Prepare a basic solution to a business problem; A2. Select appropriate IT solutions for business functions; A3. Apply business information software for data visualization and analysis purposes. S1. Write basic programming logic; S3. Interpret and construct representations of business data flow and processes; K8. Outline the basic principles of programming.

Learning Outcomes Assessed
The following course learning outcomes are assessed by completing this assessment:
A1. Prepare a basic solution to a business problem;
A2. Select appropriate IT solutions for business functions;
A3. Apply business information software for data visualization and analysis purposes.
S1. Write basic programming logic;
S3. Interpret and construct representations of business data flow and processes;
K8. Outline the basic principles of programming.
Assessment Details
For this assignment, you will complete the following set of tasks using Excel, and create a report to describe
your work.
Ensure you submit Excel files created for ALL tasks, along with your report. You may use an ePortfolio, a
Word document or a PDF for your report submission.
Scenario details
The following scenario is fictional, and not based on any real veterinary clinic. It is also highly simplified, and should not be used
as a basis for a real business management system.
Pawtastic Vets is a small veterinary clinic, working with domestic companion animals. Mostly they work with
dogs, cats, and smaller animals such as hamsters and rabbits.
Pawtastic Vets is run by a team of two veterinarians, April and Barry, and one administrative staff member,
Charlotte.CRICOS Provider No. 00103D Page 1 of 5
ITECH1100 Understanding the Digital Revolution
Assignment – Pawtastic Vets
Overview
For this individual assignment, you will use skills acquired through practical laboratory exercises to
automate a business process, and to visualize the impact of the automation.
You should use Microsoft Excel (or equivalent open-source software) for this assessment task.
Important: This assignment specification is generated just for you, 30383438. Do not distribute this
specification. If your personal specification is made publicly available online, academic misconduct charges
may be applied.
Validation code 4c5a8
Timelines and Expectations
Percentage value of task: 15%
Due: Refer to Course Description
Learning Outcomes Assessed
The following course learning outcomes are assessed by completing this assessment:
A1. Prepare a basic solution to a business problem;
A2. Select appropriate IT solutions for business functions;
A3. Apply business information software for data visualization and analysis purposes.
S1. Write basic programming logic;
S3. Interpret and construct representations of business data flow and processes;
K8. Outline the basic principles of programming.
Assessment Details
For this assignment, you will complete the following set of tasks using Excel, and create a report to describe
your work.
Ensure you submit Excel files created for ALL tasks, along with your report. You may use an ePortfolio, a
Word document or a PDF for your report submission.
Scenario details
The following scenario is fictional, and not based on any real veterinary clinic. It is also highly simplified, and should not be used
as a basis for a real business management system.
Pawtastic Vets is a small veterinary clinic, working with domestic companion animals. Mostly they work with
dogs, cats, and smaller animals such as hamsters and rabbits.
Pawtastic Vets is run by a team of two veterinarians, April and Barry, and one administrative staff member,
Charlotte.
CRICOS Provider No. 00103D Page 2 of 5
Team hours
Most of the time, team members work the following shifts at Pawtastic Vets:
April works 7.5 hours on Mondays, Tuesdays and Wednesdays;
Barry works 7.5 hours on Thursdays and Fridays; and
Charlotte works 6.5 hours every weekday.
Costs
April, as the most experienced veterinarian, costs $50 per hour to employ.
Barry, as a veterinarian, costs $42 per hour to employ.
Charlotte costs $27 per hour to employ.
These rates take into account other costs related to employment, you don’t need to add any additional
offsets.
All staff are also entitled to four weeks of paid annual leave, during which casual replacements are
required at a cost of $54 per hour for the veterinarians and $35 per hour for Charlotte.
During these four weeks, April, Barry, and Charlotte continue to be paid.
Fixed costs such as permits, rent, and insurance are $18000 per year, and monthly utility costs (such as
electricity and gas) are $460 per month.
Task 1 – Wages and Fixed Costs
Using Excel, create a spreadsheet called operating_costs.xlsx that calculates the projected annual outgoing
costs of running Pawtastic Vets. Only include the above expenses.
Your spreadsheet should be configured such that the working hours, hourly rates, and annual and monthly
costs can be varied easily.
After building the spreadsheet, use it to answer the following questions in your report:
What is the projection of total costs for the next year, including labour, annual, and monthly costs?
How much income does Pawtastic Vets need per month to cover the above costs?
What is the projection of labour costs only for the next year, if both veterinarians were to cost $50 per
hour, but the clinic closed on Wednesday?
Document your findings in your report (approximately 100 words).
History data
When customers attend Pawtastic Vets, they have a consultation with whichever veterinarian is available
that day.
In order to improve their business processes, Charlotte has been keeping records of each consultation for
several months in a spreadsheet.
This data includes a date, the consultation type, the animal type, the expenses incurred (such as
tests, protective equipment, and so on) and the price charged.
CRICOS Provider No. 00103D Page 3 of 5
This spreadsheet is available for you to download on Moodle.
Task 2 – History visualization
Using Excel, process the history spreadsheet and use any appropriate charts to visualize:
How some aspect of the business has changed over time (for example, prices, expenses, types of
consultation, frequency of each animal, etc); and
How some consultations differ between veterinarians.
You will need to find a way to use Excel to associate each consultation with a staff member.
Describe your approach and your findings in your report (approximately 250-400 words).
Include your visualizations as images. Be sure to use appropriate titles and labels.
Task 3 – Price consistency
For vaccinations and check-ups, the team would like to standardize costs, so that the price for each is
fixed for animals of the same type.
Using Excel, analyse the historical data you have available, and create a spreadsheet that allows
Charlotte to enter the animal type and consultation type, and gives a quote amount for vaccinations
and check-ups.
Ensure that your spreadsheet is usable – it should be simple and include appropriate text and formatting to
make your spreadsheet easy to use by a member of the Pawtastic Vets team (or by a University lecturer).
It is up to you to determine an appropriate quoting method.
Describe and justify your approach, including how you tested your solution, in your report
(approximately 150 words).
Task 4 – Process improvement
Research the consulation process used in a typical veterinary clinic. Make sure you reference any sources,
or indicate if you are basing your work on personal knowledge.
Using BPMN swimlane diagrams, show how the spreadsheet you created in Task 3 can be applied to
improve the processes at Pawtastic Vets.
Justify your approach in your report (approximately 150 words).
Bonus challenge task (optional!)
Disclaimer: This task is 100% optional, and you can receive full marks without attempting or completing it.
It is intended to be a challenge if you are interested in such things, and the marks available do not reflect
the significant research and effort required to implement it correctly. Tutors will not prioritize assistance for
this challenge task.
Optional task 5
Reimplement Tasks 1 and 3 using either Python or HTML+JavaScript.
CRICOS Provider No. 00103D Page 4 of 5
Write a brief overview of how to run your solution, and attach a zip file containing your code submission.
There are no partial marks awarded for this bonus task – you must complete all features to attain the
bonus marks.
It is possible to attain full marks for this assignment without completing this challenge task.
Further details
Assignment support
This assignment is supported by the first 8 lectures and labs. Work on the assignment should be spread
over several weeks after the relevant lab has been mastered.
Submission
All files should be submitted to Moodle by the due date and time. Check with your tutor as to whether a
hard copy is required in addition to the electronic submission.
Marking Criteria/Rubric
Refer to the attached marking guide.
Feedback
Feedback will be supplied through Moodle. Authoritative marks will be published through fdlMarks
Plagiarism
Plagiarism is the presentation of the expressed thought or work of another person as though it is one’s own
without properly acknowledging that person. You must not allow other students to copy your work and must
take care to safeguard against this happening. More information about the plagiarism policy and procedure
for the university can be found at
http://federation.edu.au/students/learning-and-study/online-help-with/plagiarism.
CRICOS Provider No. 00103D Page 5 of 5
Marking Guide: Processes and Automation
Feature Criteria Maximum Obtained
Operating costs
Appropriate projection calculations 3
Description of findings 1
Uses hand-calculated values (-1)
Visualization
Visualization of changes over time 2
Visualization of staff member differences 2
Description of approach and findings 1
Price consistency
Spreadsheet interface for pricing 2
Justification of approach 1
Unclear instructions (-1)
Process improvement
BPMN models showing how process can be
improved 2
Justification of strategy 1
Miscellaneous
penalties
Poor grammar or written English (-2)
Indecipherable file naming scheme (-1)
Bonus optional
challenge task
Faithful reimplementation of tasks 1 and 3 using
Python or HTML+JavaScript (+2)
Total: 15