a) The Entrepreneur Before They Started The Venture
-Did the entrepreneur have parents that were entrepreneurial?
-What is the entrepreneur’s educational background?
-What is the entrepreneur’s previous work experience (before starting the venture)?
-Did the entrepreneur have any role models when growing up?
-Did the entrepreneur do entrepreneurial things as a youth?
-When did the entrepreneur know he/she wanted to be an entrepreneur?
b) The Entrepreneur At The Time He/She Started The Venture
-What was the entrepreneur’s primary motivation for starting a business? What were the factors that led him/her to start the venture?
-What were the entrepreneur’s goals at the time they started the venture
-What sort of beliefs did the entrepreneur have (e.g., about employees, partners, debt, etc.)
-Did the entrepreneur seek to establish a “lifestyle” business, a “rapid growth” business, or what? Did their growth orientation change over time?
-What sort of resources (not just financial) did the entrepreneur have when they started the venture? What sort of network did they have? Were there any especially creative things they did to come up with the needed resources?
-How concerned was the entrepreneur with control when starting the venture? Explore their need for control (of the venture, of people, of decision-making).
-What was the entrepreneur’s risk orientation when they started the venture?
-Did the entrepreneur write a business plan?
-Did the entrepreneur feel prepared to start the venture at the time he/she started it?
-How long was a typical work day and work week when the entrepreneur first started the venture?
c) The Entrepreneur As She/He Grew The Venture
-How have the entrepreneur’s goals and values changed since they started the venture?
-Did the entrepreneur’s risk orientation change as the venture grew?
-Did the entrepreneur’s need for control change as the venture grew?
-Did the typical work week change as the venture grew (in terms of how much time the venture required and in terms of how the entrepreneur allocated his/her time)?
-Did the entrepreneur make assumptions when they first started out that subsequently proved to be wrong? What sort of insights were gained?
-What key mistakes did the entrepreneur make along the way? What were some of the key lessons learned? (ask about their greatest moment and their worst moment)
-Were there some critical points in the development of the venture when the venture almost failed, or when the entrepreneur found himself/herself at a critical crossroads in terms of some vital decision or issue that had to be addressed in a certain way or the venture would have failed?
d) The Entrepreneur Today And Tomorrow
-What would the entrepreneur do differently if they had it all to do over again?
-What key personal characteristics does the entrepreneur see in himself or herself that were especially critical for achieving success with this particular venture?
-What are the entrepreneur’s plans for the future in terms of the venture?
-What is the entrepreneur’s “exit strategy” or do they have one?
-What advice, based on his/her own experience, does the entrepreneur have for a student interested in starting a venture today?
The final section of the write up should address how the findings of the interview apply or are meaningful to the student himself or herself. What did the student learn or discover that has meaning for their own plans, for their own future? What did you discover about yourself?
Another useful idea is to structure your interview with the easier questions up front. Build up to the more threatening or personal questions, and then end with some questions that are more reflective and future looking. Don’t accept superficial answers if you can avoid them. Don’t accept the politically correct response. It is critical that you probe. Ask people to elaborate or explain what they mean, or why.
Use of GIS Technology in Electrical Distribution Disclaimer: This work has been put together by an understudy. This isn’t a case of the work composed by our expert scholastic scholars. You can see tests of our expert work here. Any assessments, discoveries, ends or suggestions communicated in this material are those of the writers and don’t really mirror the perspectives of UK Essays. Distributed: Thu, 14 Dec 2017 Conceptual Electric utilities have a need to keep a far reaching and precise stock of their physical resources, both as a piece of typical administration arrangement (expanding the system, undertaking upkeep, and so forth.) and as a piece of their commitment to advise outsiders about their offices. Many-sided quality of electrical dissemination control framework is a valid justification for presenting new data innovation – GIS (Geographic Information System) that does complex power framework investigations (e.g., blame examination, enhancement of systems, stack anticipating) in adequate measure of time. By utilizing current GIS, related to his own in-house created programming, in not so much time but rather more precisely, the utility specialist can plan and to break down electrical circulation organize. This paper introduces the possibility of the undertaking CADDiN© (Computer Aided Design of Distribution Network) as of now a work in progress at the Power Systems Department of the Faculty of Electrical Engineering, University of Zagreb. Presentation Significance of Distribution Network in Energy Supply One of the essential commitment to the progressions and enhancements in man’s way of life throughout the years has been the capacity to utilize and control vitality. Man’s utilization of vitality can be seen in ordinary tasks, for example, mechanical movement and the generation of warmth and light. A lot of intensity are produced at power plants and sent to a system of high-voltage (400, 220 or 110 kV) transmission lines. These transmission lines supply capacity to medium voltage (e.g. 10 or 20 kV) dissemination systems (circulation essential framework), which supply capacity to at present lower voltage (0.4 kV) appropriation systems (conveyance optional framework). Both circulation arrange lines supply capacity to clients specifically. Along these lines, the aggregate system is an intricate matrix of interconnected lines. This system has the capacity of transmitting power from the purposes of age to the purposes of utilization. The dispersion framework is especially imperative to an electrical utility for two reasons: its nearness to a definitive client and its high speculation cost. The target of circulation framework arranging is to guarantee that the developing interest for power, with developing rates and high load densities, can be fulfilled in an ideal path, primarily to accomplish least of aggregate expense of the conveyance framework extension. In this way, the dissemination framework organizer segments the aggregate circulation framework arranging issue into an arrangement of subproblems that can be taken care of by utilizing accessible, typically heuristic strategies and systems [T.Gonen, 1986]. The plan of electrical dispersion systems is an ordinary undertaking for electric utility designers, extraordinarily in R&D office. Such outline was completed couple of years back physically. This traditional methodology generally result in overdesign appropriation framework, which is currently considered as a misuse of limit that can be utilized as opposed to putting resources into framework extension. Four years back a PC program bundle (CADDiN©) for ideal arranging of circulation organize was placed in task in Elektra – Zagreb (Electric Utility of City of Zagreb). It is a consequence of joint R&D of Power System Department of Faculty of Electrical Engineering and Elektra – Zagreb. In view of the experience or PC-CADDiN©, toward the end or 1992. the model of new undertaking CADDiN© was begun adroitly sorted out as a piece of the Geographic Information System. The job of GIS in Distribution Networks Database assumes a focal job in the activity of arranging, where investigation programs shape a piece of the framework upheld by a database administration framework which stores, recovers, and adjusts different information on the dissemination frameworks. The thing that recognizes an electrical utility data framework from an other data framework –, for example, those utilized in saving money, stock control, or finance frameworks – is expected to record geological data in the database. Electrical service organizations require two sorts of land data: subtle elements on the area of offices, and data on the spatial interrelations between them. The joining of geologically referenced database, systematic instruments and in-house created programming apparatuses will enable the framework to be composed all the more monetarily and to be worked substantially nearer as far as possible bringing about more proficient, minimal effort control dispersion frameworks. Extra advantages, for example, enhanced material administration, stock control, preventive upkeep and framework execution can be expert in an orderly and savvy way (Z.Sumic, et al, 1993). Before graphical workstations were produced, numerous electric utilities have manufactured specialized data frameworks in view of social database administration frameworks (E.Jorum, et al, 1993.). Specialized data framework is intended to cover the necessities of intensity supply utilities considering system development and task arranging, upkeep administration and framework documentation. In cutting edge utilities all data frameworks are worked around same RDBMS and always refreshed. Building up connections between these data frameworks and land data framework is just in characterizing connection between items in the two frameworks. The issue that has risen is in various diverse data frameworks in a similar utility (specialized data framework, client data framework, and so forth.) or even a few covering specialized data frameworks and a portion of these are not refreshed. Objective The target of the dissemination organize configuration process can be separated into three free parts. These parts are: Load estimating stack development of the geological region served by substation; assurance of load extent and its geographic area; client stack qualities; Design of optional framework (low voltage conveyance organize) ideal substation designation and transformer estimating; optional hardware directing and measuring; Plan of essential framework (medium voltage dispersion arrange) ideal substation portion; essential hardware directing and estimating; To decrease an issue multifaceted nature each piece of the plan procedure is isolated in practical subproblems. Each of these subproblems can be then substantially less demanding to oversee. Albeit just free a few sections of configuration process connect, i.e. situation of substation will impact auxiliary steering which thusly will impact essential directing. The quantity of conceivable plan arrangements that may fulfill a given arrangement of spatial, specialized and financial limitations is very various. Numerous, related objectives and imperatives make traditional procedural advancement strategies wrong for dispersion organize outline. Because of the multifaceted nature of the plan procedure, heuristic strategies and AI systems must be connected to discover “close ideal” [S.Krajcar, 1988] or “fulfilling” arrangements [Z.Sumic, 1993]. The fundamental explanation behind this disentanglement is with respect to work-power and PC time for finding ideal arrangement that in high rate couldn’t be material in genuine circumstance. [End Page 1858] GENERAL DESCRIPTION OF GEOGRAPHIC INFORMATION SYSTEM OF PROJECT CADDIN Pilot-venture CADDiN was begun toward the start of 1993 as an exploration venture inside the principle inquire about task “Innovative work of Electric Power System” bolstered by the Ministry of Science and Technology of the Republic of Croatia. The improvement of advancement and plan systems of electric circulation organize is a parallel procedure with building database by Cadastral Office of the City of Zagreb, and in this way some other accessible models of essential guide databases are utilized for research purposes (see Figure 1). The procedure utilized underlined just the information made out of essential guide databases for specialized applications (sizes of 1:500 to 1:5000). There is no special definition for Geographic Information System (GIS) yet a normally acknowledged one is that it is a framework with PC equipment and programming capacities for the spatial information input, stockpiling, investigation, and yield [T. Bernhardsen 1992]. Numerous course book definitions go further and recognize investigation as the one movement which separates GIS from other PC based frameworks for dealing with geographic information, for example, computerized cartography. Current GIS, stores data on the geometry, properties and topology of geographic highlights in one social database administration framework. Framework 9 utilized in the pilot-venture CADDiN is an element arranged GIS which sorts out topography related data into a topology-organized, question situated, social database framework. An undertaking is the largest amount of information association of GIS utilized in CADDiN [Computervision, 1992]. It speaks to the whole database that has been set up for a specific geographic zone – for instance, a town, a region, or an administration locale. It includes two parts: an information store that contains all the geographic and credit information identifying with highlights; and a database definition that determines the structure of the venture through component classes and topics. Subject definition figures out which highlights and credits are to be utilized and the manners by which are to be shown. Autonomously put away geometry of a component, and its realistic portrayal empowers position and illustrative information to be changed without reference to one another. The connection between the geometry and the portrayal is given by the topic. It includes a rundown of highlight classes, highlight class attribut>