Dec 21st, 2020
Jupiter and Saturn are aligned!!
Calestical Wonders
Month: December 2020
BEE 3233 – ESD SBEE
Today’s class focuses on Verilog Design for Arithmetic Logic Unit.
2020 Grant Partner Video Conference
Alhamdulilah, we’ve received 2020 funding to support UMP STEM Lab Programs.
The upcoming 2021 UMP STEM Lab programs will be announced soon. stay tuned.
BEE 4433 Antenna Theory
Today’s class discusses the topic of antenna array – a very interesting subject in Antenna Design.
Arrays are adopted for communication devices that requires high precision, highly directive coverage. Similar to the radar operation, array antennas allows beam steering as well as interference nulling. 
UMP STEM Lab Online Course – Arduino Robotics Session 1
Dec 14th – 15th, 2020
Arduino Robotics covers from basic digital input output control, ir sensing, and ultrasonic sensor programming.
Participants develop circuits and code it via TinkerCAD. This online module is developed based on UMP STEM Bot.
PG Meetup
December 11th, 2020
A discussion with one of my PhD students who is currently doing a research on composite material for microstrip antenna.
BEE4433 Antenna Theory
Learning Outcomes
- Students are able to describe the operating mechanism of the antenna
- Students are able to design and evaluate APERTURE antennas to meet application requirements
Types of antenna considered in this topic is
- Horn Antenna
- Parabolic Antenna
UMP STEM Lab Online Course – mBlock Programming Session 1
Dec 7th – 8th
Online Class focusing on block programming for primary school teachers.
Day 2
DNAL 2020 Farewell Hi Tea
After a long 6 months of online trainings, DNAL 2020 finally put a closure yesterday with an awesome Hi Tea. Kudos to everyone.
DNAL 2020 has now come to the end, and celebrated via online Hi-Tea. See you all next year, InSyaAllah.
BEE3233 – Electronic System Design SBEE
Dec 5th, 2020
The class focused on Verilog HDL : Syntax, programming and simulation, for both the design module and testbench.
Students gone through half adder, full adder and 4 bit adder HDL design. Not only is it important for students to be able to describe the circuit using Verilog, the must as well be able to translate the simulated waveform as to verify the functionality of the designed digital module.
