“NanoGene Technologies Inc.” Case study Market • NanoGene‚ life sciences • Share -$10‚000‚000 for 60% equity (assumption) • Commercial Market Place Issues • Company culture and hiring practices • Paige Miller hiring • Series A funding • Management team Funding • First Round (angel round) o $600‚000 at a $2.25 million post-money evaluation o 20% immediately‚ 20% at the end of the first year‚ remaining 60% at a 2% per month • Second Round
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Executive Summary Tata Motors‚ the General Electric of India is a conglomerate with a commanding presence in a vast industries across India and globally. In January 2008‚ Tata introduced to the Indian public it’s ultra cheap car “Nano”. The expected retail price for the Nano was expected to be as little as USD2‚500 and would cater for the fast growing middle class segment of the Indian population. Tata Motors was set to change the face of the automobile industry in India. This was however met with some
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Nano-Bioreplicated and 3D-Printed Decoys: In order to produce the two types of visual decoys‚ by physical vapor deposition from a female Agrilus planipennis‚ a high fidelity (~200 nm) resolution negative die of nickel was produced. It was then followed by electrodeposition of nickel. Through successive casting and curing of polymers a positive die of epoxy was created from this negative die. Together‚ both of them constituted the mould. Next‚ a poly(ethylene terephthalate) (PET) sheet was used to
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Fig. 3 The hybrid Nano Memristor/CMOS architecture [23]. This hybrid Nano/CMOS architecture is showing great promises in Spin-Transfer Torque Magnetic RAM (STT-MRAM)‚ which is well suited for many mainstream applications‚ especially memory storage devices [26‚ 27‚ 25‚ and 28]. By utilizing this architecture in this application‚ the size and the speed of this technology would be improved greatly. In addition‚ the read and write time for these architectures is nearly 120 picoseconds [29‚ 30]. The
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MEDs. The conduction properties of molecular junction with four different configurations based on 1-alkanethiol physisorption and chemisorption on Au surfaces‚ represented in this paper. Device Fabrication In this paper they have developed a nano-contact platform‚ with empty-gap resistances above 1000TΩ by using top-down approach fabrication techniques (Electron beam lithography and ion beam milling) with varied gap size between 10 and 30 nm. As shown in Fig. 1 a‚ these gaps
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Hello Mauritius… Tata Nano. 2010 Table of Contents Page No Executive Summary 1.0 Introduction 2 1.1 Company Background 3 1.2 Target Market 5 1.4 PEST Analysis
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automobile‚ the four wheeled version of the $100 computer. Its name is NANO. Appropriately called the “People’s Car”‚ (not‚ however for the likes of the People’s Princess‚ the late Princess Diana who preferred her Bentley) Mr. Tata says that the Nano has its origins in Calcutta rickshaw cabbies and a very Indian scenario of scooters with four family members perched on top‚ but Tata has been careful to avoid giving the Nano the image of an auto rickshaw or a four wheel scooter. The aim was to produce
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“Data storage using Nanotechnology and Electronics” Category: TECHNICAL Authors: A. Aparna and S. Krishna Prasad II year ECE‚ Gokaraju RangaRaju Institute of Engineering and Technology‚ Kukatpally‚ Hyderabad. Contact: Ph 09701540082- Krishna Prasad Email: aparnaalapati@yahoo.co.in krishnaprasad777@gmail.com Abstract: Electronics and nanotechnology working together would yield a holistic solution
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4. Nano Robot Architecture The main parameters used for the medical nanorobot architecture and its control activation‚ as well as the required technology background that may lead to manufacturing hardware for molecular machines‚ are described next. 4.1 Manufacturing Technology The ability to manufacture nanorobots may result from current trends and new methodologies in fabrication‚ computation‚ transducers and manipulation. The hardware architecture for a medical nanorobot must include the necessary
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Contents Market Segmentation‚ Positioning‚ Targeting: A case of Tata Nano in India EXECUTIVE SUMMARY: Targeting and positioning strategy of Tata Nano and recommendations for the company are given. INTRODUCTION: BACKGROUND: According to Howard and Sheth (1969‚ p. 70)‚ “market segmentation depends on the idea that the company should segment or divide the market in such a way as to achieve sets of buyers” Historically sellers were engaged in mass marketing
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