Preparation for Top Ocean Engineering Careers

techmanga June 27, 2021 0 Comments

Environmental Engineering

Median Salary: $88,860Environmental engineering involves combining elements of a variety ofscientific disciplines to solve environmental problems. The main goals of anenvironmental engineer are as follows: * To ensure the ongoing health of humans and other living organisms * To increase the health of the overall environment itself

Environmental Engineering: Pros and Cons

There are quite a number of pros associated with environmental engineering.For one, it seems to be one of those engineering disciplines that people feelreally strongly compelled to pursue.With all the talk about climate change, environmental engineers often feel asense of grand purpose associated with their chosen field. This isn’t alwaysseen in other people and other professions. It might also be why thediscipline has relatively high job satisfaction ratings.A lot of environmental engineering takes place in the lab or in an office.However, there is a real chance that you’ll get to spend time outdoors,getting fresh air, sunshine, and exercise. On the other hand, it’s alwayspossible that job sites could be remote, dangerous, or require your presencefor long weeks at a time.This aspect of the job could be a pro or a con, depending on your personalityand the specifics of your situation.Relative to other engineering disciplines, environmental engineers don’t getpaid that well. If you love the work, this will tend not to matter. It’s worthbearing in mind as you undergo the process of taking out loans to finance youreducation.

How to Become an Environmental Engineer

If you’re interested in becoming an environmental engineer, you must attain atleast a bachelor’s degree in the field. Educating yourself up to the level ofa master’s degree or a Ph.D. will increase your career prospects and eventualpay.Some colleges offer programs that will allow you to complete bachelor’s andmaster’s degrees in five years. Others have partnerships with companies thatwill allow you to complete internships and gain relevant experience.To advance as quickly as possible, you’ll need to complete the fundamentals ofengineering exam after graduation. Take the professional engineering examafter gaining at least four years of relevant work experience.

How to Become an Agricultural Engineer

As will no doubt be shocking, the best way to become an agricultural engineeris to study agricultural engineering in school. From what I’ve seen, abachelor’s degree is almost always sufficient to enter the field. Keep in mindthough that more training increases your chances of moving to a higher payscale.

Get a Master’s in Ocean Engineering

Ocean engineers study the world’s ocean environment using engineeringexpertise to analyze its effects on vessels and structures. They are involvedin deep-sea exploration and projects such as designing and operating platformsor sub-surface vehicles.A master’s in ocean engineering from Florida Tech provides students amultidisciplinary, hands-on program oriented toward the needs of industry.With its emphasis on basic engineering sciences, design, and modernengineering tools and methods, ours is one of the only graduate programs inthe country that offers training in ocean engineering, naval architecture,oceanography, meteorology, environmental science, and coastal management.Through hands-on fieldwork, students apply their understanding of civil,mechanical, electrical, and computer engineering to design and build solutionsfor complex marine environments.

“Why Pursue a Master’s in Ocean Engineering at Florida Tech? ”

Florida Tech’s unique community offers students seeking a master’s in oceanengineering access to numerous environment-oriented private companies.Students meet and interact with professionals from many prominent localorganizations, who often guide students through projects, provide internships,and work at Florida Tech as adjunct faculty. This makes for a specialeducational opportunity.

Laboratories and Facilities Ocean Engineers Dream About

The F.W. Olin Engineering Complex and F.W. Olin Life Sciences Building providecomprehensive research laboratories equipped with 21st century technology. Inaddition, facilities at the Florida Tech Anchorage (the Evinrude MarineOperations Center) include docks, electrical power, and storage for nauticalequipment, supplies, and scientific equipment. A fleet of small craftavailable for student use for accessing research sites includes pontoon boats,jet skis, Robalo boats, Boston Whalers, skiffs, and Chris Craft powerboats.Ocean science laboratories provide state-of-the-art facilities forexperimentation and analysis in structures, fluid mechanics, wave dynamics,underwater technology, corrosion and biofouling, instrumentation, materials,and electronics—a diverse capability that other ocean engineering graduateprograms may not offer.

Preparation for Top Ocean Engineering Careers

Ocean engineering is a fast growing and dynamic field with opportunities thatare expanding as people turn to the oceans for food, transportation, andenergy. Because ocean engineers study all aspects of the ocean environment todetermine people’s influence on the oceans and the ocean’s effects on shipsand other marine vehicles and structures, the work is global in nature. Whencomparing ocean engineering graduate programs, Florida Tech provides the typeof training a graduate needs to enter challenging careers in private industry,contracting, or government agencies.

“What Ocean Engineering Research or Other Opportunities Can I Expect? ”

Ocean engineering internships are hands-on experiences that give students aglimpse into what real-world employment positions might demand of them.Organizations such as the Harbor Branch Oceanographic Institute, the WoodsHole Oceanographic Institute, and the Center for Coastal Studies have providedocean engineering internships—giving students a chance to work side-by-sidewith experts in the field on a range of topics related to their chosen area ofconcentration.In addition to ocean engineering internships, students have a chance to workwith national research organizations and institutes that includes: * National Oceanic and Atmospheric Administration * Mineral Management Service * Army Corps of Engineers * Federal Emergency Management Association * United States Coast Guard * Society of Naval Architects and Marine Engineers * Marine Technology Society * American Bureau of Shipping * Woods Hole Oceanographic Institute * Scripps Oceanographic Institute * Harbor Branch Oceanographic Institute

“How Will a Master’s Degree Benefit My Ocean Engineering Career? ”

What could my career look like with a degree in Ocean Engineering, M.S.?See Your Career Opportunities!In addition to creating remotely operated vehicles and autonomous underwaterand surface vehicles, ocean engineering careers involve developing underwaterstructures, oil rigs, wave buoys for data collection, as well as developingways to capture the energy of waves and turn it into electricity.Ocean engineers also develop transportation systems, plan new uses forwaterways, design deep-water ports, and integrate land and watertransportation systems and methods. They are concerned with discovering,producing, and transporting offshore petroleum, as well as developing new waysto protect marine wildlife and beaches against the unwanted consequences ofoffshore oil production and storm erosion.On the job, ocean engineers would likely work with a team of different typesof engineers to find solutions for ocean infrastructure, research andutilization. Integrating a variety of disciplines in ocean science is commonand could include a team of professional trained in oceanography, materialsscience, mechanical, civil, computer, software, marine, chemical, andelectrical engineering.

Grounded in Engineering

While staffers like Paige and Ruffin have been the administrative glue holdingthe disparate pieces of a graduate degree program together, the true successof the program, according to García, “is the lasting impact that our graduateshave in academia, industry, government, and society as a whole. Our graduatesare thought leaders and drivers of their professional and personalcommunities. We can talk about all the great metrics – numbers, GPA,pedigrees, papers – but this is what really counts and what I am most proudof.”BioE stresses the role of the individual within the team – it provides apersonalized curriculum, based on the student’s research interests, allowingfor flexibility. As a discipline, BioE is a bit broader than its close cousin,BME.“BioE is for students who are really interested in different disciplines –they want to be mechanical engineers or chemical engineers and learn how toapply that knowledge and those skills to solving biological problems,” saysWick, professor and senior associate dean in the School of Engineering at theUniversity of Alabama-Birmingham. “BioE isn’t all about medical problems andhuman health. It has other focus areas also, such as agriculture.”There is a great emphasis for BioE students on engineering fundamentals – theyhave to complete nine credit hours in engineering fundamentals.“In my experience, nearly all bioengineering graduate programs are designed tobuild upon an undergraduate degree in the same field,” says Tom Bongiorno, anR&D project manager and stem cell scientist at California-based X-Therma, whoearned his BioE Ph.D at Georgia Tech in 2016. “The BioE program at GeorgiaTech is unique because it is designed to train extremely talented engineeringstudents who have a focused interest in bioengineering but may lack formaltraining in biology.”So, as a mechanical engineering undergraduate, Bongiorno found a perfect fit.“My graduate lab certainly combined expertise in biology and engineering, butwas strongest in engineering,” says Bongiorno, who happened to win the RuffinLeadership Award. “The program prepared me for my current role as R&D projectmanager by endowing a full set of skills, including the abilities tounderstand both broad and deep scientific principles, to constructivelycriticize experimental plans, to optimize utilization of materials andresearchers’ time and, perhaps most importantly, to communicate clearly with adiverse team.”

Degree of Electrical Engineer

The engineer’s degree may be awarded in exceptional cases. The awarding ofthis degree requires fulfilling the Institute requirements for an engineer’sdegree and receiving a recommendation for its awarding from the candidacy oralexamination committee.

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