The front-end of the entrepreneurial process.

Part 2: In Part 1 of the assessment, the focus was on the front-end of the entrepreneurial
process. You chose your Problem Space, conducted Empathy field research and then went on to
Define your POV/problem statement and HMW question. In Part 2, you will continue onto the
latter stages of the entrepreneurial process i.e. Ideate, Prototype and Test (Week 5-7 content)
You are expected to present your insights via a 5-slide pack (plus title slide and appendices)
depicting how you applied the entrepreneurial process in this phase, and arrived at your
innovative business concept. Convey your content in the form of ‘infographics’ i.e. graphic
visual representation of information on each slide. This is a contemporary way of presenting
information in concise and visually-appealing manner – a tool that is increasingly used by realworld professionals to convey key ideas to time-poor people.
Infographics are essentially a combination of information (content) and graphic (images). A
good infographic gives equal importance to both these elements. In other words, infographics
are not just images; they have a lot of content presented in an eye-catching and easily
digestible manner.
There are plenty of online tools available today (many of them are free to access and use) to
develop compelling infographics. Here is a link that sums up the main ones:
http://www.hongkiat.com/blog/infographic-tools/. Or simply browsing “infographic” in Google
Images will produce plenty of examples of infographics that you can browse through for ideas.
You can try your hand at using an online software tool to prepare your slide deck for this
assessment, but you DO NOT necessarily have to. Browsing through these is, however, useful to
get ideas on different types of infographics, which you can then use to develop your own
designs. Remember your main aim is to present information not as bullet points in traditional
power point slides, but along with meaningful images and graphics that make the information
easy to digest.
The ‘infographics’ on the slide deck should cover the following:
§ Slide 1: Present your innovative solution in a nutshell.
Depict in a clear and concise manner the problem/opportunity, unmet user need, and
value proposition backing your innovation.
This is essentially a snapshot of your Problem Space, key user needs derived from
Empathy/Define phases and value proposition underpinning your innovative concept
that emerged from the Ideate phase.
§ Slide 2: Present your innovative solution and how it fills the unmet market need.
What is its unique value proposition? How does it create value for users and
stakeholders?
Here you will zoom into your concept/solution, and how it will fulfil the identified user
needs.
NOTE: You can improve/refine the user needs from what you presented in Portfolio Part
One assignment. For example, based on the feedback on Part One, you may choose to
add or amend.
§ Slide 3: Present how your value proposition was co-created with potential users. How
did you test the assumptions underpinning your innovative solution with users? How
did you refine your innovation based on their feedback?
Here you will convey how you applied the tools of Assumption Testing and Customer co-creation to test your prototype, and improved the concept based on user feedback (Test
phase)
§ Slide 4: Present how your solution will be implemented. What makes your solution feasible and viable?
Address questions such as: How does your concept (product/service) work? Through
what channels will it be delivered to your users? How much is it priced at? Who is your target market?

Sample Solution

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Korean football

you should watch a K-League via TV or internet sites(ex. naver) on live(full time of 90 minutes). Highlight matches are not counted.

The match should be the one between 13th of June ~ 21st of June. Due date has been extended to 23rd of June(11pm).

In addition to the instruction from the syllabus, you need to indicate which match you have watched, the channel or site you have watched the match, write exact minute of specific situations you have analysed for (ex. 11th minutes, 48th minutes).

Sample Solution

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Risk assessment project

Instructions
Hazard Analysis and Risk Assessment Project

Be sure to read all of the instructions. There are two documents to be prepared and submitted.

Following steps 1-11 of the Hazard Analysis and Risk Assessment Guide in the course textbook (pp. 171-174), develop a risk assessment for a serious workplace hazard with which you are familiar, or use Addendum D to Chapter 11 (pp. 202-206) to help you select a hazard. Evaluate the hazard and its associated risks, and then complete the Hazard Analysis and Risk Analysis Project form (click here to access this form). To complete the Initial Risk Assessment and Post Control Risk Assessment sections, use the following codes based on the Risk Assessment Matrix in Table 11.10 (p. 180) of the textbook:
SEVERITY:
1 – Catastrophic
2 – Critical
3 – Marginal
4 – Negligible

PROBABILITY (Likelihood of Occurrence):
A – Frequent
B – Probable
C – Occasional
D – Remote
E – Improbable

RISK CODE:
H – High
S – Serious
M – Medium
L – Low

All sections of the form must be completed. Note that the “Post Control Risk Assessment Measures” section reflects the risk assessment AFTER applying the additional control measures.

In a separate document of at least one page, explain the reasoning behind how you filled out each section of the form. How would the control measures affect the assessment?

65

please read the attached article and answer following question, thank you

  1. In Chapter 2, Gubrium notes the improvement in qualitative research methods over time. Namely, he says that researchers have become increasingly reflexive in the process. What are some examples of how a researcher can practice reflexivity during the investigation process? One example could be to write in a journal about personal thoughts and the context of developing proposals or methods.
  2. A researcher’s methodological and theoretical perspectives are not neutral. How do they provide a lens on the research? Must those biases be acknowledged, explicitly, when writing a program evaluation?
  3. What are some approaches that have helped qualitative research represent diverse experiences?

Customer files

Sample Solution

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Heat Equation

your codes and descriptions on the appropriate runs you made by following Grader’s instructions.
Write your own code, individually. Do not copy codes!

  1. Consider the Heat Equation in the unit square [0,1] × [0,1] with initial condition
    (
    ut = D(uxx + uyy)
    u(0, x, y) = sin(πx) sin(πy)
    (1)
    and the homogeneous Dirichlet boundary condition u = 0.
    (a) Implement the Peaceman-Rachford ADI method to find an approximation to this initialboundary value problem.
    (b) Accuracy check. To verify the accuracy of a scheme and as a check for possible
    bugs one should always do a resolution study. Suppose that v(k) is your numerical
    approximation at fixed time computed using time-step size k, then second order in time
    accuracy means that
    v(k) = u + c2k
    2 + c3k
    3 + · · · , (2)
    where u is the exact value. Keeping the spatial resultion fixed (hx = hy = h, uniform
    grid) now compute using k/2 then your approximation satisfies:
    v(k/2) = u +
    1
    4
    c2k
    2 +
    1
    8
    c3k
    3 + · · · , (3)
    then for v(k/4), etc. Then the ratios:
    R(k) = v(k) − v(k/2)
    v(k/2) − v(k/4) (4)
    (c) Compute solution for D = 1 and plot it for at three different times.
    ∗All course materials (class lectures and discussions, handouts, homework assignments, examinations, web materials) and the intellectual content of the course itself are protected by United States Federal Copyright Law, the
    California Civil Code. The UC Policy 102.23 expressly prohibits students (and all other persons) from recording
    lectures or discussions and from distributing or selling lectures notes and all other course materials without the prior
    written permission of the instructor.
    1
  2. Consider the one-way wave equation ut + ux = 0 on the interval [−1, 3] and for t ≥ 0 with
    the following two sets of initial conditions:
    u(x, 0) = (
    1 − |x| if |x| ≤ 1,
    0 otherwise,
    (5)
    and
    u(x, 0) = e
    −5x
    2
    . (6)
    (a) Use the forward-time forward-space scheme:
    u
    n+1
    j − u
    n
    j
    k
    +
    u
    n
    j+1 − u
    n
    j
    h
    = 0,
    with right-point boundary condition u
    n+1
    M = u
    n+1
    M−1 where xM = 3 to compute an approximation to the solution at several (up to 40) time steps. Use h = 0.02 and λ = k/h = 0.8.
    Demonstrate numerically (plot the solution) the instability of the scheme and show that
    the instability appears sooner with the less smooth initial data.
    (b) Comment on the localization of the onset of instability for initial data (5) and give an
    estimate of the expected growth rate of the instability per time step.
    (c) Using the left boundary condition u(−1) = 0, write a stable scheme and compute the
    corresponding approximation for data sets (5) and (6). Plot the approximations at
    representative time steps. Use again h = 0.02 and λ = k/h = 0.8.

Sample Solution

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