TechnoSoft公司位于美国俄亥俄州西南部城市辛辛那提，是国防领域基于知识工程、面向对象建模软件全球领先的供应商。其产品AML在欧美航空航天，汽车，国防领域得到了广泛的应用。 AML的用户包括Lockheed Martin，Boeing，MacNeal-Schwendler，Douglas，Ford，Volvo等众多公司以及Air Force Research Laboratory，Wright State University，Purdue University等重要航空航天设计部门。
AML的面向对象的编程语言，统一的计算零件模型，对几何实体和特征完全内在的理解以及对网络分布式多用户同步操作的支持等这些主要特性，是导致AML被超高速飞行器设计项目采用的基本原因。
The primary features of AML that led to its selection for this project (Hypersonic vehicle design and synthesis) are: its use of object-oriented programming and the Unified Part Model paradigm; its native understanding of geometric objects and features; and its support for multiple, simultaneous, network-distributed users.
------ Hanee Kabis, Aerospace Engineer, Senior Member of AIAA, Engineering Methods Group, Lockheed Martin Missiles and Fire Control
AML的主要优势在于它在集成各种不同类型的CAD、CAE，以及其它程序和用户界面，诸如IVS开发的各种代码方面做得极其出色。
The main advantage of AML is that it is a tool that is extremely good in gluing together different types of analyze programs, CAD software, user interfaces and other types of programs, for example codes developed by the different researches in the IVS program.
----- Lars-Erik Larsson, (lars-erik.larsson@volvo.com) Volvo Technological Development
这一产品(AML)的使用缩短了从设计到制造的周期，同时减少了设计费用和生产时间。用现有的方法（AML），用于生产、分析和检查的复杂的零件和详细的制造计划可以在很短的时间内同时生成。通过生成智能的，极小误差的设计，AML提高了质量和效率。
Use of this product (AML) shortens the design-to-manufacturing cycle, cutting both cost and production time. Complex parts and detailed process plans for manufacturing, analysis, and inspection are concurrently designed and developed in a fraction of the time required by current methods. By producing intelligent, error-free designs, AML improves quality and efficiency.
------John D. Binder, (jbinderaer@aol.com), Air Force Research Laboratory
AML的部分用户列表
[$#61656] LM 洛克希德马丁公司 [$#61656] Boeing 波音公司
[$#61656] McDonnell-Douglas 麦道公司 [$#61656] MacNeal-Schwendler (MSC)
[$#61656] Siemens 西门子公司 [$#61656] Zurn Balke-Durr
[$#61656] Ford Motor福特汽车公司 [$#61656] Volvo 沃尔沃
[$#61656] SAAB Automobile AB [$#61656] US Air Force 美国空军实验室
[$#61656] US Army 美国陆军 [$#61656] NASA 美国航空航天局
[$#61656] A S C 航天系统中心 [$#61656] Berkeley 加州大学伯克利分校
[$#61656]  urdue University 普渡大学 [$#61656] University of Kansas 堪萨斯大学
[$#61656] Case Western Reserve University [$#61656] University of Cincinnati 辛辛纳提大学
[$#61656] Wright State University 莱特州立大学 [$#61656] Georgia Institute of Technology 佐治亚理工大学
这个基于Web的设计环境（WDE）使得地理位置上分散的各有专长的设计者和用户能够实时交互，合作进行新系统的设计或对现有系统的进行改进。这种实时的交互合作在减少设计时间和费用的同时，提高了设计的质量。
The Web-Based Design Environment (WDE) tool will enable near real-time interaction between multiple designers and users in geographically separated locations to collaborate on the design or modification of an existing or new system. The impact of near real-time collaboration is improved design quality (e.g., enabling precisely toleranced 'collaborated' multi-component systems) while reducing cost and design time.
------US Air Force Research Laboratory
urdue University 普渡大学 [$#61656] University of Kansas 堪萨斯大学