|
|
|
POST EVENTS |
 |
|
MATLAB &
SIMULINk DAY 2009 |
|
|
 |
|
i-Math received an overwhelming response
on our wide |
|
range of solutions tools displayed
at our exhibition booth, |
|
and the presentations
address by our speaker were well |
|
received by the
participants. |
|
|
|
Feedback were given by
participants that the presentation topic |
|
on: |
|
-
Controls System Laboratory Experiments Using Quanser |
|
- Using g.tec For Acquistion And Analysis Of Biosignals Into |
Our Engineer introducing our
wide range of solution tools |
|
MATLAB
and Simulink |
|
|
- Performing Advanced DSP/FPGA
System Design Using Lyrtech |
 |
|
|
|
Addresses some challenges that
researchers may faced today and |
|
the presentation also provide more
insight on the latest |
|
development tools for
their academic and research needs. |
|
................................................................................ |
|
At the exhibition booth, participants
were introduced by our |
|
engineers on the latest solution tools
provided by i-Math for
|
Our speaker addressing the crowd
of participants |
|
their academic and research needs. At the
same time, they
|
|
|
were given an opportunity participate in
our Lucky Draw and |
 |
|
Win Lucky Draw Vouchers!! |
|
|
|
Congratulations,
To our 5 Lucky Winners !!
|
|
Winning $20
Shopping Voucher Each! |
|
|
|
1.
Ng Lee
Hooi Leng / Ngee Ann Polytechnic
|
|
2.
Wong Chun Chong / Ngee Ann Polytechnic |
|
3.
Zhao Jian Bing / Seagate Technology International |
|
4.
Yuan Shu Qing / Siemens |
|
|
5.
Sreenivas Yelneedi / Yokogawa Engineering Asia |
|
|
|
|
|
Winners will be notify by
i-Math on the collection of prizes |
|
|
|
|
|
|
|
EVENTS
- WEBINARS |
|
|
 |
| |
|
Attend the
Webinar on the Mechatronics New Collection!! |
|
In this series of webinar, you will learn
more on the specifications of each product, how you can apply
the |
|
solutions for research and teaching and
exploring collaborative opportunities |
| |
|
Webinar On:
|
|
1.
Active Suspension (45Mins)
|
10 July (Fri),
9am
 |
|
2. 3 DOF Gyroscope
(45Mins)
|
10 July (Fri),
10am
|
|
3. Hexapod (45Mins)
|
10
July (Fri),
11am
|
|
4. 2DOF Planar Robot
(45Mins)
|
10 July (Fri),
12pm
|
|
5 . Industrial
Mechatronics Drives and its Modules (45Mins) |
10 July (Fri),
1pm
|
|
|
|
.................................................................................................................................................. |
|
|
 |
| |
|
Multiphysics Simulation
|
|
|
|
Learn how multiphysics
simulations enable innovative technology organizations to
advance their product development beyond the ordinary. This
webinar introduces you to a wide range of challenging design
problems that are solved by applying multiphysics modeling and
simulation techniques. A hands-on tutorial demonstrates the
work-flow in the design of a MEMS device including the
coupling of electromagnetic, structural mechanics, and heat
transfer phenomena in the same simulation |
|
|
|
A major challenge in coupling acoustic
transducers to microfluidic systems is determining the optimal
parameters for efficient energy transfer while achieving the
proper acoustic field profiles. Such technology permits the
remote manipulation of biological fluids, particles, and the
interface for a wide variety of sample preparation
applications. Using COMSOL Multiphysics, several models have
been developed to predict acoustic transducer behavior and
their coupling to complex microchannel systems |
|
|
WHO SHOULD
ATTEND:
Technology professionals in:
- Power electronics engineering
- RF chip design
- EDA
- Biomedical engineering
- MEMS software development
- Mechanical design and automation
engineering
- Product design
- CAD
- Academia
|
|
................................................................................................................................................ |
|
|
|
Multiphysics simulation - the new
pacemaker of EM design
|
|
|
|
The
breakthrough of multiphysics modeling techniques is widening
the EM designer's scope to create new product concepts.
Multiphysics empowers its users to be innovative in
applications ranging from semiconductors to oil exploration.
Sponsored by COMSOL, this webinar introduces you to applying
multiphysics modeling techniques to EM analysis.
We will guide you through several
examples including: |
|
|
- A robustness study of a microwave
filter exposed to mechanical loads
- Cooling of electronics components
through convection
- MEMS actuators
- Electrophoresis in a microchannel
system
- Microwave cancer therapy
|
|
|
|
|
|
|
|
|
|
|
