A Career As A Biomedical Engineer

A Career As A Biomedical Engineer
Biomedical Engineering.
Job of a Biomedical Engineer
"Design, develop, and test all parts of medical/surgical components, equipment, and instruments"
"Work with cross functional teams to test and approve prototypes"
"Take input from R&D scientists and translate these into workable design options suitable for in
vitro and in vivo applications"
"Perform independent research applying all available tools and resources"
"Install, adapt , maintain, repair, or provide technical support for biomedical equipment"
"Report research findings through scientific publication, oral presentation, and formal documents
with regards to industry contracts and funded grant proposals"
"determine and explain correct operation of equipment to medical personnel"
How to be a Biomedical Engineer
To work as a biomedical engineer you will have to get at least a bachelor's degree in biomedical
engineering. Choose an educational program that is recognized by ABET, an organization that gives
its stamp of approval to associate, bachelor's, and master's degree programs in engineering,
engineering technology, applied science, and computing. Your work will combine engineering and
biological sciences, and may include internships with hospitals and medical device manufacturers.
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Biomedical engineers generally either work for a hospital maintaining the equipment (x–ray
equipment, diagnostics, etc.), work in industry, typically for a medical device or equipment
manufacturer or they work in academia doing research on biomaterials and/or devices.In research
institutions, biomedical engineers supervise laboratories and equipment, and participate in or direct
research activities in collaboration with other researchers with such backgrounds as medicine,
physiology, and nursing.Biomedical Engineering can lead to an exciting Biomedical Engineering
career. Study and work opportunities are limitless at the interface of biomedicine and
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Essay On Engineering Service Systems
LCurrent technology–driven innovations in service systems tend to take the human server out of the
loop. That being the case, the substitution of human labor will potentially affect the United States
and other developed economies most, as the service sector in these countries is responsible for the
majority of employment. To improve this outlook, effective ways of integrating humans with
engineered service systems is needed. Instead of replacing human workers with machines, one could
think of an engineered partnership between both agents. For example, the necessary improvements
in the healthcare and education sectors will use people to do what people do best (e.g. creativity,
synthesis, improvisation, social skills), and machines to do ... Show more content on Helpwriting.net
...
Hence, considering humans in the optimization of their designs. What is needed is convergent
research. Convergence is a research approach that cuts across fields to tackle societal problems that
require solutions at the interfaces of different disciplines. As stated by the National Academies, what
is needed is a "comprehensive synthetic framework" that melds the knowledge at the intersection of
these disciplines. But there are multiple difficulties to be overcome for the principles and models of
behavioral and cognitive science to converge with engineering and mathematics.
To overcome the challenges for convergence, languages and lingos need to be shared to guide
engineers to important human aspects that need to be represented mathematically. In turn, this space
might guide behavioral and cognitive scientists to research questions about humans that are
meaningful for engineers and vice versa. This middle ground could conceivably be the right meeting
space to foster the mathematical language that could incorporate randomness, improvisation and
other human characteristics that we need to model to achieve perfect cooperation between machines
and humans. This mathematical language or framework could be based on advances in the calculus
of finite differences, Markov chains, or a completely different paradigm. We are just beginning this
exploration of potential modeling approaches that

Assessment Of Bod, Cod As Organic Pollution Indicator...
ASSESSMENT OF BOD, COD AS ORGANIC POLLUTION INDICATOR LEVELS OF
VARHALA LAKE ABSTRACT Lakes are of great importance both from the natural and economic
point of view. Lake water is a source of drinking and domestic water supply for people living in and
around the area. The present study was conducted to assess the organic pollution indicators like
BOD, COD and DO. The sampling of water was based on human and aquatic activities around the
lake. Water from five sampling stations of Varhala Lake was monitored for seasonal variations from
May 2011 to April 2012. The BOD was positively correlated with COD of 0.609, as both are the
products of oxidation. The correlation between DO and BOD, gave a negative relationship of 0.517
between two variables. Keywords: Water quality monitoring; pollution indicators; Varhala Lake
INTRODUCTION Most of our water resources are gradually becoming polluted due to the addition
of foreign materials from the surroundings. Rapid urbanization and industrialization has put a lot of
pressure on the existing water bodies (Waziri et al., 2009; Sawant and Telave, 2009). Anthropogenic
development and changes around lakes affects their ecosystems (Mouri, G et al 2011). Lakes have a
complex and fragile ecosystem, as they do not have a self–cleaning ability and therefore readily
accumulate pollutants (Abida et al 2008; J.C Akan et al 2012). Continuous water quality monitoring
is essential for efficient management of lakes and for control of pollution. It is

Summary: Pre-Experience Journal
Pre–Experience Journal My selected area of interest is anything related to biomedical engineering or
biochemistry. I am especially interested in biomedical engineering because biomedical engineers
create all the machinery and tools that doctors use to save lives, and I want to be a biomedical
engineer to be able to help save lives. I first developed this interest early on, sometime at the
beginning of my sixth grade year. I found out about biomedical engineering from when I was in my
middle school's First Lego League club, and in this club we had to do research based on a theme
from the year's challenge. The theme we had to do our research on for my first year in the club was
research that we could use to create an idea for some innovative ... Show more content on
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To be inquiring means that you question how things work and why and that you are a person who
loves to seek for more knowledge. This is a great description of me because I am always looking for
more opportunities to expand my knowledge. I also find myself always trying to figure out how
things operate, especially when it comes to the human body and biologic systems. Since I am
looking to intern in a research institute for my SCE, being an inquirer will be of great assistance to
myself and my mentor because research is all about inquiring and seeking new knowledge and
answers. Being inquiring can also lead me to find ways to solve problems at my internships and it
allows me to find new angles to try and solve any challenges I may find at my internship. While not
as obvious, being principled is a very important trait for research. In research being principled
allows for you to be critical of new research and of your own research. Being principled in the lab
also allows for you to question data that may seem to contradict your previous views, and find
whether the data in question is correct or if you made a mistake in your

Various Views on Unethical Behavior Essay
From the beginning of humanity, some form of principles about morals, right and wrong,
professionalism, etc. has been established. In most cases these rules or codes were never officially
recorded in earlier times, but they were naturally understood laws that governed human behavior.
These laws have been transformed and molded through past centuries by the brilliant minds of
philosophers such as Plato into a code of conduct that is categorized into what we now call ethics.
Ethics has everything to do with the golden rule of treating others as you would like to be treated
and the natural rights granted to everyday people. Humans have the right to life, physical integrity,
and mental health; they have the right to maintain one's level of ... Show more content on
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Every engineer should follow these cannons (everybody in any profession should also) but,
realistically, these rules are sometimes pushed aside. When the decision is made to overlook ethics,
terrible things can sometimes happen. Engineering disasters occur every day, and I believe that most
of the time it is material impurities/failure. However, an engineer isn't perfect, and unethical
behavior has been the cause of countless disasters such as the Challenger explosion, the Kansas City
Hyatt Regency walkway collapse, etc. I want to know where engineers have gone wrong. What
causes an engineer or anybody out there to make an unethical decision? Carelessness due to
laziness, strict deadlines, and people higher up in command could all be factors behind disasters.
The laziness and carelessness factor is a very broad subject when talking about ethics. Everything
from cutting corners to make jobs easier to a

Life Style Analysis Papers
Introduction
Deciding on a career is an important life decision. In order to make an educated decision, reflection
on what you want your life to be like is necessary. I would like a job where I can utilize my interest
in math and science, have the opportunity to research, create, and develop revolutionary ideas and
processes. However, there is more the selecting a career than personal interests. I would like to have
a life outside of my job, which would mean I need a structured schedule that is not susceptible to
change. Also, I would like to travel quite a bit during my life, and I would need to make enough
money to accommodate the expenses of traveling. In addition, I would like to have a job where
advancement opportunities are available, ... Show more content on Helpwriting.net ...
Industry chemical engineering jobs require a lot of on the job training, and the information takes a
while to learn. Switching companies would mean starting over with job training, and it could be a
setback in a career. Also, working on a research project requires familiarity with the project, so it
may be a while before a person can contribute. Switching research requires time to become familiar
with the project, so this would also set a career behind. While moving companies may be a hurdle in
a career path, there is no shortage of jobs for chemical engineers. It would be possible to move
somewhere new and find a job easily, as long as it is in a sizeable

A Short Note On Oxidation Lagoon Treatment System Essay
3.1 REPSA I Inspection Findings
On July 7, 2015 the EPA and MARN inspected the REPSA I facility, including the oxidation lagoon
treatment system. This wastewater treatment system treats the wastewater generated from REPSA I
palm tree oil processing. The system consists of five oxidation lagoons, which included cooling
stabilization lagoons, anaerobic (an anaerobic lagoon is a deep impoundment, essentially free of
dissolved oxygen that promotes anaerobic conditions (USEPA 2002)), and facultative lagoons, with
each lagoon having a volume of approximately 3,500 m3 (925,000 gallons). A facultative lagoon is
earthen impoundment that the layer of water near the surface contains dissolved oxygen due to
atmospheric reaeration and algal respiration, a condition that supports aerobic and facultative
organisms, and the bottom layer of the lagoon includes sludge deposits and supports anaerobic
organisms (USEPA, 2002). EPA observed that all lagoons were not sealed (no concrete, liner, clay,
etc.), which may create suitable conditions for groundwater contamination.
During the EPA visit, it was observed that the REPSA I lagoons were almost full to capacity, with a
free board of approximately one foot (0.3 meters) (See photo 1, page 17). Typically, lagoons should
have a minimum freeboard of 0.9 meters (3 feet) (USEPA, 2002). The minimum freeboard design
criteria is recommended in an effort to avoid or minimize overflow during rain events of significant
magnitude. In addition, EPA and

Professional Codes And Standards Of Practice
In order to resolve any ethical issue, a certain approach to address the case is necessary to reach the
solution. Several of the most important techniques is to fully acknowledge the problem by gathering
all of the facts, using problem–solving methods, and appealing to professional codes and standards
of practice. In this paper, the following scenario will be addressed and analyzed: Professor Xavier is
a tenured professor of engineering who teaches at a large institution as a licensed professional
engineer. One of his students, Jean Grey, tells him that during an exam for another class taught by
Professor Osterman, a classmate named Scott Summers apparently used his phone to take a picture
of an exam question and sent it to someone. Jean also tells Professor Xavier that she had informed
Professor Osterman about Scott, and then Professor Osterman spoke to Scott about his actions.
However, Scott did not face any further consequences resulting from his behavior. Given this
situation, the actions of each person will be discussed using ethical theories, along with the
application of professional codes of ethics to the responses of Professor Xavier and Professor
Osterman, as well as applying the line drawing method to discuss the ethical obligations of both
professors. It is essential to point out the actions of each individual in the scenario mentioned and
discuss the ethics each person exhibits. It begins with Jean Grey, who first reported the case of Scott
Summers cheating on

The Spatial Distribution Of Temperature Essay
The spatial distribution of temperature, pH , salinity , Dissolved Oxygen (D.O) , Biological Oxygen
Demand (BOD), micronutrients (phosphate , nitrate and silicate ) and chlorophyll pigments were
pronounced as shown in fig : 3 .The surface water temperature were homogenous within the studied
area ,varying within the range 25–32° C . Generally, the temperature is influenced by the freshwater
influx intensity of solar radiation, and cooling and mix up with ebb , evaporation and flow from
adjoining neritic waters (Prabu et al. 2008). The estuarine water was slightly alkaline in nature
throughout the study period in all the respective stations with pH value ranging from 7.7 to 8.33.
The pH value was within the safe limit for drinking purpose (WHO, 1973) as well as for crop
production (FAO, 1975).This pH range was the combine effects of the tides of the Bay of Bengal
and fairly high buffering capacity of the water (Huang et.al;2008). The neutral–sub–alkaline
environment at this pH substantially limits the mobility of trace metals in marine water (Manta et
al., 2002). The maximum salinity (14.5 p.s.u) at Sagar (S8) and the minimum (0.17 p.s.u.) at
Babughat (S3) were recorded which is attributed to higher rate of evaporation than that of
precipitation and the neritic water dominance (Rajasekar; 2003). The turbidity showed a wide range
of variation (1–13 NTU) being lowest at Tribeni (S1) which is the fresh water zone and highest at
Lot 8 (S7), near the coastal water. The high

Importance Of Ethics In Engineering
Engineering and ethics are two things that most may, at first thought, believe have nothing to do
with one another, but in order to be a successful engineer, one must fully understand the ethical
responsibilities that they have. Engineering ethics is the moral principles that an engineer must
uphold throughout their entire career. Engineers have an obligation to themselves and society to
understand these ethical responsibilities and maintain their own ethical values and responsibilities.
Introduction
In order to become a licensed engineer in the United States, an engineer must pass their professional
engineering exam that will test the engineer on a variety of subjects, one of those subjects being
ethics. The National Society of Professional Engineers has adopted and implemented their Code of
Ethics since 1964. The fundamentals of the Code of Ethics state that:
Engineers, in the fulfillment of their professional duties, shall:
1. Hold paramount the safety, health, and welfare of the public.
2. Perform services only in areas of their competence.
3. Issue public statements only in an objective and truthful manner.
4. Act for each employer or client as faithful agents or trustees.
5. Avoid deceptive acts.
6. Conduct themselves honorably, responsibly, ethically, and lawfully so as to enhance the honor,
reputation, and usefulness of the profession
In summary, an engineer must uphold all responsibilities and perform all duties necessary to
maintain an ethical connection to society that includes but is not limited to the safety and positive
welfare of the public.
Case Studies
Throughout history there has been multiple example of ethics in engineering, both good and bad.
The following case studies are examples of how ethics play an important role in engineering and
whether or not the subjects of discussion acted in an ethical way or not. We will examine the ethical
issues involved in each case and how they impacted society and other in the field of engineering.
This will also include my personal opinion on each case study and what ethical issues I believe are
involved in each case.
TACOMA NARROWS BRIDGE COLLAPSE
The original Tacoma Narrows Bridge was built in Washington State in July of 1940. The suspension
bridge was

Chemical Oxygen Demand
Standard Methods for the Examination of Water and Wastewater 5210 BIOCHEMICAL OXYGEN
DEMAND (BOD)*#(1) 5220 CHEMICAL OXYGEN DEMAND (COD)*#(2) 5220 A. Introduction
Chemical oxygen demand (COD) is defined as the amount of a specified oxidant that reacts with the
sample under controlled conditions. The quantity of oxidant consumed is expressed in terms of its
oxygen equivalence. Because of its unique chemical properties, the dichromate ion (Cr2O72–) is the
specified oxidant in Methods Section 5220B, Section 5220C, and Section 5220D; it is reduced to the
chromic ion (Cr3+) in these tests. Both organic and inorganic components of a sample are subject to
oxidation, but in most cases the organic component predominates and is ... Show more content on
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Do not use the test for samples containing more than 2000 mg Cl–/L. Techniques designed to
measure COD in saline waters are available.1,2 Halide interferences may be removed by
precipitation with silver ion and filtration before digestion. This approach may introduce substantial
errors due to the occlusion and carrydown of COD matter from heterogenous samples. Ammonia
and its derivatives, in the waste or generated from nitrogen–containing organic matter, are not
oxidized. However, elemental chlorine reacts with these compounds. Hence, corrections for chloride
interferences are difficult. Nitrite (NO2–) exerts a COD of 1.1 mg O2/mg NO2––N. Because
concentrations of NO2– in waters rarely exceed 1 or 2 mg NO2––N/L, the interference is considered
insignificant and usually is ignored. To eliminate a significant interference due to NO2–, add 10 mg
sulfamic acid for each mg NO2––N present in the sample volume used; add the same amount of
sulfamic acid to the reflux vessel containing the distilled water blank. Reduced inorganic species
such as ferrous iron, sulfide, manganous manganese, etc., are oxidized quantitatively under the test
conditions. For samples containing significant levels of these species, stoichiometric oxidation can
be assumed from known initial concentration of the interfering species and

Boeing Case Essay
Boeing 767 Case Study Questions 1. How would you describe Boeing's approach to project
management? What are its strengths and weaknesses? Boeing adopts a very thorough, well planned
out process to manage the project. The stages are defined clearly and tasks involved in each stage
are carried out sequentially. The first stage of their approach is the project definition phase during
which Boeing identified holes in the market not met by existing planes, assessed future airline
needs, considered alternative plane configurations, explored feasibility of possible technologies and
performed preliminary estimation of costs. During the market assessment, analysts gathered
information regarding future needs of airlines by speaking directly to ... Show more content on
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Boeing had a clear project scope and put emphasis on airline needs (directly speaking with major
airlines) prior to the design process. An auditing team is developed to further monitor each major
step and make sure that each task is carried out properly; Boeing is smart enough to pick
experienced managers who thoroughly understand how this industry/company operates as auditors
so the review process can be carried out more efficiently and accurately. During the plane design
process, there are four head engineers responsible for four technological areas and one chief
engineer in charge of the plane program. The former is more concern about the technical aspects of
the project while the latter is more concerned about practical aspects such as costs and scheduling;
such approach is desirable so that people involved in the project don't get too caught up in one
particular area. Rapid communication between some of the foreign participants and Boeing is
emphasized greatly as there is a private telephone network connecting Boeing to each participant.
During the final stages of the project, meetings are held frequently so that the teams can receive
early notification to catch and solve problems sooner. However, there exist some weaknesses of the
process. Firstly, since some program participants are in different countries and certain parts are
assembled in different countries,

A Brief Look at Aerospace Engineering
Discover Engineering: Aerospace Engineering
According to Dictionary.com, engineering is a branch of science and technology that works with
design and building. Also engineering is a career that focuses on solving problems by using the
design process.Engineers work on the following: they solve, design, test and building things that
humans use on a daily use.
The Engineering Profession
Chemical Engineering– According to Wikipedia.com chemical engineering is solve problems by
using science, for example, creating new materials or try to make energy by connecting two
diamonds, or making things that don't damage the Earth or humans. Civil Engineering–According to
Dictionary.com, civil engineering is a career that deals with design problems, or design something
that we see in our regular day and we use. For example: roads, bridges, canals, and others builds that
the humans use. Electrical Engineering– According to Wikipedia.com, electrical engineering works
and solve problems related to electricity and electronics. Electrical engineering has started since the
19th century after the first telephone and electric power. Mechanical Engineering– According to
Wikipedia.com, mechanical engineering applies to math and physics to analysis a design or to solve
a problem. They products and operates machines and tools that a human use on a daily basis.This
field type of engineering also connects to electrical and civil engineering. My Engineering
Profession
The

Ethical Failures Of A Professional Work Environment
Jerry Mason, senior vice president and general manager at Morton–Thiokol, and Morton–Thiokol
were on the brink of negotiating the booster' rocket contract renewal with NASA. Although, it is not
an acceptable reason, we could see how engineers and others below the authority of Jerry could be
afraid to state something contrary to what he stood by. When someone's self–interest and pride gets
in the way of engineering, it can neglect the welfare of the public, and cause them harm. This case
study highlights many irresponsible, and ethical failures in a professional work environment. Jerry
Mason failed to abide by the following impediments for responsible action; self–interest, ignorance,
and group thinking. Ethics should always be the base of any engineering project. There are some
instances where people, like Jerry Mason, become self–interested and forget that at the core of
engineering, lies the responsibility to act with the public's welfare in mind, above all else. The
Challenger incident shows us how Jerry Mason acts contrary to the standards that the public expects
professionals engineers to stand by. His sole comment to Bob Lund, "to take off your engineering
hat and put on your management hat," speaks greatly about what the Challenger meant to him. Jerry
Mason viewed the launch as a business transaction that would allow him and Morton–Thiokol to
benefit greatly at the midst of a contract renewal. Success brings advancement in managerial
positions, but in this

Chemistry And Biochemical Engineering : The Fields Of...
Significance of work: Recent advances in the fields of synthetic biology and biochemical
engineering have been fundamental in progressing the ability of engineers to sustainably and
quickly produce specialty chemicals in bioreactors. Using well–characterized microorganisms to
generate commodity chemicals is a scalable and cost–effective method for producing a plethora of
complex products that are difficult to synthesize chemically. In fact, the workhorses of biology–
enzymes– enable high specificity in biochemical transformations (for example, to isomerize small
molecules, or to act on a specific isomer preferentially over a different isomer) that has not yet been
possible via chemistry alone. Thus, applying the synthetic biology toolbox ... Show more content on
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Alper's work has introduced a method for concurrent optimization and screening of full biosynthesis
pathways.
Speaker question: How does selection pressure enable evolutionary selection? Evolutionary
selection of clones or library variants depends on the fitness of the microbe in question against a
specific selection pressure. Selection pressure allows for the identification of mutants who can
survive under the selection pressure in question; selection pressures, thus, must be carefully
designed to minimize background and to select for mutants that are performing the desired function
(which is intimately linked with survival). Thus, survivors of selective pressure are those whose
mutations provide them with a fitness advantage. One must be careful, however, because as Dr.
Alper astutely noted: you get what you select for! Since cellular metabolism is very complex, cells
will inevitably find ways to survive selection pressure by mutating an off–target DNA.
Key results explained: The main results and phenomena observed in the manuscript of interest [2]
can be grouped into four overarching points (explained below). However, the main point of this
paper that should not be lost is that the authors developed a novel, robust method for continuous
evolution of large DNA elements in a eukaryotic organism (yeast) (Fig. 1). The system, termed ICE
(In vivo Continuous Evolution) consists of transforming yeast with a single

A Regional Operations Manager For The North And South...
As a Regional Operations Manager for the North and South America region of Petroleum Geo–
Services, Inc., Mr. Cousin will oversee and manage the Computing Infrastructure department which
is responsible for providing service levels agreed with the Imaging unit. The Computing
Infrastructure department is composed of Computing Infrastructure Operations Staff, Support Team
Staff and Media Staff.
Mr. Cousin will supervise and lead Engineers from the Support Team who design system
infrastructure plans and oversee projects. He will direct and coordinate all of the Computing
Infrastructure Operations staff's activities which include research, testing and development of new
computing infrastructure products and procedures. He will coordinate activities between Media Staff
and Data Processing unit as well as other activities between other units. He will directly supervise
all IT Operations staff in the region. He will lead a team of 4 Engineers & 1 Service Delivery
Manager and will have a total of 14 Regional Imaging Engineers who will indirectly report to him.
Mr. Cousin will also indirectly supervise regional Imaging engineers.
Under Mr. Cousin's supervision are professional employees with degrees as below:
Professional Employees: Formal Education attained:
Lead Computer Engineer Bachelor of Computer Science Degree or an equivalent professional
experience in a closely related industry.
Senior Computer Engineers Bachelor of Computer Science Degree or an equivalent professional

Mandatory Continuing Professional Development ( Cpd ) For...
Mandatory Continuing Professional Development (CPD) for professional engineers in Ontario has
been an issue subject to controversy over the years. The controversy surrounding the issue is due in
part to the complications of introducing such a program, and the fact that "Professional Engineers
Ontario (PEO) is the only professional engineering association in Canada that does not have a CPD
program [1]." The debate regarding CPD for professional engineers in Ontario is pertinent because
the resolution has been ongoing since September of 2013, and is up for approval in the upcoming
February 2016 PEO council meeting [2]. Therefore, it is important that the CPD debate is resolved
and a consensus is reached. Mandatory CPD is a concept to which professionals are required and
encouraged to maintain and enhance their knowledge throughout their careers to provide a standard
of competence to those practicing [3]. The goal of CPD is to be "proactive in regulating the
profession...rather than (reactively)...punishing license holders for practice failures [1]." Introducing
a CPD program will ensure public safety, "contribute to a reduction in risk for the public and
individual practitioner", and "push the profession to higher levels of skills and knowledge" [1]. As a
result, the professional engineers of Ontario should engage in mandatory CPD to ensure the
continued competency of those practicing and the safety of the public. The proactive nature of a
CPD program may prevent failures

Engineer in the Society
THE ROLE OF ENGINEERS IN THE SOCIETY
By
OHANENYE JOSHUA NDUBUISI
MOBILE: +2348037433384
EMAIL: joshuzzles06@yahoo.com
NIGERIAN SOCIETY OF ENGINEERS,
2013 Mandatory Continuing Education Workshop
(13th – 15th March 2013)
An Engineer is defined as a person whose job involves thinking out a problem and providing
solution in advance. It includes but not limited to designing and building engines, machines, roads,
bridges, etc or a person who is trained to repair and control engines. An engineer can be Electrical,
Mechanical, Civil, Materials, Electronic, Petroleum, Software, Chemical, etc. Engineers are also
found in military barracks because they design and build military structures and equipments, so they
can be soldiers as well. We also ... Show more content on Helpwriting.net ...
Moreover, all engineers must play a much stronger role in the public policy process to provide the
right incentives for industry and others to move on sustainable path so that engineers can be
encouraged and supported to design sustainable technology for the purpose of economic
development that benefits society in a holistic way now and in future. As Don Roberts advocates, we
must become better informed of the interdependence of environmental, economic, health and social
issues, inform others and become leaders, otherwise the agenda will be set by others who neither
know the benefits nor the limit of technology in a sustainable modern society
Sustainable economic development relies on technological change to achieve its aim but will
governments take the tough steps that are required to force radical technological innovation rather
than the technological fixes that have been evident to date? Such measures would require a long–
term economic cost while industry will readjust. It would appear that so long as sustainable
development is restricted to minimal low–cost adjustment that do not require value changes,
institutional changes or any sort of radical cultural adjustment, the environment will continue to be
degraded

Reflection Essay
1. Tell us about a skill or concept related to your anticipated area of study, that you found
challenging and rewarding to learn. ( 350 words for 1 + 2 together)
Just copied, incorporate in a response what was challenging and rewarding.
Selected concentration interest First Choice : Engineering ; Second Choice: Computer Science
Currently 321 words (321+21=342 total)
There are several activities that are applicable to my anticipated area of study. My work in the
MATES Robotics Club, my yearly participation in science fairs, and my efforts to obtain an amateur
radio license are three primary activities. These activities are described in the paragraphs below.
As MATES (Marine Academy of Technology and Environmental Science) Robotics Club President,
I not only lead my team, but I am also both the chief code developer and the principal hardware
architect. During each year's robot challenge (i.e. FIRST Challenge), I have led the team in the
development of HW/SW architectures for a new robot. After developing the robot's HW/SW
platform, I have also been a principal HW/SW troubleshooter both in the lab and at the
competitions. This experience has provided me with key insights into: electrical engineering,
mechanical engineering, computer science, computer sensors/controls, and process improvement. I
also led the transition from utilizing a visual SW development environment (i.e. similar to MIT's
"Scratch") to a more feature rich JAVA–based SW development environment.
I have also had the opportunity to learn more about microcontrollers, during my personal time
outside of school. I have utilized both the Arduino and Raspberry Pi microcontrollers. After some
brief training, from my father, I was able to utilize on–line training to write SW for the Arduino (C–
like programming language/environment) and the Raspberry Pi (Python under Raspbian (Linux)).
The Adafruit website was also helpful with tutorials, supporting code libraries, and inexpensive
sensor HW. I was able to build three science fair projects with these microcontroller platforms, two
of which were fourth place finishes at the Jersey Shore Science Fair in the last two years. The
science fairs have required engineering notebooks, posters, and oral

My Solitary Aspiration Of Applying For Graduate Program
My solitary aspiration of applying for graduate program at your university is to pursue a carrier of
professional researcher and scholastic in the field of Chemical and Biomolecular Engineering. After
completing my PhD and post–doctoral programs, I want to espy myself as an independent
researcher or a faculty member in an illustrious university. As an inquisitive person, I always had an
intrinsic research aspiration. Undergraduate study at Bangladesh University of Engineering and
Technology (BUET), in the department of Chemical Engineering has divulged me to the substantive
complexion of Chemical and Biochemical Engineering. Consequently, I unearthed my profound
interest in research works and strong aptitude for problem detecting and solving. Thence, I have
decided to pursue my higher studies in Chemical and Biomolecular Engineering.
"There always will be a victorious side and a defeated side, despite that we move forward to
envisage the future; No one has been prosperous without surmounting hindrance on the pathway of
triumph." The above philosophy has played a significant role in shaping of my objectives and
framing of my future plans since I encountered copious problems during my childhood. Despite the
inadequate financial support and the transient family situation, I successfully continued my study
since I was awarded several scholarships and tuition fee waiver due to extraordinary result
throughout high school period. I achieved highest GPA 5.0/5.0 in the Higher School

Essay On Crude Water
This paper looks at the recovery of crude oil–polluted seawater using bioremediation and
biostimulation (Hassanshahian, Emtiazi, & Cappello, 2013). Bioremediation of crude oil is a less
expensive solution to other alternatives (Hassanshahian, Emtiazi, & Cappello, 2013). There are lots
of different parameters that needed to be considered during the study of bioremediation productivity
which were all monitored during these experiments (Hassanshahian, Emtiazi, & Cappello, 2013).
Three trials were performed during this study of natural seawater artificially polluted with crude oil
and recovered using three different methods. These methods were: inorganic nutrients, inorganic
nutrient and the bacteria Alcanivorax borkumensis, and lastly an ... Show more content on
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The parameters that were measured and their methods are listed below:
Total Bacteria Count: 1–2 mL of seawater was placed in formaldehyde and stored at 4 degrees
Celsius (Hassanshahian, Emtiazi, & Cappello, 2013). Before samples were filters using Nucleopore
black polycarbonate filters (stained with 4, 6–diamidion–2–phenylindole), the sample was put
through ultrasonic treatment for 30 seconds (Hassanshahian, Emtiazi, & Cappello, 2013). Using a
Zeiss Axioplan 2 imaging epifluorescence microscope, the samples were analyzed, and bacteria
counted (Hassanshahian, Emtiazi, & Cappello, 2013).
Heterotrophic bacteria Counts: 100 µL of 10–fold dilutions of the water sample taken was spread
onto Marine agar plates (Hassanshahian, Emtiazi, & Cappello, 2013). This was incubated for 7 days
at 20 degrees Celsius (Hassanshahian, Emtiazi, & Cappello, 2013). The colonies were then counted,
and results were recorded in CFU/mL (Hassanshahian, Emtiazi, & Cappello, 2013).
Hydrocarbon–degrading Bacterial Count: Using the Most Probable Number (MPN) method, the
number of bacteria were counted (Hassanshahian, Emtiazi, & Cappello, 2013). Sterile 3 mL 24–
wells were used to culture test plates (Hassanshahian, Emtiazi, & Cappello, 2013). Each contained 2
mL of sterile Bushnell–Hass medium, with 2% NaCl (Hassanshahian, Emtiazi, & Cappello, 2013).
Ten–fold dilutions of the sample were made in the medium and 100 µL were pipetted into the wells
(Hassanshahian, Emtiazi, & Cappello, 2013). Then, 10

Becoming A Person From Engineers Australia
EXECUTIVE SUMMARY
In this application, I illuminate the critical information as to Engineers Australia where is the
greatest and trusted affiliation set up in Australia for Engineers. As I might need to apply and
transform into a cooperation in this establishment, from now on I have to show my own abilities to
meet the requirements by exhibiting my aptitude capacities and responding three units of
competency relating to my appropriate level, which is Migration Skills Assessment. I moreover
indicate how being a person from Engineers Australia preferences to my future occupation.
CONTENTS
Executive Summary 1
Contents 2
INTRODCUTION 3
BENEFITS OF ENGINEERS AUSTRALIA MEMEBERSHIP 3
LEVEL OF MEMEBERSHIP 4
AUDIT OF SKILL SET 4
Identifying ... Show more content on Helpwriting.net ...
EA is the top assortment of calling which sets the standard of specialized brilliance in all fields of
engineering.
BENEFITS OF ENGINEERS AUSTRALIA MEMEBERSHIP
Engineers Australia gives an extensive variety of administrations for profession improvement of
individuals. It helps the part from the underlying stage i.e., to locate the main employment, keep the
abilities upgraded, changing the profession way or closure it. The profession improvement program
offered by EA gives administrations to engineers at all phases of their vocation including
understudies, graduates and even experienced designers who are searching for an open door or
change.
As I am an understudy seeking after Master 's Degree, EA participation is the principal development
of my vocation which helps me in arranging my profession way giving important assets. It gives me
a chance to investigate my future profession alternatives. It helps me in building up the profession
steps. It keeps me associated with Australian Engineering Community where I become more
acquainted with the new advancements in my field of study. With Continuing Professional
Development occasions, it gives the chance to investigate controls of building and assess my present
zone of study. EA giving the

Mechanisms of Using Numbers in Computer Engineering
In engineering studies, working with numbers is one of the most substantial concepts. Numbers are
not used only in civil or architecture engineering as most of people think. Numbers are important in
all engineering disciplines. For example, agriculture engineers work in numbers in there calculation
to design systems that produce food, feed, fiber and other products with high quality. Also, in
computer engineering field, computer engineers must know how to deal with numbers because
computer language based on numbers. For this reason, this section will describe the mechanisms of
using numbers in a proper way.
Numbers notation is a way that scientist used to reformat numbers especially, very large numbers
and vary small numbers. Numbers notation has many useful properties, so it used by scientist,
mathematicians, and engineers. (a x 10^b) is the form of all numbers written in scientific notation
,where b is an integer number , and a is real number . Also, we can read as 'a' times 10 raised to
power b. However, any number can be written in scientific notation (ax10) .for any number greater
than 1 the exponent b is positive. Otherwise, when number between 0 & 1 the exponent b is negative
and it can be written as ( ax10^–b). For example 0.0015 can be written as .5 x 10^–3.
When performing a mathematical calculation, it is important to pay attention to accuracy. Suppose
you are asked to measure the width of a standard piece of paper such as a page in this research . The

Foundations Of Engineering Lab Report
Foundations of Engineering Lab Report
Project 2
Dominic Simpson
Department of Civil Engineering
University of South Florida
Tampa, U.S.A. simpsond@mail.usf.edu I. INTRODUCTION
Engineering has been an essential part of society since man created the wheel. Even from the days in
ancient Egypt when the pharaohs built the pyramids they used their own form of engineering.
Engineers were always a very prestigious occupation. It was roman engineers who allowed the city
of Rome to be built from the palaces to the aqueducts. After the roman engineers built the aqueducts
then engineering evolved to a more renaissance approach including building castles and moats.
Kings and queens would use engineers for personal statues of themselves or for improvements on
their castles. The foundation of engineering completely changed when Isaac newton invented
calculus and put a formula to gravity. A couple hundred years later, many engineers focused on
improving machinery in the industrial revolution, along with many improvements in the medical
field. Lately some of the more popular feats of engineers include large skyscrapers being built
across the world, and one of the best inventions of all which is the computer. Computer scientist and
electrical engineers have been at the forefront of our most recent technological advancement and
will continue to push our technological boundaries to the limits.
II. U.S. ENGINEERING SOCIETIES
A) Electrical Engineering is "a branch of engineering that

Case Study Of Chlorella Vulgaris
Introduction
Water pollution has been one of the factors that affect life in the aquatic environments, toxic
chemicals as well as human wastes are thrown in the river ways causing unbalanced and
unsustainable ecosystem to most organisms. This manner does not only harm other species but also
affect the human beings, it has caused diseases and the river banks were abandoned. In this case, the
researcher observed that this problem is still continually rising even though there have been a lot of
projects concerning the cleanliness and healthiness of the river banks.
Before, native Filipinos praise nature as their god, a belief that people should somehow take care of
the environment to avoid angry gods that cause calamities. This belief is also known as karma
wherein you take consequences from your actions. Today, this belief is still imparted to the younger
generations yet not practice by everyone.
Nevertheless, advanced technology can help solve this incessant problem through the process of
bioremediation, a way of using an organism to remove, alternate or enhance certain ... Show more
content on Helpwriting.net ...
Central Problem
Is the Chlorella vulgaris capable of improving the water quality of the samples taken from the Estero
de San Miguel?
Statement of the Problems
1) What are the preliminary physico–chemical characteristics of the sample taken from Estero de
San Miguel in terms of:
1.1 Biochemical Oxygen Demand 1.6 pH
1.2 Chemical Oxygen Demand 1.7 Phosphate Content
1.3 Dissolved Oxygen 1.8 Nitrate Content (Kjeldahl)
2) After the introduction of the organism, what are the changes to the physico–chemical
characteristics of the samples taken from Estero de San Miguel in terms

My Passion For Engineering
My passion for engineering began when I came across the quote: "Technology are devices that make
our lives better". Despite my first love of mathematics, my recent interest for engineering has come
from two major influences. The first being my mathematics and physics teachers, both engineers by
qualification, who have helped me enhance the fundamental skills essential for engineering and
embrace the importance of the field. The second being learning about uses of technology in
computer science, it taught me the magnitude which technology contributes to our lives and has
resulted in my desire to improve the lives of others.
I believe that my mathematics and physics skills would make me a proficient engineer. Proven by
my consistent ... Show more content on Helpwriting.net ...
Likewise, I have gathered the difference in walking and running in terms of motion, energy storage
and efficiency. Developing such knowledge at undergraduate level will supply me with sufficient
expertise to improve current models.
I've also spent my summer visiting museums to observe great engineering successes and how they
affect the world. In a noteworthy humanitarian trip to Belarus, where I visited the well renowned
BelAZ factory. This company creates some of the world's largest mining vehicles, including the
BelAZ 75710. This monstrous vehicle has a staggering capacity of almost 500 short tons and a
height of over 8 meters, it showed me the importance of engineering in the modern world from large
scale products such as BelAZ to nanotechnologies such as artificial muscles.
Outside the curriculum, I am a keen sportsman and musician. Captaining my club and school
football team at various levels have helped me develop my team work, communication and
leadership qualities, all essential assets when working on group projects. I've been competing
internationally in Taekwondo from a young age, having represented the Welsh national team at
junior and senior level, and winning Silver in the British Championships (U18 Black Belt).
Consequently, it has helped me to flourish when working

The Statement Of Engineering Methods For Design And...
The ultimate goal of my research is to implement engineering methods for creating material designs
that would improve the quality of the life for humanity. More specifically, I implement the
knowledge and skills that I have developed over the past years to make progress in design and
engineering of smart materials, biomaterials, and metamaterials. By the witness of my former
projects, publications, degrees, and certificates, I possess solid knowledge and skills in designing
and conducting experimental, numerical and analytical research in interdisciplinary branches of
material sciences. To date, I have obtain major background in the fields of composite design,
bioengineering, and multi–scale simulation, and accomplished multiple project in ... Show more
content on Helpwriting.net ...
A sample realization of the codes for simulating 3D particle reinforced composite is depicted in
Figure 3. The results of these efforts have been (and will continue to be) published in peer reviewed
journals of science and presented in major engineering conferences. Moreover, methods developed
for this research can be made compatible for advancing research in phase–change materials,
coatings, tissue engineering, and many more frontiers of science.
During my master's degree at Villanova University, I conducted an experimental research under the
supervision of Dr. Jens O.M. Karlsson at "Biothermal Sciences Laboratory". In this NSF funded
research position, I designed, built, and optimized different types of glass capillary microfluidic
devices, and utilized them for producing micro–emulsions. Subsequently, these micro–emulsions
were used for investigating ice nucleation and crystallization in supercooled ultrapure water, for
which I used high–speed imaging technique in conjunction with a powerful optical microscope and
a cryo–stage. Figure 4 is a micrograph taken from one such video. Needless to mention, the
knowledge gained from these experiments can open new doors to understanding mechanisms of
damage in cells and tissue due to preservation at cryo–temperatures.
The demand for smarter design of materials for health–related and energy–related applications keeps

Biomedical Engineering Research Paper
Biomedical Engineering
Websites related to Biomedical Engineering http://www.livescience.com/48001–biomedical–
engineering.html From this website I learned the biomedical engineers work to improve the lives of
people through the medical field. Biomedical engineers do not only work to help treat people in the
present, but they work to improve and simplify the medical field for the future. Before reading this
article, I was unaware that the field on biomedical engineering was behind the inventions of devices
such as prosthetics, insulin pumps, pacemakers, etc. I chose this website because it defined
biomedical engineering, showed the many inventions of biomedical engineers and also spoke about
the requirements of a biomedical engineer.
http://www.mtu.edu/biomedical/department/what–is/ ... Show more content on Helpwriting.net ...
Through this article I learned that biomedical engineers do not only work in labs and hospitals. I
learned they also work in the government. In the government, they have the responsibility of making
sure that machines and tools using in the medical field are safe for patients. I chose this article
because it showed that biomedical engineers do both in and out of the laboratory environment.
http://www.cmbes.ca/index.php?option=com_content&view=article&id=64&Itemid=117 From this
website I learned that biomedical engineers have many jobs such as test and come up with ways to
advance the medical field. I also learned that biomedical engineers can work in many different
fields. Some examples of fields that biochemical engineers can work in are clinical engineering and
therapeutic engineerings. I chose this article because it example the job of biomedical engineers, the
fields biomedical engineers can work in, where biomedical engineers work and the qualities needed
to work in the field of biomedical

Hidden Figures Character Analysis
Prompt 1 The movie Hidden Figures engages with residual ideologies of female and minority
inferiority in two different scenes. At the start of the movie, the three main characters are attempting
to fix their car so they can go to their jobs at NASA. As they were fixing their car, a white police
officer pulls over to question them. After the three girls inform him that they are trying to get to their
jobs at NASA, he looked surprised and makes a remark that implies that he did not know NASA
hired women of color. Because of their female and minority identities, they were not viewed as
inferior, making them unlikely to participate in the STEM field. Although Executive Order XO8802
promised equality within the defense industry during the time frame of this movie, residual
ideologies continued to reinforce images of white males as engineers. In another part of the movie,
before the space craft took off, John Glenn asks the operating room to "Get the girl to check the
facts." The scene promotes the idea that women are equally as intelligent. However, influences from
residual ideologies can still be found. John Glenn uses the word "girl" to ask for Katherine's help.
This shows that Katherine was not acknowledged for her large contributions because he did not
know her name. Despite the integration of African American women in the defense industry,
residual ideologies of African American and women inferiority led to continued internal exclusion
within groups like NASA

My Solitary Purpose Of Applying For Graduate Program
Statement of Purpose
My solitary purpose of applying for graduate program at your university is to pursue a carrier of
professional researcher and educationalist in the field of Chemical and Biomolecular Engineering.
After completing my PhD and post doctorate programs, I want to see myself as a fully matured
professional researcher in an organization, or a faculty member in a renowned university. And
graduate program is the first step in attaining of my long cherished dream. In addition to that, my
undergraduate study at Bangladesh University of Engineering and Technology (BUET), in the
department of Chemical Engineering has exposed me to the real nature of chemical and biochemical
engineering. Environment of my undergraduate university is very strong and here the research and
theoretical knowledge go forward parallel. As a result, I have discovered that I have a strong interest
in research work and a very good aptitude for problem solving and problem detecting. In sum,
because of these reasons I have decided to pursue my higher studies in Chemical and Biomolecular
Engineering.
"There always will be a winning side and a losing side, despite that we have to move forward to see
the future; No one has been successful without overcoming hindrance on the pathway of triumph."
The above philosophy has played a significant role in shaping of my objectives and framing of my
future plans. My childhood was completely different compared to the other kids. My father used to
stay away

Application for Chemical Engineering at Princetone University
My life is all about problem solving: managing to live a difficult life in America after turning
thirteen, finding "out of the box" to achieve my goals in debate, art, and HOSA, helping other
teenagers with problems they struggle with... Designing a seemingly impossible pathway for me and
others to succeed is my way of life, and a chemical engineer takes that to the next level.
Everything around us –– from a bar of soup to a bucket of paint –– involves chemical engineering.
The profession is not only about my favorite subjects, chemistry and math, but also about creating
ideas, innovation, and new technology. This is what chemical engineers do, solving problems not
just for one person, but for everyone. And being part of that amazing ... Show more content on
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I have also competed at many local academic competitions in chemistry, math and biology, placing
1st at the Chadron Scholastic Chemistry Contest, 1st (twice) at the 2011 and 2012 West River
Mathematics Contest, and 3rd at the West River Biology Contest.
Nevertheless, my current living situation offers me limited opportunities to explore the world of
chemical engineering. Attending XXX University would mean the world to me –– giving me a
chance to pursue my dreams with renowned professors such as XXX in an advanced laboratory and
with people who share the same interests. At Princeton University, I can further explore the world of
chemical engineering through Freshmen seminars, once again working with my peers. I am
especially interested in the fall seminar Materials World at Mathey College, learning the technical
processing and applications of materials around us. In addition, the spring seminar Emerging Micro
and Nano–Engineered Technologies at Rockefeller College can also give me the opportunity to
deepen my understanding of engineering.
On top of everything, Princeton offers me amazing research opportunities I cannot find anywhere
else. I intend to arrange summer employment at Princeton doing research with faculty members. I
also value

Describe Myself As A Student
Describe yourself as a student and also your aspirations for the future. Please include examples from
your personal academic and non–academic experiences.
A sophomore at Downtown Magnets High School, I demonstrate passion in my education, ambition
in fulfilling my personal and academic goals, and am an explorative student. My passion for
learning is the result of my mindset, in that aside from finding education a necessity, it is enjoyable,
challenging, and beneficial in fulfilling my future aspirations. For example, I find my Honors
Advanced Mathematics class my most unique course. It builds upon my ability to critically think,
present data or information, and understand higher–level math at a rapid pace. In particular, it is the
ability to solve real–world situations and the underlying mystery mathematicians have yet to solve
that intrigues me to continue learning. The class expects much of me, but I am aware that it is
preparing me for college– and university–level math while providing me with the skills to pursue a
career in Architectural/ Structural Engineering. Ambitious, I set objectives for myself and arrange to
accomplish and excel in the process. For instance, I participated in my middle school's academic
decathlon with a chance to represent my school in the mathematics single–subject exam. In doing
so, I attempted to score a near perfect to perfect score. While the competition did not end the way I
expected, I successfully gained a flawless score on the questions

Essay On Effluent Discharge Requirements
3.0 EFFLUENT DISCHARGE REQUIREMENTS
The Environmental Quality Act (EQA) 1974 specifies two standards for effluent discharge: Standard
A for discharge upstream of any raw water intake, and Standard B for discharge downstream of any
raw water intake. The current Third Schedule of the Environmental Quality Act 1974, under the
Environmental Quality (Sewage and Industrial Effluents) Regulations, 1979, regulations 8 (1), 8 (2)
and 8 (3) has been revisited and the Department of Environment has proposed 8th Schedule for the
Act which stipulate effluent discharge limits for parameters specific to domestic wastewater. The
effluent discharge limits in 8th Schedule are summarised in Table 3.1. Therefore, all sewage
treatment plants design shall ... Show more content on Helpwriting.net ...
Based on standard BOD measurement, the oxygen demand measured is usually influenced by the
following three (3) phenomena:
I. Oxygen demand by breakdown of soluble carbonaceous matter.
II. Oxygen demand by breakdown of suspended particulate carbonaceous matter.
III. Oxygen demand by oxidation of ammonia to nitrate by nitrifying bacteria present in the effluent
sample.
After undergoing biological treatment in the secondary reactor, residual soluble carbonaceous BOD
matter present in the effluent reduces in concentration to below 15 mg/L. Subsequently, nitrifying
bacteria populations tend to grow rapidly feeding on ammonia which is present in the partially
treated sewage. Nitrification may not be complete at levels of 5 mg/l of residual soluble
carbonaceous biodegradable matter. It depends on whether sufficient oxygen is available for the
oxidation of ammonia to nitrate. Hence, all BOD5 measurements shall adopt nitrification inhibition
step to ensure that the carbonaceous oxygen demand is reflected accurately in the overall BOD
measurement.
3.3 HEAVY METALS (AAS) The term heavy metal refers to any metallic chemical element that has
a relatively high density and is toxic or poisonous at low concentrations. In this experiment, copper
(Cu) and ferum (Fe) were tested. In this context, copper is an essential substance to human life, but
in high doses it can cause anaemia, liver and

The Importance Of Technology In Education
I am well aware of how technology can be an aid to education. I lived most of my life in Spain,
which is considered a first–world country. However, in terms of education, Spain falls behind. Even
though I didn't notice it, not having a technologically advanced classroom hindered my learning. It
wouldn't be until I moved to the US that I realized how useful technology can be to the student. I
truly believe that technology can help the majority of the students, and not just myself. As someone
who has faced both sides of the coin, studying in a place where technology was discouraged in the
classroom and studying in a place where technology was proactively encouraged, I believe that my
experience can open people's eyes to the usefulness of technology in education. I wasn't aware of
how backwards Spain was with technology until I moved to the U.S. Ever since I was a young kid, I
became aware of how discouraged technology was. It first started when my school prohibited the
use of any handheld system. Whether it was a nintendo DS, a gameboy, or a PSP, none of these were
allowed entry into the school. The teachers were ordered to take away these devices if any kid was
to be found with one. While it may not seem like a big issue, it's still a start. Surely, handheld
gaming devices don't necessarily help in education, but they teach kids how to get started with
electronics. Video games can often pave paths to a better understanding of technology. A recent
example would be kids learning how to download games on an apple device. We might not think
much about it, but being able to do simple tasks on modern technology deepens the understanding of
that said technology. Not only does it make the person more knowledgeable, but it also fuels his or
her spirit of self learning, a very important characteristic.
My school also didn't offer many computing classes. My school also discouraged the use of
computers for classwork. Don't get me wrong, we had about 30 to 50 minutes per week in a
"computing" class, and it was somewhat helpful. After all, we learned how to use Microsoft Word,
Powerpoint, and Excel. We learned some topics, like hardware and software but that was it. We
didn't learn how to do many essential things, like

Architecture : Design And Method Of Construction
Architecture
Architecture deals with the design stage of structures and uses a blend of scientific knowledge and
creativity to develop structures of all shapes and sizes. Building and town planning follows suit.
Building courses teach candidates how to follow the design through to completion, while town
planning looks at the possible effects that might become apparent from the implementation of the
design of a new development or building. All three areas are linked, although they are separate
disciplines they tend to work together in the work towards completing a project.
Architecture is a general term allocated to describe buildings and physical structures, but it is also
the art and science of the design process of these structures, as ... Show more content on
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What are my study options?
Becoming a fully qualified architect takes a while – a full seven years. Students will have to
complete an undergraduate course, followed by a year within the industry, then complete a
postgraduate course, which is then followed by another year in the industry. It is a very long path to
take.
Students are able to study Bachelors of Arts and Bachelors of Science degrees within Architecture,
Architectural Design and Technology, Interior Architecture and Venue Design, as well as BEng Civil
Engineering with Architecture.
What should I expect from studying Architecture?
Architecture degrees tend to be concentrated around design, which can account for approximately
50–50% of a student 's' time,although it is dependent on the exact course as they differ at different
universities. Alongside this aspect, students are able to take modules in the history and theory of
architecture, as well as others focusing on the technologies of construction and building fabrication.
Students may also have modules that introduce them into the professional practice of architecture.
How will I be assessed?
Students who are studying a BA in Architecture may find themselves completing coursework in
practical modules, and that most of their project design work carry the majority of the weight of
their assessment.
Classroom taught and theory–based subjects are assessed

Taking a Look at Architectural Engineering
Discover Engineering
Did you know that those people who you see working on a building aren't engineers, those are what
you call construction workers they don't design engineers are the ones who design and make life
easier. Engineering is the part of making knowledge of pure sciences, and math as construction of
engines things we use on a daily base According to (dictionary.com).Did you know that the four
main types of Engineers are Chemical Engineer, Civil engineering, Electrical engineering, and
Mechanical engineering.. The problems that an engineer solves on a daily base are solving. The type
of work that an engineering do is solve problems, also apply to the principles of science and
mathematics to develop solutions, many engineers try to invent new products and design things we
use on a daily base.This it the type of work that an engineer does on a major basis.
The Engineer Profession
The four types of engineering are Chemical, Civil, Electrical, and Mechanical engineer. Engineers
solve problems by trying to save energy, and save water as much as possible according to
(http://mse.rutgers.edu/about/materials_engineers_and_scientists).Chemical deals with the natural
experiment some problems that they encounter are don't make the mistake of thinking of chemical
according to.,Civil design of physical and natural environment, the probability according. They
encounter to make civil designs better luck, bridges, and highways withstand natural

The Engineering Field : Chemical, Civil, Electrical, And...
Activity 1.6 Discover Engineering
Gunnar Kroencke
Block 2
Introduction
What is engineering? Many people have difficulty answering this question. In fact, engineering is a
diverse field – there are many disciplines within engineering that can involve the application of a
very different body of knowledge and skills. Nearly everything that is not "natural" (i.e., created by
Mother Nature) most likely was designed and created with input from engineers. The shampoo you
used this morning to wash your hair, the technology that cleans the water you drink, the buildings in
which you live, work, and attend school, and the iPhone you use to communicate all involved the
expertise of engineers in the initial design, building and testing, and final production.
All engineers are problems solvers. The differences among engineers in varying disciplines are
dependent on the types of problems that they solve. In general there are four major disciplines
within the engineering field: chemical, civil, electrical, and mechanical. Many other engineering
disciplines are derived as an extension of or specialization within one of these major disciplines. For
example, environmental engineering is a subcategory of civil engineering. Other engineering
disciplines have resulted from the combination of aspects of two or more of the major disciplines.
Mechatronics is a relatively new branch of engineering that incorporates both mechanical and
electrical engineering principles.
In this activity

Research Paper On Biomedical Engineering
Biomedical engineers dedicate their job to solving real world applications with their advance
research and development of tools. Biomedical engineers are highly educated scientists that create,
analyze, and install biomedical equipment. They apply their fundamental education of engineering
and biology to solve problems in healthcare and pharmaceuticals fields. Their job is very complex
and their products are essential to the many clients who depend on it. Some hi–tech mechanisms
they create are robotical counterparts (hands ,fingers,etc.), and prosthetics for the disabled. They
also create life–saving artifices such as artificial organs, oxygen pumps, and medical imaging
machines. Their efforts hold a vital position in the advancement of future medicine while also being
one of the highest paying jobs available on the market.
II. Variations in Biomedical Engineering
There are different types of fields available in biomedical engineering. For example, there are
biomedical engineers that focus on ceramic research, molding ceramic to filters and medical tools.
Another one of the most common biomedical engineers works in the repairment, analysis, and ...
Show more content on Helpwriting.net ...
A person who wants to head into biomedical engineering as a career should first obtain a bachelor's
degree. They must major in a full–semester course in mechanical, electrical, or biochemical
engineering. They should also must take courses in medicine or biology. According to learn.org, "A
master's degree will be necessary if you'd like to work on more advanced research projects or teach
at a community college or technical school." With more education, you can take on a higher
placement role. Annual salary also increases with more qualifications and more time in college. Job
companies will prioritize biomedical engineers who have enrolls and/or completed an engineering
program certified by the Accreditation Board for Engineering and Technology

Discover Engineering: Architectural Engineering
Discover Engineering
Engineering is the study of scientific, economic and much more explain more about what It is.
Engineer's incorporate ideas from other people and start to build off of them. They have the ability
to take something that has already been invented and build from it to innovate the object that was
already built and make it better. In Engineering there are four major disciplines which are: chemical
engineering, civil engineering, electrical engineering and mechanical engineering. Engineering has
been around from about the ancient times. There have been many great inventions since then. Many
of the things that have been constructed or built in the world have happened because of engineering.
The four disciplines of ... Show more content on Helpwriting.net ...
Highways have been built and have increased in time to make them larger, longer, and bigger. These
highways were built to avoid traffic and to not use local streets. They were built with good safety
and precision. The discipline that Is mostly used in this achievement Is civil engineering. Civil
engineering has to do with building and that's how highways were built architecture had to do with
this as well. Highways are a big part of the American society and other societies as well. The
highways were built to increase transportation in cars and how they can travel in faster ways to get
to places quicker and faster. These highways have a safe and nice structure which makes it more
economical to society. Ever since highway have been built they have had less accidents on local
streets around the city. This makes things safer. Architecture was is a big part when they build
highways or when they had built them. Architecture is an expansion of civil engineering, this is
good when you have to build something such as highways because architectures take the time to
make what they build very steady and strong for it to stay in place and stay steady. This is
achievement I have chosen because it has to do with what I am interested in, which is civil
engineering and the study of architecture.
My Grand Challenge
My grand challenge that I have chosen is restored and improve urban infrastructure. This is related
to

A Career As A Biomedical Engineer

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