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Software Functionality Revealed in Detail
We’ve opened the hood on every major category of enterprise software. Learn about thousands of features and functions, and how enterprise software really works.
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 lean engineering roa

Software Functionality Revealed in Detail

We’ve opened the hood on every major category of enterprise software. Learn about thousands of features and functions, and how enterprise software really works.

Get free sample report
Compare Software Solutions

Visit the TEC store to compare leading software by functionality, so that you can make accurate and informed software purchasing decisions.

Compare Now

ERP for Services (Non-manufacturing)

Typically, ERP systems designed for services industries offer modules that provide back-office support, customer relationship management, time management, expense management, resource management, and project management capabilities. Depending on the vertical market, additional industry-specific functionality may be included to address unique business requirements. Consequently, project-centric systems for accounting, architecture, construction, engineering, and professional services industries will support project management functionality; whereas health care, field service, distribution, and government systems will support functionality unique to those vertical markets. 

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Documents related to » lean engineering roa

Case Study: Heinz Frozen Food Co.


Heinz Frozen Food Company was set on improving its manufacturing and maintenance process efficiency, and knew that implementing a new enterprise asset management (EAM) system would involve monumental change for employees. Heinz choose a Web-based system to help it gain better visibility into processes and work towards more progressive lean manufacturing and lean maintenance practices for greater efficiency. Learn more.

lean engineering roa  , Lean Definition , Lean Engineering , Lean Enterprise , Lean Factory , Lean Flow , Lean Implementation , Lean Improvement , Lean Industry , Lean Inventory , Lean Management , Lean Manufacture , Lean Manufacturing , Lean Manufacturing Definition , Lean Manufacturing Methods , Lean Manufacturing Software , Lean Manufacturing Techniques , Lean Manufacturing Training , Lean Methodology , Lean Operations , Lean Organization , Lean Presentation , Lean Processes , Lean Product Development , Lean Production , Read More

Operational Excellence: The New Lever for Profitability and Competitive Advantage


Better. Faster. Cheaper. Every company is grappling with these concepts today as economic uncertainty spreads. Though many are focusing on what to eliminate in their operations, leading firms are redoubling their efforts to find new ways to execute with greater efficiency—to achieve operational excellence without sacrificing the value their customers expect. Learn more about improving your strategic competitive advantage.

lean engineering roa  improvement (through quality programs, Lean Manufacturing, or Six Sigma, for example), but also process automation (IT), or outright process redesign or reengineering à la Michael Hammer the wholesale top-down deconstruction and reconstruction of a process to streamline and optimize it to best serve customer needs. Certainly, operational excellence applies not only to manufacturing but equally to service-based businesses,many of which have adopted the rigorous disciplines of Six Sigma. It is also Read More

APICS 2009 Webcast Session 3: Lean for Materials Managers


In the forthcoming 2009 APICS International Conference and Expo, many educational tracks will be covered by industry leaders, and lean is one of them. Since we are in a global economic crisis where every manufacturer, supplier, and producer is trying to reduce cost and minimize waste while increasing production or throughput, I am particularly interested in the “lean” educational track to hear

lean engineering roa  2009 Webcast Session 3: Lean for Materials Managers In the forthcoming 2009 APICS International Conference and Expo, many educational tracks will be covered by industry leaders, and lean is one of them. Since we are in a global economic crisis where every manufacturer, supplier, and producer is trying to reduce cost and minimize waste while increasing production or throughput, I am particularly interested in the “lean” educational track to hear what the experts are saying. Recently, I had the Read More

Scheduling Resource Demand in a Concurrent Engineering Environment


Manufacturers of capital equipment and highly engineered products face design, production, and delivery obstacles. The most challenging of these activities is scheduling projects and resource demand in a concurrent engineering environment. Learn about a resource scheduling tool that can allow you to put demand on materials, work-centers, and labor as soon as it is known—so you can deliver projects on time and on budget.

lean engineering roa  Resource Demand in a Concurrent Engineering Environment Scheduling Resource Demand in a Concurrent Engineering Environment If you receive errors when attempting to view this white paper, please install the latest version of Adobe Reader. Meeting the complex software needs of project-oriented manufacturers with easy-to-use solutions is all we do. And because we spend time everyday with companies like yours, no vendor knows your business better. Which is why, even when you have mixed-mode Read More

The Theory of Constraints Enters the Lean Manufacturing Arena


Lean principles are difficult to employ in complex environments, but materials requirement planning has well-known limitations. The theory of constraints, which is complementary to lean manufacturing when it comes to low volumes and complex environments, may provide an answer.

lean engineering roa  of Constraints Enters the Lean Manufacturing Arena Limitations of Flow Manufacturing Just as manufacturing realities are continuously changing, so is lean thinking evolving. For example, traditionally, given competitive realities, it was almost exclusively automotive companies that deployed lean techniques such as kanban and sequencing. Today, however, there are some strong indications that only one in five companies using kanban are in the automotive industry. This is Part Six of a multi-part note. Read More

Administering Responsible Inheritance Engineering


For many projects, the transition from initiative to production is chaotic and lacks a pragmatic framework for ongoing support. Inheritance Engineering offers a means for carrying out change in a reliable fashion and retaining as much value as possible throughout the life of the software. Unfortunately, this does not occur for a variety of reasons. Find out what those reasons are, and how to address software maintenance.

lean engineering roa  Responsible Inheritance Engineering For many projects, the transition from initiative to production is chaotic and lacks a pragmatic framework for ongoing support. Inheritance Engineering offers a means for carrying out change in a reliable fashion and retaining as much value as possible throughout the life of the software. Unfortunately, this does not occur for a variety of reasons. Find out what those reasons are, and how to address software maintenance. Read More

The Lean Machine


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lean engineering roa  Lean Machine pdg group 1221 Read More

Implementing Kanban Alternatives in Lean Manufacturing


Kanban—the Japanese term for physical or visual signs that trigger replenishment, which can be a useful part of lean manufacturing—is not a good fit in some situations. Alternatives to kanban can also eliminate waste in lean production by addressing inventory, materials, and replenishment process needs. Learn more on how you can find alternatives to kanban to make your enterprise resource planning (ERP) system “leaner.”

lean engineering roa  Kanban Alternatives in Lean Manufacturing Kanban—the Japanese term for physical or visual signs that trigger replenishment, which can be a useful part of lean manufacturing—is not a good fit in some situations. Alternatives to kanban can also eliminate waste in lean production by addressing inventory, materials, and replenishment process needs. Learn more on how you can find alternatives to kanban to make your enterprise resource planning (ERP) system “leaner.” Read More

10 Ways to Use ERP to Lean the Manufacturing Supply Chain


A lean supply chain is more than just those activities relating directly to supply chain management (SCM). Lean supply chain improvements require a commitment to finding the correct mix of efficiency and responsiveness. But the reward is great for manufacturers that do embark on the path to lean. Using the right enterprise resource planning (ERP) software can be your key to reaping the benefits of lean SCM. Learn how.

lean engineering roa  to Use ERP to Lean the Manufacturing Supply Chain A lean supply chain is more than just those activities relating directly to supply chain management (SCM). Lean supply chain improvements require a commitment to finding the correct mix of efficiency and responsiveness. But the reward is great for manufacturers that do embark on the path to lean. Using the right enterprise resource planning (ERP) software can be your key to reaping the benefits of lean SCM. Learn how. Read More

Engineering and Environmental Simulation Software for the Mining Industry


Mine evaluation studies, including those that support mine water management or environmental compliance, are rife with challenges. The biggest: to quantitatively evaluate alternative approaches for completing projects, and to identify and manage associated risks. Models must be accurate, and yet still take uncertainty into account. Learn how a simulation tool can you help forecast the behavior of complex mining systems.

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Lean Asset Management--Is Preventive Maintenance Anti-Lean?


How can we determine the right maintenance strategy for a specific asset? To meet the objectives of lean, we need to evaluate the cost of failure in terms of both not meeting business objectives and any extra cost due to the need for unplanned or even emergency repairs.

lean engineering roa  Preventive Maintenance Anti-Lean? Introduction Lean manufacturing has been widely accepted as an approach to business improvement. The business benefits of lean have been extensively documented. Asset management should play a role in lean. Lean manufacturing''s focus is eliminating waste, for example: Inventory—Inventory must always be minimized. Defect correction—Resources spent on defect correction are waste. Unnecessary processing—All unnecessary activities, particularly non-value-adding ones, Read More

Lean Inventory by the Numbers


Getting lean is not a simple task; it requires an aggressive, iterative approach to examine complex tradeoffs. And given the number of variables that characterize a distribution center (DC) and its constituent stock keeping units (SKUs), performing this type of analysis without using the right tools can be daunting—if not impossible. Find out how a tool-based approach can make getting lean easier.

lean engineering roa  by the Numbers Getting lean is not a simple task; it requires an aggressive, iterative approach to examine complex tradeoffs. And given the number of variables that characterize a distribution center (DC) and its constituent stock keeping units (SKUs), performing this type of analysis without using the right tools can be daunting—if not impossible. Find out how a tool-based approach can make getting lean easier. Read More

Requirements Engineering for Software Engineers


This paper presents an introduction to the discipline of requirements engineering in a form tailored for software engineers. Requirements engineering is the process of turning the unstructured requests of stakeholders into useful requirements, and can be an engineering discipline as rigorous and involved as software architecture. This paper attempts to provide a brief tutorial in order to improve the overall level of requirements used for software projects.

lean engineering roa  Engineering for Software Engineers This paper presents an introduction to the discipline of requirements engineering in a form tailored for software engineers. Requirements engineering is the process of turning the unstructured requests of stakeholders into useful requirements, and can be an engineering discipline as rigorous and involved as software architecture. This paper attempts to provide a brief tutorial in order to improve the overall level of requirements used for software projects. Read More