#IFACTOR MEMBER HOW TO#
#IFACTOR MEMBER UPGRADE#

Although, many countries have stopped using stamps and went digital so I don’t how many more I will be able to get. So, I hope to add a minimum of 5 stamps in the next 5 years, with Greece and Thailand at the top of my list. I would love to travel to at least one new country every year moving forward. Q: How many stamps do you have in your passport and what stamps do you hope to add in the next 5 years?Ī: I currently have three stamps in my passport – Philippines, Canada and Mexico. Plus, I would have such an advantage when playing sports!Ī: Nothing peeves me more than having to wear wet socks. Having the ability to travel around so freely while being able to take in all of your surroundings can’t be beat. Q: If you had one superpower, what would it be and why?Ī: As cliché as it may be, I would choose the ability to fly as my superpower. You can typically find me playing basketball with my recreation league, watching movies, attending a Los Angeles Rams home game, or catching up with my family/friends. Q: What might we find you doing on a typical Sunday afternoon?Ī: Sundays are usually my day to take it easy and recharge from the work week or an eventful weekend. Q: What was the first project you managed?Ī: The first project I managed on my own was a ground-up bank project for Bank of America located at La Costa Town Square, Carlsbad, CA in 2014.

Instagram might be the greatest work of engineering genius. Today, the wheel and its derivative are present all around us. Not until 300 years later was it used in a chariot for transportation. Whether it’s travel or the transportation of material, the invention of the wheel made existing much easier. It laid the foundation for all technological advancements to follow. Q: What is the greatest work of engineering genius?Ī: The Wheel. This project really made me understand the personality management aspect of the position.

They say that as a PM, you’re as much a Personality Manager as you are a Project Manager. Thanks to this project, I really grew as an engineer as the project required carefully managing a constantly revolving door of design scope, construction coordination, and most challenging, the different personalities and expectations of various project members. The project lasted roughly 4 years from planning, through design, and the completion of construction. When we started this project, I was green in my role as a project manager and a lead engineer.

#IFACTOR MEMBER UPGRADE#

The most challenging project I’ve worked on was the Electrical Distribution Upgrade for Terminal 6 at LAX airport. The owner and client took notice of the high quality and innovative solutions our team provided. Through a concerted team effort, including the owner, architect and contractors, we were able to deliver within a very tight design and construction schedule. The project was high-profile for the client and under tight scrutiny as the space was to serve as its flagship location for the west coast. What is your favorite project you’ve worked on and why? Most challenging and why?Ī: My favorite project that I’ve worked on is the Merrill Lynch Orange County Co-Location Headquarters project. Q: During your career, you’ve served as Project Manager for numerous projects.

#IFACTOR MEMBER HOW TO#

As a skilled playmaker both in the office and on the basketball court, Yves knows how to bring out the best in his teammates with cool-headed tenacity. Transposition of an I factor marked by an intron resulted in accurate removal of the intron.Yves Yanuaria is a Project Manager and Senior Electrical Engineer at iFactor. Here we present direct evidence for LINE retrotransposition. LINEs encode putative polypeptides showing similarities with viral reverse transcriptases but, unlike viral retrotransposons, they do not have terminal repeats and their ability to transpose by reverse transcription has previously only been inferred from structural analysis. By contrast, the I factor of Drosophila melanogaster transposes at high frequency during I-R hybrid dysgenesis and is a good model for studying the LINE element superfamily. This is due to the fact that most copies of any particular family of elements are defective and that their transposition frequency is low. Their transposition is usually difficult to study, particularly in humans, where some diseases have been shown to result from LINE insertion mutations. LINEs are transposable elements found in various eukaryotes such as plants, protists, insects, and mammals.

Ifactor member