Difference between revisions of "Ardy.lefran"
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B. What is the objective of this course? | B. What is the objective of this course? | ||
| − | 1. To understand the concepts and principals in engineering computation. The | + | 1. To understand the concepts and principals in engineering computation. The terms (iteration, validation, verification, regression, error, convergent, etc.), function, used numerical method, etc. |
2. To be able to apply the understanding of engineering computation in a real engineering matter, mainly mechanical. Able to identify a problem, translate it into a programming language '''(INPUT)''', use a software on a computer to cultivate it '''(PROCESS)''', get a result '''(OUTPUT)''' and match it with existing theory. | 2. To be able to apply the understanding of engineering computation in a real engineering matter, mainly mechanical. Able to identify a problem, translate it into a programming language '''(INPUT)''', use a software on a computer to cultivate it '''(PROCESS)''', get a result '''(OUTPUT)''' and match it with existing theory. | ||
Revision as of 22:19, 9 February 2020
Profile
Fullname: Ardy Lefran Lololau
Nickname: Ardy
Place, Date of Birth: Kupang, August 20th 1997
NPM: 1906433556
Department/Specialization: Mechanical Engineering / Design and Product Manufacturing
Promotor: Prof. Dr. Ir. Tresna Priyana Soemardi, M.Si., S.E. (TPS)
Research interest: Composite materials
Phone: +62 822 47033 572
E-mail: ardy.lefran@ui.ac.id ; ardylefranlololau@gmail.com
1. Engineering Computation
Courses name: Engineering Computation
Courses code: ENME802004
Lecturer: Dr. Ir. Ahmad Indra Siswantara (Mr. DAI)
Weighting: 2 SKS
Term: 2
1.1. First Class (Feb 3rd 2020)
A. What is engineering computation?
In my opinion, engineering computation is an engineering science that uses computer assistance to help an engineer to process a data which complex, repeated, and consists in large numbers, to reduce human error and make time and cost more efficient in solving an engineering matter.
B. What is the objective of this course?
1. To understand the concepts and principals in engineering computation. The terms (iteration, validation, verification, regression, error, convergent, etc.), function, used numerical method, etc.
2. To be able to apply the understanding of engineering computation in a real engineering matter, mainly mechanical. Able to identify a problem, translate it into a programming language (INPUT), use a software on a computer to cultivate it (PROCESS), get a result (OUTPUT) and match it with existing theory.
3. To be a media to know ourselves. Able to identify ourselves (am I confirm with the standard?) in a certain way to get a better understanding in capability of skills, value, and knowledge, especially at engineering computation.
C. Engineering computation capabilities (Muhasabah)
My capability at engineering computation is superficial. I am not really used to engineering computation. My only decent work with engineering computation was the work on my final project at the Bachelor degree, which is using only Ms. Excel to calculate and analyze the amount of dissipation energy that occurs in a composite specimen during a dynamic-tensile test. I am looking forward to learning a lot in this course to improve my skills, value, and knowledge. Credits to Pak DAI for letting me and my fellow student-friends to have an opportunity to join in this course, and for the insight given to us, hopefully, it will be useful.
