Electrical engineering is considered one of the most difficult among majors in the field. Unlike others such as civil engineering, in which what is being designed, changed, or built may be seen and felt, it involves a lot of imagining and abstract thinking.

 

With processes that are mostly invisible – current moving through circuits, wireless signals, and electric or magnetic fields – electrical engineering heavily uses calculus and trigonometry. Its progressively nonlinear mathematics means that exact answers are difficult to arrive at. Partial differential equations, used to aid solution of physical problems involving functions of several variables – electrodynamics, heat, sound, waves, and quantum mechanics – can be hard to conceptualize. The equations themselves can never truly be solved; particularly taxing to those more comfortable working with discrete mathematics.

 

In short, a strong grasp of the fundamentals must be had to excel in electrical engineering studies.

 

Mohd Shukri Yajid Award recipient and MSU College Sarawak recent graduate Ken O’Neill Clarance is thankful for the opportunity he was given.

 

 

“I had not done well in my SPM yet among all the institutions I had applied to only Management and Science University (MSU) accepted me. And here I am now, accepting the MSY Award on my convocation day at the 24th Graduation Ceremony of MSU College. I’m grateful for the investment into my higher education, and I couldn’t be more thankful to all my lecturers at the MSU College School of Technological Science. They not only helped me with my studies on the Diploma in Electrical and Electronic Engineering programme but also moulded me to be a balanced, holistic, well-rounded graduate.”

 

It may have been his parents’ suggestion to take up electrical and electronic engineering but as soon as Ken began his studies he fell in love with it. Having physics among the modules on the programme means that he would make a good collaborator on projects such as those involving chip designers, who would know the project well but not the physics behind it. Understanding not only the engineering but also its underlying science prepares him to be a good sounding board for ideas.

 

“There is a lot of opportunities for careers involving electricity and electronics. The skillset is very useful in every company in need of engineers. I love the versatility of my future job description – whatever it may be in the end – and am preparing myself to fill it; through the Bachelor of Engineering Technology (Electrical and Electronic) (Hons) programme, with my Mohd Shukri Yajid (MSY) scholarship from MSU Foundation Yayasan MSU (YMSU), at Management and Science University (MSU) in Shah Alam Section 13.”

 

 

RELATED

MSU Foundation in Engineering and Technology

MSU Bachelor in Education (Electrical and Electronic Engineering) (Hons)

MSU Master of Science in Engineering

MSU Doctor of Philosophy in Engineering

 

 



Electrical engineering is considered one of the most difficult among majors in the field. Unlike others such as civil engineering, in which what is being designed, changed, or built may be seen and felt, it involves a lot of imagining and abstract thinking.

 

With processes that are mostly invisible – current moving through circuits, wireless signals, and electric or magnetic fields – electrical engineering heavily uses calculus and trigonometry. Its progressively nonlinear mathematics means that exact answers are difficult to arrive at. Partial differential equations, used to aid solution of physical problems involving functions of several variables – electrodynamics, heat, sound, waves, and quantum mechanics – can be hard to conceptualize. The equations themselves can never truly be solved; particularly taxing to those more comfortable working with discrete mathematics.

 

In short, a strong grasp of the fundamentals must be had to excel in electrical engineering studies.

 

Mohd Shukri Yajid Award recipient and MSU College Sarawak recent graduate Ken O’Neill Clarance is thankful for the opportunity he was given.

 

 

“I had not done well in my SPM yet among all the institutions I had applied to only Management and Science University (MSU) accepted me. And here I am now, accepting the MSY Award on my convocation day at the 24th Graduation Ceremony of MSU College. I’m grateful for the investment into my higher education, and I couldn’t be more thankful to all my lecturers at the MSU College School of Technological Science. They not only helped me with my studies on the Diploma in Electrical and Electronic Engineering programme but also moulded me to be a balanced, holistic, well-rounded graduate.”

 

It may have been his parents’ suggestion to take up electrical and electronic engineering but as soon as Ken began his studies he fell in love with it. Having physics among the modules on the programme means that he would make a good collaborator on projects such as those involving chip designers, who would know the project well but not the physics behind it. Understanding not only the engineering but also its underlying science prepares him to be a good sounding board for ideas.

 

“There is a lot of opportunities for careers involving electricity and electronics. The skillset is very useful in every company in need of engineers. I love the versatility of my future job description – whatever it may be in the end – and am preparing myself to fill it; through the Bachelor of Engineering Technology (Electrical and Electronic) (Hons) programme, with my Mohd Shukri Yajid (MSY) scholarship from MSU Foundation Yayasan MSU (YMSU), at Management and Science University (MSU) in Shah Alam Section 13.”

 

 

RELATED

MSU Foundation in Engineering and Technology

MSU Bachelor in Education (Electrical and Electronic Engineering) (Hons)

MSU Master of Science in Engineering

MSU Doctor of Philosophy in Engineering