best colleges for nuclear engineering

nuclear engineering colleges in europe

What is Nuclear Engineering?

Nuclear engineering is a multidisciplinary field that involves the application of subatomic processes. These engineers combine and breakdown nuclei, harnessing the resulting energy for a variety of purposes.

This guide provides information on a variety of dynamic and lucrative nuclear engineering jobs. Read on to learn about the degrees and professional credentials needed to work as a licensed engineer in this field.

Researching the right information on best nuclear engineering schools in europe can be confusing for those with no personal experience or who have never studied the subject at hand. 

Europe has been educating scholars since 1088, when the first university in Bolgona was established. From Frances Bacon to Albert Einstein, Europe has spawned some of the greatest minds in science and has been the epicentre for many landmark discoveries and ground-breaking inventions.

What Do Nuclear Engineers Do?

Many nuclear engineers work in the energy industry, overseeing the construction, maintenance, and safety procedures of power plants, as well as coordinating the proper disposal of nuclear waste. These professionals can also find employment with the federal government — especially the armed forces — designing weapons and transportation systems powered by nuclear technology.

Healthcare is another popular sector for professionals with a nuclear engineering background, particularly those interested in nuclear medicine, which involves using radiation to diagnose and treat illnesses. Engineers can help design effective imaging technology for medical equipment manufacturers or aid in the fight against cancer by creating powerful radioactive drugs.

These engineers can also work in research positions, studying how radiation causes illness.

How to Become a Nuclear Engineer in 6 Steps

Most entry-level positions in nuclear engineering require at least a BS in nuclear engineering, which heavily focuses on math and science. For some jobs, you may also need to apply for state-specific licensure and/or earn a graduate degree.

Step 1: Study Chemistry, Physics, and Math in High School

Most engineering fields rely heavily on applying mathematical models and scientific principles. To prepare for a bachelor’s in nuclear engineering program, high school students should take calculus during their junior or senior year, which typically requires taking geometry in ninth grade and algebra in middle school.

Chemistry and physics are the most important fields in nuclear engineering. To improve their chances of getting into their first-choice college, high school students should consider taking the Advanced Placement versions of these classes. Aspiring nuclear engineering students who don’t complete foundational coursework in high school must fulfill these prerequisite requirements before they can officially declare a major.

Step 2: Earn a Bachelor’s Degree in Nuclear Engineering

To qualify for entry-level positions, students must earn a bachelor of science in nuclear engineering. Some employers may also accept applicants from a similar field, such as mechanical engineering.

No matter the specific degree, undergraduate credentials should come from a program that holds accreditation from the Accreditation Board for Engineering and Technology (ABET). ABET is the primary accrediting authority and professional organization in the field of engineering.

Most bachelor’s programs require at least 120 credits. About half of those credits are usually general education courses. The remaining credits are dedicated to major requirements, including core classes like atomic/nuclear physics and the principles of thermodynamics.

Depending on the program, students may be able to pursue concentrations in areas like health physics or reactor safety.

Admission Requirements

• Competitive high school GPA
• A rigorous high school curriculum, with calculus, chemistry, and physics classes
• Strong ACT or SAT scores
• STEM-relevant extracurricular accomplishments
• Personal essay
• Satisfactory completion of prerequisite coursework before entering the major (varies by university)

Typical Courses

• Differential equations
• Thermodynamics
• Strength of materials
• Computer-aided design and modeling
• Nuclear reactor theory
• Radiation shielding

Step 3: Consider a Master’s Degree in Nuclear Engineering

Increasingly, employers — particularly government agencies and affiliated organizations — require candidates to hold a master’s degree to access entry-level nuclear engineer jobs. Additionally, professionals typically need a graduate degree if they want to pursue managerial, academic, or research positions.

To help students satisfy these standards, some universities offer dual-degree programs that allow learners to earn a bachelor’s and a master’s in five years.

Master’s in nuclear engineering curricula generally include at least 30 credits, with core coursework covering topics like radiochemistry and nuclear reactor analysis. Students often take advanced, specialized classes, with options like nuclear enterprise management, medical physics, and radiation protection engineering. Many programs culminate in a research-intensive thesis project.

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Admission Requirements

• ABET-accredited bachelor’s in nuclear engineering (or a related field)
• Minimum 2.5-3.0 GPA
• GRE scores
• Current resume
• Three recommendation letters
• Statement of purpose (usually 300-500 words)

Typical Courses

• Reactor engineering
• Heat transfer and fluid mechanics
• Reactor core thermal hydraulics
• Radioactive waste disposal
• Plasma physics
• Radiation detection and measurement

Step 4: Get State Licensure

Although nuclear engineers do not necessarily need professional credentials to find work, most states require professionals who offer services to the public to be licensed as a professional engineer (PE) and hold appropriate security clearances. The process to obtain state licensure varies, so confirm requirements with your local licensing board.

Bachelor’s degree-holders can take the first step to become a PE by sitting for the computer-based Fundamentals of Engineering (FE) exam. The FE exam costs $175, lasts up to six hours, and consists of 110 questions. Candidates who pass receive the title of “engineer in training” or “engineer intern,” depending on where they live.

Step 5: Gain Practical Experience in the Field

In addition to passing the FE exam, nuclear engineers must accrue at least four years of relevant work experience under the guidance of a licensed engineer in order to qualify to take the PE examination. Entry-level nuclear engineering jobs often begin with a training period that can last from three weeks to six months.

Many employers require nuclear engineers to complete regular professional development activities to learn new skills and stay abreast of trends in their field. Engineers can access these opportunities by joining industry organizations like the American Nuclear Society and the National Society of Professional Engineers.

Step 6: Become a Professional Engineer in Nuclear Engineering

To qualify for many lucrative positions with increased responsibility, nuclear engineers must obtain a PE license. They can sit for the relevant Principles and Practice of Engineering exam after earning an ABET-accredited bachelor’s degree and working for at least four years.

Costing $375 and spanning 9.5 hours, the PE Nuclear exam includes 85 questions covering areas like the nuclear cycle, reactor physics and criticality safety, and radiological analysis and consequences. In addition to reviewing content and taking practice tests, candidates should familiarize themselves with the scoring process and current pass rates.

Professional engineers must renew their license every two years. To renew, candidates must complete 30 hours of continuing education during each two-year cycle.

Today several universities continue to maintain their reputation for innovation, advancements in research and enterprise. It is no wonder that many European institutions constantly rank high amongst their global peers as some of the top places to study engineering.

Alongside outstanding educational credentials, Europe offers more to learners in the way of living quality and cultural experience. Cities in Switzerland, Germany and the Netherlands are often regarded as some of the best places in the world to live, and from Leuven to Lausanne, European cities are reputed for their mélange of history and culture with metropolitan refinements. Most universities participate in the Erasmus exchange programme, giving students a chance to experience other parts of Europe and indeed, the world.

The PE list combines statistics from three widely published and respected league tables, the Academic Ranking of World Universities (AWRU), the Times Higher Education World University Rankings and the QS World University Rankings, to determine each university’s position. This list also highlights past and ongoing research at the different institutions to provide some insight into the university’s current orientation.

Best Nuclear Engineering Program in Europe

Universities that offers Best Nuclear Engineering Program in Europe

1. Cambridge University, UK

One of the world’s oldest academic institutions, the University of Cambridge has consistently ranked in the world’s top five places to study. With its extensive resources, including libraries, museums and collections, the university offers great learning opportunities to it attendees. There are 92 Nobel laureates affiliated with Cambridge.
The university has more than 5,000 academic staff and almost 19,000 students, of which 6,625 are international, studying at its 31 colleges. Cambridge is famed for leading research in various subjects as diverse as arts and humanities, social sciences, clinical medicine, technology, physical and biological sciences. The Engineering department is the largest at the university with more than 1,000 undergraduates and around 600 research students.
Engineering research at the university includes work on advanced lattice structured materials, particularly research into a new procedure for generating multi-phase lattice materials. Researchers have also developed a system to make a machine ‘see’ and accurately identify where it is and what it’s looking, with metrics that categorise the various components of a road environment. The study has potential implications for the development of autonomous vehicles and robotics.

2. Imperial College, UK

Imperial College London is a world class centre for education and research in science, engineering, medicine and management. Past and present staff have held administrative positions in the UK government’s Office for Science and have acted as advisers to the Ministry of Defence.

The university has 15,317 students of which almost 8,000 are international, and 3,722 academic faculty staff. The Engineering faculty is one of the largest in Europe with around 6,000 students. Its undergraduate engineering programme offers a year abroad, year in industry or specialisation in nuclear engineering.

Scientists from the institution recently made a breakthrough with technology that enables the user to control a robotic hand via arm movements and muscle vibrations. The technology could be used for advanced prosthetics in the future.

A positioning, navigation and timing (PNT) project focusing on the design and construction of nuclear facilities is looking to develop a general system for automating construction processes, by combining cheap sensors with a single software platform for tracking parts and people.

A research group is anticipating the electrification of road vehicles in the future and is looking into the failure of electric batteries. It aims to develop tools that can predict battery performance to aid in the design thermal management systems to help minimise failure rates.

3. ETH Swiss Federal Institute of Technology, Switzerland

ETH Zurich was founded in 1855 and is consistently ranked among the best five universities in Europe, as well as the 10 best universities of the world. Beyond its world-class education, Switzerland is frequently rated as one of the best places to live. ETH Zurich also boasts 21 Nobel Laureates, including its most famous alumnus, Albert Einstein. With Zurich as the economic heart of Switzerland, this fosters close links between the school, businesses and industry.

The university educates more than 18,616 students from over 110 different countries, including 4,000 doctoral students. Around two-thirds of all professors are international and form part of its 2,471 academic staff. The department of Mechanical and Process Engineering (D-MAVT) is the largest of the 16 at the institution. The university also offers diplomas in mechanical and process engineering and a number of other specialist areas. Most undergraduate courses are taught in German, while masters and doctoral programmes are delivered in English.

Researchers at the institution developed the world’s first flying machine comprising a single moving part – an omnicopter capable of flying in any direction. Other studies at the university have investigated high pressure processes on a micro and macro scale, robots, vehicles, nuclear power plants and wind turbines.

4. Oxford University, UK

The University of Oxford is a research-driven institution and is rated as one of Europe’s most innovative universities, with extensive global links. Teaching has existed at Oxford since circa 1096, and the establishment has spawned 26 Nobel Prizes winners as well as 26 British prime ministers, including the incumbent, David Cameron.

Around 20,000 students with 140 nationalities attend its 44 colleges and halls, while 40% of its 6,200 academic staff are of international origin. The university has more than 5,000 researchers and support staff. The student experience includes internships and study opportunities outside of the UK and support for independent research abroad. The department of Engineering Science, one of the largest departments in the University, produces around 160 engineering graduates every year.

Oxford University researchers are part of a collaborative project to understand and combat ‘hydrogen embrittlement’ that can affect metals like steel, zirconium and titanium. They are ‘building the metals of the future’ that can retain their strength in the presence of hydrogen. Oxford University researchers have also developed a new method that makes it possible to study whether the deterioration of nuclear fusion reactor materials in the face of extreme radiation may cause catastrophic thermal failure.

5. École Polytechnique Fédérale di Lausanne, Switzerland

The École Polytechnique Fédérale di Lausanne (EPFL) is a cosmopolitan university and claimed the top spot as the most international university in the world in the Times Higher Education World University Rankings in 2014 and 2015. The school, funded and controlled by the Swiss federal government, specialises in physical sciences and engineering. 

Students – 9,750 – and academic staff –1,643 ­– at the university hail from 130 countries. The university offers master programmes in nuclear engineering, computational science and engineering and and financial engineering. In connection with research and teaching activities, EPFL operates a nuclear reactor CROCUS, a Tokamak Fusion reactor, and a Blue Gene/Q Supercomputer. Students have the opportunity take part in research projects in the campus’s 250 laboratories and various research groups throughout their course.

Researchers at EPFL created a ‘tribot’ that is capable of crawling and jumping like an inchworm. The tribot has a t-shaped structure with three legs, is two centimetres tall and weighs 4g. An ongoing project, created in 2014 as the National Centre of Competence in Research for Materials Design, has devoted £12.7 million to the discovery of new materials.

6. Technical University Munich, Germany

The Technical University Munich (TUM), is a research oriented university that educated the inventor of the compression ignition engine Rudolf Diesel. Renowned author Gustav Niemann also taught at the university. The Munich metropolitan area is said to have the highest density of car manufacturers in the world, so it is no wonder that automotive is one of the strongest fields at its department of mechanical engineering.

TUM has nearly 36,000 students, with 5000 enrolled for mechanical engineering and an overall 10% from international background. The institution comprises 13 faculties with 5,655 academic staff. Aside the Munich campus, TUM has sites in Freising-Weihenstephan and Garching, which is home to its mechanical engineering and other science faculties. The university has double degree agreements with more than 20 other establishments and maintains partnerships with around 170 universities worldwide, along with 320 Erasmus partnerships.

Research at the university has involved pilots using only brain activity to control an airplane’s movement. Researchers are also investigating a super-high multiple-speed concept for the electrified automotive powertrain design trends for purely electric vehicle power units, and looking at ways to address noise emission, efficiency and load capacity challenges.

7. Delft University of Technology, Netherlands

Delft University (TU Delft) has been providing technical education for more than 170 years and instructing mechanical engineers for 150 years as of 2014. The school has an entrepreneurial reputation and supports 70 start-up companies and 25 alumni companies.

The university has around 21,500 students and 1,573 academic staff. Its Bachelor’s degree programmes are taught in Dutch. The university fosters partnerships with other leading universities around the globe to encourage and increase its students’ international experience and knowledge exchange. TU Delft is also a member of the IDEA league, a cohort of five leading engineering universities in Europe, and CESAER, the association of European schools of technology and engineering.

TU Delft researchers have collaborated with manufacturers and other institutions to convert the zero-emission Hyundai IX35 FCEV into a power plant on wheels, by successfully developing and installing a socket on a fuel cell car so it serves as an electricity outlet. Other research highlights at the university include: Nuna, its solar-powered race car; Glare, a fibre metal laminate used in Airbus A380 skin; and Flame, a humanoid robot with the ability to walk.

8. KU Leuven, Belgium

KU Leuven is the first, largest and highest-ranked university in Belgium. Founded in 1425, the institution is a research-based school and one of the most distinguished in Europe. KU Leuven joined the Erasmus student exchange programme when it launched and boasts a network of 300 partners. Underscoring its regard for research is its membership of the League of European Research Universities (LERU), an association of 21 leading research-intensive universities and COIMBRA, a network of leading European universities.

The university has almost 52,000 students and 2,360 academic faculty staff. In addition to its main campus in Leuven, the university has smaller sites in 11 Belgian cities, including Brussels, Ghent and Antwerp, where most courses are taught in Dutch. Degree programmes at the university are research-based to ensure students develop a critical study approach and that its curriculum stays up to date.

Researchers at KU Leuven have developed VertiKUL2, a drone that combines an aircraft’s speed and capacity for long flight with a quadcopter’s vertical take-off and landing ability.

The school is conducting research into a drilling technology concept GEOTeCH, based on dry auger (drill) methods that enhance safety, require less expensive equipment and avoid ‘the environmental risks, complexity and costs of dealing with water supplies and contaminated waste’.

9. KTH, Sweden

KTH in Stcokholm is the largest university in Sweden is responsible for one-third of the country’s post-secondary engineering education and technical research. The public funded institution traditionally focused on applied and practical science to meet industrial demands. Most notably, the Nobel Prize awards originated from KTH.

Around 12,600 students study at the university taught by 1,472 academic staff. KTH has four further campuses in Sweden. The university conducts research and has academic strengths in E-science, IT and mobile communication, transport research and production engineering. KTH is a member of international networks such as CLUSTER and Top Industrial Managers for Europe (T.I.M.E).

Several research projects are breaking new ground for industry applications at the university:

• Researchers were able to remove chemically lignin from wood fibres to create a transparent material that can be mass produced, and possibly replace glass in solar cells and buildings;
• Research being conducted into how animal features, such as their tails, aid their movement could be applied to aircraft manufacture;
• Researchers have produced the world’s first model car with a roof and battery made from wood-based carbon fibre.

10. RWTH Aachen, Germany

The RWTH Aachen was initially established to educate engineers for the mining industry. The largest technology-based university in Germany, national rankings regularly rate RWTH as the best place in Germany to mechanical engineering, with the institution having established around 1,400 start-ups. The faculty of mechanical engineering has produced several notable individuals including modern aerodynamics pioneer Theodore von Kármán.

Around 120 countries are represented among its 41,300 students of 8,000 of which are international. The university has almost 3,000 academic staff and around 7,000 students in its engineering faculty. Most courses are delivered in German, with some masters programmes taught in English. RWTH runs an Erasmus programme and participates in several university networks including the IDEA League, TU9, DFG (Deutsche Forschungsgemeinschaft), T.I.M.E network, CESAER and UNITECH, to name a few.

Research conducted at RWTH often focuses on the current needs of industry, commerce, and the professions. At RWTH the first all-metal aircraft was developed, as was the diesel soot filter, the first particle accelerator and the first wind tunnel. The university is current in collaborating with Siemens Mobility to develop a new generation of rail vehicles.

Top Nuclear Engineering Schools

So, if you are searching the best school or university to get a degree in nuclear engineering, then you have come to the right place! Our “Top Nuclear Engineering Schools” list will help you to reach your educational aims.

There are many best nuclear engineering colleges or universities available, which provide you the best educational programs in this illustrious field. So go ahead, check out our full list and choose the best schools/university for your future career.

1. Massachusetts Institute of Technology

The Massachusetts Institute of Technology is a private research university that was founded in 1861. It offers Undergraduate program & Graduate program. Its tuition and fees are $49,892 (2017-18). MIT is devoted to the advancement of knowledge and education of students in areas that contribute to or prosper in an environment of science and technology. The application fee at Massachusetts Institute of Technology is $75. Scores for either the ACT or SAT test are due Jan. 1.Founded In: 1861
Rank: 1st
Tuition &Fees:  $49,892 (2017-18)
Finance and Administration Office: +1 617-253-1000
Location: 77 Massachusetts Ave, Cambridge, MA 02139, USA
Website:http://web.mit.edu/nse/

2. Georgia Institute of Technology

The Georgia Institute of Technology is a public research university that was founded in 1885. It is offer training in Nuclear and Radiological Engineering (NRE). It also offers Medical Physics (MP) through one undergraduate degree (BSNRE), two master’s degrees (MSNE and MSMP), and one doctoral degree (Ph.D. NRE). Its in-state tuition and fees are $12,418 (2017-18) out-of-state tuition and fees are $33,014 (2017-18). The application fee at Georgia Institute of Technology is $75. Scores for either the ACT or SAT test are due Feb. 1.

Founded In: 1885
Rank: 2
Tuition &Fees: Local tuition: $12,418 (2017-18), Domestic tuition: $33,014(2017-18)
Finance and Administration Office: +1 404-894-2000
Location: North Ave NW, Atlanta, GA 30332, USA
Website: http://nremp.gatech.edu/

3. University Of California Berkeley

The University of California, Berkeley is a public research university that was founded in 1868. It is offer offers approximately 350 undergraduate and graduate degree programs. Its in-state tuition and fees are $14,098 (2017-18) out-of-state tuition and fees are $42,112 (2017-18). The application fee at University of California–Berkeley is $70. Scores for either the ACT or SAT test are due Dec. 31.Founded In: 1868
Rank: 3
Tuition &Fees: Local tuition: $14,098 (2017-18), Domestic tuition: $42,112 (2017-18)
Finance and Administration Office: +1 510-642-6000
Location: Berkeley, CA, USA
Website:http://www.nuc.berkeley.edu/

4. Sri Ramaswami Memorial University

The SRM University, formerly SRM Institute of Science and Technology is a deemed university that located in the state of Tamil Nadu, India. Founded in 1985, SRM University is one of the top ranking universities. It is offering a wide range of undergraduate, postgraduate and doctoral programs in Engineering, Management, Medicine and Health Sciences, and Science and Humanities. NRI candidates who secured above 1000 rank in SRMJEEE (Category B) and get admitted to SRM University will get a 35% scholarship on International tuition fees i.e., 35% on USD 9000.00. The 35% scholarship is applicable for all four years of study.

The QS World University Rankings ranked SRM University 351-400 in Asia in 2018. SRM University ranked 8th among engineering colleges in India by India Today in 2017- 27 by Outlook India in 2017, and 35 by the National Institutional Ranking Framework in 2017.

Founded In: 1985
Rank: 351-400 in Asia in 2018
Tuition &Fees: 35% on USD 9000
Finance and Administration Office: 044 4743 7500
Location:  Chennai, Tamil Nadu, India
Website: http://www.srmuniv.ac.in/engineering/department-of-nuclear-Engineering/about-the-department

5. Imperial College London

Imperial College London is a public research university that was founded in 1851. The college has around 15,000 students and 8,000 staff, with a focus on four main areas: science, engineering, medicine, and business. Its tuition fees are 9,250 GBP.

Founded In: 1851
Rank: 8
Tuition & Fees: 9,250 GBP (2017)
Finance and Administration Office: +44 20 7589 5111
Location: Kensington, London SW7 2AZ, UK
Website: http://www.imperial.ac.uk/nuclear-engineering

6. Arizona State University

Arizona State University is a public research university that was founded in 1885. It offers students more than 300 undergraduate programs. Its in-state tuition and fees are $10,792 (2017-18) out-of-state tuition and fees are $27,372 (2017-18). The application fee at Arizona State University Tempe is $50. Scores for either the ACT or SAT test are due N/A.

Founded In: 1885
Rank: 115
Tuition & Fees: In-state: $10,370 Out-of-state: $26,470
Finance and Administration Office:  480-965-7788
Location: Tempe, Arizona, U.S.
Website: https://asuonline.asu.edu/online-degree-programs/certificates/graduate-certificate-nuclear-power-generation

7. Arkansas Tech University

Arkansas Tech University is a comprehensive regional institution that was founded in 1909. It offers programs at both baccalaureate and graduate levels in a range of fields.  Its in-state tuition and fees are $8,880 (2017-18); out-of-state tuition and fees are $15,660 (2017-18).

Founded In: 1909
Rank: 104
Tuition & Fees: Local tuition: 5,862 USD, Domestic tuition: 10,878 USD
Finance and Administration Office:  +1 479-968-0237
Location: Doc Bryan, 1605 N Coliseum Dr, Russellville, AR 72801, USA
Website: https://www.atu.edu/catalog/undergraduate/colleges/applied_sciences/mech_eng/nuclear_tech.php

8. Purdue University

Purdue University is a public research university was founded in 1869. It offers more than 200 majors for undergraduates, over 69 masters and doctoral programs, and professional degrees in pharmacy and veterinary medicine. Its in-state tuition and fees are $10,002 (2017-18) out-of-state tuition and fees are $28,804 (2017-18). The application fee at Purdue University-West Lafayette is $60. Scores for either the ACT or SAT test are due Feb. 1.Founded In: 1869
Rank: 25
Tuition & Fees:  Local tuition: $10,002 (2017-18), Domestic tuition: $28,804 (2017-18)
Finance and Administration Office:  +1 765-494-4600
Location: 610 Purdue Mall, West Lafayette, IN 47907, USA
Website:https://engineering.purdue.edu/NE

9. Texas A&M University

Texas A&M University is a coeducational public research university, was founded in 1876. The university offers degrees in over 150 courses of study through ten colleges and houses 18 research institutes. Its in-state tuition and fees are $10,030 (2017-18), out-of-state tuition and fees are $30,208 (2017-18). The application fee at Texas A&M University-College Station is $75. Scores for either the ACT or SAT test are due Dec. 8.

Founded In: 1876
Rank: 69
Tuition & Fees: Local tuition: $10,030 (2017-18), Domestic tuition: $30,208 (2017-18)
Finance and Administration Office:  +1 979-845-3211
Location: 400 Bizzell St, College Station, TX 77843, USA
Website: https://engineering.tamu.edu/nuclear

10. University Of Florida

The University of Florida is an American public research university was founded in 1853.  It offers multiple graduate professional programs such as including business administration, engineering, law, dentistry, medicine, and veterinary medicine. Its in-state tuition and fees are $6,381 (2017-18) out-of-state tuition and fees are $28,658 (2017-18). The application fee at the University of Florida is $30. Scores for either the ACT or SAT test are due Dec. 31.

Founded In: 1853
Rank: 42
Tuition & Fees: Local tuition: $6,381 (2017-18), Domestic tuition: $28,658 (2017-18)
Finance and Administration Office:  +1 352-392-3261
Location: Gainesville, FL 32611, USA
Website: https://catalog.ufl.edu/ugrad/current/engineering/majors/nuclear-engineering.aspx

Surrey International funding for Engineering and Physical Sciences in UK, 2018
University of Surrey, United Kingdom
Application Deadline: open for 2018 entry
Apply Now

International Circle of Scholars Scholarship at York University in Canada, 2018
University of York, Canada
Application Deadline: February 15, 2018

Nuclear Engineer Salary and Job Demand

The Bureau of Labor Statistics (BLS) projects a 13% decline in nuclear engineer positions between 2019 and 2029. This decrease in opportunities stems largely from widespread transitions from nuclear power to less expensive natural gas and sources of renewable energy.

However, nuclear engineering positions in the medical field may see increased demand, especially as the U.S. population continues to age. Professionals who earn medicine-related certificates may be able to expand their employment opportunities.

According to the BLS, nuclear engineers earn a median annual salary of $113,460. These professionals can maximize their salary potential by working for research institutions and engineering firms.

nuclear engineering universities in germany

Here are some of the best universities for engineering in Germany. These universities are not only counted as top universities in the country but also in the world.

University	Town	QS world university ranking
Technical University of Munich	Munich	50
RWTH Aachen University	Aachen	145
Karlsruhe Institute of Technology	Karlsruhe	131
Technical University of Berlin	Berlin	148
University of Duisburg-Essen	Essen	751-800
University of Stuttgart	Stuttgart	=333
Darmstadt University of Technology	Darmstadt	=267
Technical University of Dresden	Dresden	=173
University of Erlangen Nuremberg	Erlangen	=317
University of Freiburg	Freiburg	=175