuring

70. Tech Manuals

71. Installation Manuals

72. ASSYs AnimationsEngineering Administration Driving Product Profitability

73. Mechanical Design Capabilities Verification Plan Validation Plan Testing & Validation Product Build Material Procurement Prototype Manufacturing Strategy Vendor Development Product Development Mechanical Design Design For: Manufacturing Production Assembly Safety Ergonomics Transportation DFX Model Development Calculations Material Selection Detailed Design Concept Design Specification Design Concepts Design Review Meeting

75. Validation

76. Manufacturing Strategy

77. Assembly Drawings

78. QC Templates – H/S/F

79. Testing Templates - H/S/F

80. Vendor Development

81. Product Build

82. PCB Development

83. Assembly

84. Testing – Functional / EMI

86. Software Needed Specifications (SNS)

87. Hardware and Software FMEAs

88. PCB Design

90. Existing Design Concepts

91. Hardware

92. Firmware

93. Alternate Designs

94. Design Review MeetingConcept Design

96. Vibro Acoustic

97. Design Optimization

98. Size, Shape, Topology Optimization

99. FFT

100. Transfer Matrices Coefficients Calculation

101. Acoustic radiation

103. Convection

104. Radiation

105. Thermo-Structural

107. Dynamics

108. Multi-Body

109. Crash/Impact

110. Non-Linear

111. Fatigue

112. Fracture MechanicsStructural

113. CFD Capabilities Multi Phase Rotor Dynamics/ Turbo Machinery CFD Reaction & Combustion Heat Transfer Fluid Structure Interaction (FSI) Compressible/ Incompressible Laminar & Turbulent

115. 64 Bit, 64 GB Ram, 4 Quad Core (8 Processor)Box Cluster 64 Bit, 196 GB Ram, 8 Quad Core (32 Processors)

116. Box Cluster – High Class Machine Specifications Turn Key Solution Mobile Solution High Performance Expandable/Scalable Very Quiet Operation Light Weight Eco Friendly Modular Design

117. Quality Philosophy Quality and Customer Satisfaction is Job Number One Objective: Implement ISO 9001: 2008 quality management system standards that will benefit our company by helping us manage our business more effectively and put in place best practice methodology. Goal: Become ISO 9001: 2008 certified by January 2012

118. Intellectual Property (IP)

119. Questions Comments Discussion