Showing posts with label IT. Show all posts
Showing posts with label IT. Show all posts

Sunday, 11 May 2014

MBA PROJECT FREE:INFORMATION AND TECHNOLOGY MANAGEMENT NOTES


NEW PRODUCT DEVELOPMENT (INTERNAL TECHNOLOGY TRANSFER)

DEFINITION: process of developing a new product or service for the market . New product may be done to develop an item to compete with a particular product/ service or may be done to improve an already established product . It involves a number of steps that must be competed before the product can be introduced to the market . It is essential to any business that must keep up with market trends and changes.

PRODUCT DEVELOPMENT PROCESS

Step 1: Generating Utilizing basic internal and external SWOT analyses, as well as current marketing trends, one can distance themselves from the competition by generating ideologies which take affordability, ROI, and widespread distribution costs into account.

Step 2: Screening The Idea: Do you go/no go? Set specific criteria for ideas that should be continued or dropped. Stick to the agreed upon criteria so poor projects can be sent back to the idea-hopper early on.

“Concept testing is done after idea screening.” And it is important to note, it is different from test marketing.

Aside from patent research, design due diligence, and other legalities involved with new product development; knowing where the marketing messages will work best is often the biggest part of testing the concept. Does the consumer understand, need, or want the product or service?

Step 4: Business Analytics: During the New Product Development process, build a system of metrics to monitor progress. Include input metrics, such as average time in each stage, as well as output metrics that measure the value of launched products, percentage of new product sales and other figures that provide valuable feedback. It is important for an organization to be in agreement for these criteria and metrics.

Step 5: Beta / Marketability Tests: Arranging private tests groups, launching beta versions, and then forming test panels after the product or products have been tested will provide you with valuable information allowing last minute improvements and tweak

Step 6: Technicalities + Product Development: Provided the technical aspects can be perfected without alterations to post-beta products, heading towards a smooth step 7 is imminent The production department will make plans to produce the product. The marketing department will make plans to distribute the product. The finance department will provide the finance for introducing the new product”.

As an example; In manufacturing, the process before sending technical specs to machinery involves printing MSDS sheets, a requirement for retaining an ISO 9001 certification (the organizational structure, procedures, processes and resources needed to implement quality management.)

Step 7: Commercialize: At this stage, your new product developments have gone mainstream, consumers are purchasing your good or service, and technical support is consistently monitoring progress. Keeping your distribution pipelines loaded with products is an integral part of this process too, as one prefers not to give physical (or perpetual) shelf space to competition. Refreshing advertisements during this stage will keep your product’s name firmly supplanted into the minds of those in the contemplation stages of purchase.

Step 8: Post Launch Review and Perfect Pricing

Review the NPD process efficiency and look for continues improvements. Most new products are introduced with introductory pricing, in which final prices are nailed down after consumers have ‘gotten in


The entire new product development process is an ever evolving testing platform where errors will be made, designs will get trashed, and loss could be recorded. Having your entire team working in tight synchronicity will ensure the successful launch of goods or services, even if reinventing your own wheel. Productivity during product development can be achieved if, and only if, goals are clearly defined along the way and each process has contingencies clearly outlined on paper.

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Saturday, 1 March 2014

MBA PROJECT FREE: WIRELESSS MOBILE COMMUNICATIONS WITH REFERENCE TO 4G COMMUNICATION

ABSTRACT:


The number of subscribers for mobile communications has increased much faster than predicted. In the year 2010, more than 1.8 billion mobile subscribers are anticipated. The majority of traffic is changing from speech oriented communication to multimedia communication. The major step from second generation to third generation and further to fourth generation was the ability to support advanced and wideband services including e-mail, file transfers and distribution services like radio, TV and software provisioning.
In this paper we address about the 4TH G mobile communications.
The Fourth Generation (4G) Mobile Communications not only focuses on the data-rate increase and new air interface.4G Mobile converges the advanced wireless mobile communications and high-speed wireless access systems into an Open Wireless Architecture (OWA) platform which becomes the core of this emerging next generation mobile technology. Based on this OWA model, 4G mobile will deliver the best business cases to the wireless and mobile industries,i.e.cdma2000/WLAN/GPRS 3-in-1 product, WCDMA/OFDM/WLAN 3-in-1 product, etc. Asia-Pacific is the most dynamic market of new generation mobile communications with over $100 Billion businesses in the next decade.
            The 4G mobile technology -convergence of wireless mobile and wireless access, will definitely drive this growth. Any single-architecture wireless system, including 3G, HSDPA, WiMax, etc., is a transitional solution only, and will be replaced by open wireless architecture system very soon where various different wireless standards can be integrated and converged on this open platform.


                                          



               The advent of 4G wireless systems has created many research opportunities. The expectations from 4G are high in terms of data rates, spectral efficiency, mobility and integration. Orthogonal Frequency Division Multiplexing (OFDM) is proving to be a possible multiple access technology to be used in 4G. But OFDM comes with its own challenges like high Peak to Average Ratio, linearity concerns and phase noise. This paper proposes a solution to reduce Peak to Average Ratio by clipping method.  ATLAB as used to generate the OFDM signal to prove that clipping does reduce Peak to Average Ratio.




INTRODUCTION:

The first operational cellular communication system was deployed in the Norway in 1981 and was followed by similar systems in the US and UK. These first generation systems provided voice transmissions by using frequencies around 900 MHz and analogue modulation.

The second generation (2G) of the wireless mobile network was based on low-band digital data signaling. The most popular 2G wireless technology is known as Global Systems for Mobile Communications (GSM). The first GSM systems used a 25MHz frequency spectrum in the 900MHz band.

Planning for 3G started in the 1980s. Initial plans focused on multimedia applications such as videoconferencing for mobile phones. When it became clear that the real killer application was the Internet, 3G thinking had to evolve. As personal wireless handsets become more common than fixed telephones, it is clear that personal wireless Internet access will follow and users will want broadband Internet access wherever they go.



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Thursday, 13 February 2014

Study of Enabling Organizational Systems Using ERP/IFS Tools For Competitive Quotations At HAL



EXECUTIVE SUMMARY


This summer training, carried out at Hindustan Aeronautics Limited (HAL), Hyderabad; included familiarizing with the various processes involved in the company from the point of receiving of customer orders, the production processes involved; till the final dispatch of the end product to the customers. A first hand exposure to the Industrial Financial Systems (IFS), a module of the company’s larger ERP software platform, was a part of this project work; which enabled better understanding of the cycle time, costing and additional facilities required by the future customers.


Apart from this, a quotation for one of the company’s project of communication equipments called 5 KW is made with thrust on competitive costing and delivery time along with the incorporation of technical requirements of customers. The inputs from the IFS systems were used to finalize this quotation under the guidance of the marketing department of HAL.


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