68037 Physical Modelling Subject Organisation Autumn 2015

1. Subject Coordinator: Dr Jurgen Schulte 1
68037 Physical Modelling
Subject Organisation (general)
Lectures Practicals Tutorials Assignments
Pre-work and Post-work
In this presentation:
Subject Organisation (general)
Subject Organisation (specific)
Subject Resources
Weekly Routine
Laboratory Work

2. Subject Coordinator: Dr Jurgen Schulte 2
68037 Physical Modelling
Subject Organisation (specific)
Pre-Lecture
(1h @ home)
Lecture (1.5h)
Reading
material @
UTS Online
Lecture expands
on reading
material but
does not cover
it again
Reading
assignments
@ WileyPLUS
Pre-lab
(1h @ home)
Practical
(2-3 h)
Post-lab
(1h @ home)
Project
groups
coordinate to
produce
detailed
project plan
Project
Experiment
may
commence if
project plan
has been
approved
Individual
project report
submitted @
UTS Online
within 7 days
after prac
Reading
material @
UTS Online
Reading
material @
UTS Online
Tutorial (1h)
Study material
@ WilePLUS
Assignments
(2h @ home)
Study & practise
material @
WilePLUS (ORION)
30% 50%
20%
Final Exam (2h)

3. Subject Coordinator: Dr Jurgen Schulte 3
68037 Physical Modelling
Subject Resources
UTS Online
Pre-Lect/Tute Material Practical Resources Additional Reading
Assigned Pre-Lecture Material
Solved & Annotated problems
How to Use videos for some of the
sensors
Physics Concepts
Post-Lecture Material Applications in practice and Concepts Terms used in Physics (detailed explanations)
Tutorial Study Material
Link
Page
UTS Online (Laboratory)
Prac Support Material Consultant Team Report
Guideline
Consultant Team Report Guideline
Report Writing Guide Consultant Team Report Guideline Consultant Team Report Guideline
Data Analysis Guide Sensors used
Graphing Guides Equipment manuals
Link
Page

4. Subject Coordinator: Dr Jurgen Schulte 4
68037 Physical Modelling
Weekly Routine
Student
Pre-Lecture Work Pre-lab Work Post-lab Work Assignment Tutorial
Read/view pre-
lecture material
required topic
Study Project
Experiment
relevant concepts
Complete individual
Project Experiment
report within 7 days
Practise problem solving @
WileyPLUS (ORION) to
maximum proficiency (1-2h)
Complete tutorial
practise problems @
WileyPLUS
Read/view terms and
concept videos
Complete project
plan
Complete WileyPLUS reading
assignment
Task
Home
Lecturer
Lecture Laboratory Assignment Tutorial
Test pre-lecture
material
Discuss project plans with
teams
Monitor every single WileyPLUS
(ORION) progress
Problem solving examples
Cover topics of the
week
Project team Q&A Q&A Show tricks of the trade
Q&A and advise
Task
Uni

5. Subject Coordinator: Dr Jurgen Schulte 5
68037 Physical Modelling
Laboratory Work
Commissioning
Organisation
Work
Commissione
d
Contract value: $2,500
Consumer
advocacy
organisation
Physical
parameters
that
differentiate
consumer
product from
competing
products
Marketing Firm
Manufacturer
Your project experiment team: Product Testing Engineers
Deliverables: Commissioned project report (valued @ $2,500)
Access to equipment including setting up and cleaning up: 2h 30min per project
The commissioning organisation will reject the report if it contains serious flaws
(incorrect reporting, incorrect physics, contains plagiarised material )
Commissioning
Organisation
Aspects of
Parameters
Consumer
advocacy
organisation
Safety
Value
Convenience
Marketing Firm Guidance to
differentiate
product
Manufacturer Performance
Safety

6. Subject Coordinator: Dr Jurgen Schulte 6
68037 Physical Modelling
WileyPLUS
Lecture Notes
WileyPLUS (ORION) Assignments
posted weekly
What to find @ WileyPLUS:
Lecture Notes (end of week)
Worked Tutorial Problems (eond of week)
Reading Assignments (all semester)
Practise Problems (all semester)
ORION Assignments (all semester)
Tutorial Problems Reading Assignments
Open for continuous
practice and submission
throughout the semester
to reach your
maximum proficiency in
problem solving