The following are the top 10 RME examinees in March 2011 Mechanical Engineer Board Exam
1 OLIVER MANGOBA REVALO - MAPUA INSTITUTE OF TECHNOLOGY - 91.60
2 MARK LOYD MARFA BAYA - MINDANAO STATE UNIVERSITY- MARAWI CITY - 91.5
3 MIGUEL CABRAL YAP - TECHNOLOGICAL UNIVERSITY OF THE PHILIPPINES-MANILA - 90.5
4 GROMYKO TAN GERALDINO JR - UNIVERSITY OF SAN CARLOS - 89.85
5 RAYMOND ALCORIZA DELA CRUZ - BULACAN STATE UNIVERSITY (FOR.BCAT)-MALOLOS - 89.5
6 GERWIN PACINIO DESQUITADO - CEBU INSTITUTE OF TECHNOLOGY - 88.60
7 RALPH LAWRENCE GO KUA MAPUA INSTITUTE OF TECHNOLOGY - 88.25
8 JOEL FESTEJO JORBAN - MINDANAO STATE UNIVERSITY - MARAWI CITY - 87.6
9 JOSEPH KARL PARAS CONTENTO - UNIVERSITY OF SAN CARLOS - 87.55
10 JINO KARLO ASIS RIVERA - UNIVERSITY OF THE PHILIPPINES- DILIMAN - 87.2
NOTHING FOLLOWS--------------------------
Mapua has indeed continuing the traditional excellence in Engineering and Architechture....No doubt...Ang galing mo pa rin Mapua!
ReplyDeleteViva Mapua!!! Wala paring tatalo!!!
ReplyDeleteparang ngaun lang ulit nag mapua ahh...
ReplyDeleteDalawa ang Mindanao state UNiversity Marawi.. Galing!!!!
ReplyDeleteThis comment has been removed by the author.
ReplyDeletewow....! terrific....! MSU Marawi City...
ReplyDeletesila revalo, kua, dela cruz, rivera at yap magagaling talaga sila...naging kaklase ko sila sa review, sila talaga yung madalas nagtotop sa mga evaluation. congrats sa inyo mga engineers!
ReplyDeleteat congrats din sa mga bagong engrs ng mapua!
Wait...Mapua school passing 40 percent only? hehehe ang lupit
ReplyDelete60plus% yung passing rate ng MAPUA
ReplyDeleteoo nga parang ngayon lang naulit ang mapua ahhh
ReplyDeletehttp://bsmesubjects.blogspot.com
Prime lahat ng nagtop diba?
ReplyDeleteThis comment has been removed by a blog administrator.
ReplyDeleteUniversity of Batangas coming soon...
ReplyDeleteRTU will have soon. lol
ReplyDeleteoh That's great information.....
ReplyDeletecan u provide with some website or something ...where we can logg in and can get the proper information.
ReplyDeleteyeah ngaun lang ulit mapua pero since 2001 and 2002 top 1 lagi...hindi lang yan years before puro mapua top lagi...
ReplyDeleteNagturo yan sila Revalo samin
ReplyDeleteVIVA MSU-MARAWI... oh yeah!!!
ReplyDeleteThis comment has been removed by a blog administrator.
ReplyDeletecongratulation to BSU malolos always aim high.
ReplyDeleteFor more mechanical or mechanics information please visit this site : http://formechanics.blogspot.com/
ReplyDeletehope you will get good information all about mechanical engineering .Thanks to read this message .
Hi there! great stuff, I'm glad that I drop by your page and found these very interesting and informative.
ReplyDeleteIf you plan to do higher studies after engineering, there are ample opportunities available in India and abroad. In India you need to write GATE to be eligible to do higher studies. If you want to do your M.Tech in premier institutes like IISc or IITs then you need to at least get a rank lower than 500. Join IES Coaching in Delhi for Regular and Correspondence Coaching Classes For GATE, IES Exam Preparation
Thanks for sharing, keep it up!
This is one of my favorite topics in engineering systems design (they don’t call me the “Energy Zarr” without reason). In fact, I often rant about waste in solving a problem with brute force. Now… with that said, sometimes a hammer is more effective when dealing with a nail, but in general, what goes in, must come out… and most of what comes out is heat. Take the quintessential LCD display like the 60” version sitting in your living room. That beauty has white LEDs for a back-light so it must be “green” right? Well, did you know that up to 80% of the light emitted by those LEDs is absorbed by the color filters on the LCD glass? It might be “thin” but it is definitely not efficient with the back-light energy. Technologies such as OLED or Sequential Frame LCD (SFLCD) do not use filters. OLEDs are self emitting and draw zero power when off. SFLCD technology still uses a back-light, but they are RGB LEDs. Each color frame (red, green, blue) is switched at such a high speed that the eye integrates the image into the proper colors. Each pixel is now larger and brighter with less power. How much less? Try 80 watts for an SFLCD TV versus 350 watts for the traditional LCD. Energy currently is a limited resource, so innovate where you can to save it.
ReplyDeletehttp://www.mefeedia.com/watch/70158460
I remember talking with the late Bob Pease about the state of the art in digital techniques for solving complex problems. He politely let me babble for a few minutes and then laughed, “Yep, I solved that same problem 10 years ago with two op-amps”. I wanted to crawl under something, but his office was completely full of every magazine he had ever received… but that’s another story. He was correct – sometimes a straight forward analog solution can not only be the most elegant, but also the most efficient. Sometimes you need the power of a DSP processor when systems are non-linear or the signal processing is not realizable in the analog domain. However sometimes simple analog circuitry can solve the problem. Don’t forget your roots.
ReplyDeletehttp://www.kewego.com/video/319a2cd1451s.html