What Is A STEM Degree?

STEM is an acronym referring to degrees in fields related to science, technology, engineering, and math. It has been predicted by the U.S. Department of Labor that even though there will be an estimated 1.2 million job openings in STEM-related fields by the year 2018, there may not bee enough graduates to fill the roles.

STEM education programs and STEM degrees are a high-priority today, and are necessary if the U.S. wishes to keep its position as world leader in innovation and technology. With only 16 percent of all degrees expected to be in STEM-related fields by 2020, the U.S. needs to encourage its best and brightest talent to enter into careers related to math, science, and technology. As the next generation moves into the future, more professionals are needed to occupy these STEM-related positions.

STEM graduates work in a wide variety of fields including:

Life Sciences
Accounting
Civil engineering
Psychology
Statistics
Electrical Engineering
Computer Programming[For a complete list of fields, check out: Stem Degree List]

A closer look at the U.S. Department of Labor’s O*NET Online reveals some encouraging information about STEM-related careers. Here’s a look at a few of the many careers that are listed by the Department of Labor as having the brightest future.

Examples of STEM Careers

Actuary

The top industries in 2012 for those working in actuary were Finance and Insurance, and Professional, Scientific, and Technical Services. Employees working in this sector served as actuarial analysts, actuarial assistants, health actuaries, and pricing actuaries. The field is projected to have 13,200 job openings by the year 2022. The median wage in 2013 was reported as $45.35 per hour, or $94,340 annually.

Auditing

Actuary is a constantly growing field, and the future outlook is positive. Related job titles in this field in 2012 included internal auditors, assurance managers, financial auditors, and audit managers. The median wage in 2013 in this field was $31.29 per hour, or $65,080 per year. The projected number of job openings in the auditing sector is estimated at 544,200 by the year 2022.

Bio-medical Engineering

Job titles in this field include bio-medical technician, bio-medical manager, clinical engineer, and bio-medical equipment technician (BMET). The median wage in 2013 was $42.63 per hour, or $88,670 yearly. Though the projected number of job openings in this industry by 2022 is only 10,100, the growth in this industry is expected to be much faster than in other fields.

Video Game Design

Professionals in this field worked as game designers, lead game designers, design directors, writers, and creative directors. The median wage in this industry was $39.59 in 2013, or $82,340 annually. According to the U.S. Department of Labor’s projections, there will be 40,200 job openings in this field between now and 2022.

A STEM degree opens the door to a world full of possibility. With so many related fields and careers, a STEM education prepares you for the future marketplace, where those with science, technology, and mathematics skills are highly sought for their talent. Those who enjoy math, science, or technology should consider a degree in a STEM-related field of study. The employment outlook in these sectors is positive for those who not only want to make a good salary, but who also want to be part of the leading world of technology and invention.

STEM Degree List

STEM Degree List

  1. Agroecology and Sustainable Agriculture
  2. Animal Sciences
  3. Agricultural Animal Breeding
  4. Animal Health
  5. Animal Nutrition
  6. Dairy Science
  7. Livestock Management
  8. Poultry Science
  9. Animal Sciences
  10. Food Science
  11. Food Technology and Processing
  12. Food Science and Technology
  13. Plant Sciences
  14. Agronomy and Crop Science
  15. Horticultural Science
  16. Agricultural and Horticultural Plant Breeding
  17. Plant Protection and Integrated Pest Management
  18. Range Science and Management
  19. Plant Sciences
  20. Soil Science and Agronomy
  21. Soil Chemistry and Physics
  22. Soil Microbiology
  23. Soil Sciences
  24. Natural Resources/Conservation
  25. Environmental Studies
  26. Environmental Science
  27. Natural Resources Conservation and Research
  28. Water, Wetlands, and Marine Resources Management
  29. Forest Sciences and Biology
  30. Urban Forestry
  31. Wood Science and Wood Products/Pulp and Paper Technology
  32. Wildlife, Fish and Wildlands Science and Management
  33. Architectural and Building Sciences/Technology
  34. Digital Communication and Media/Multimedia
  35. Animation, Interactive Technology, Video Graphics and Special Effects
  36. Computer and Information Sciences
  37. Artificial Intelligence
  38. Information Technology
  39. Informatics
  40. Computer and Information Sciences
  41. Computer Programming/Programmer
  42. Computer Programming, Specific Applications
  43. Computer Programming, Vendor/Product Certification
  44. Computer Programming
  45. Data Processing and Data Processing Technology/Technician
  46. Information Science/Studies
  47. Computer Systems Analysis/Analyst
  48. Computer Science
  49. Web Page, Digital/Multimedia and Information Resources Design
  50. Data Modeling/Warehousing and Database Administration
  51. Computer Graphics
  52. Modeling, Virtual Environments and Simulation
  53. Computer Software and Media Applications
  54. Computer Systems Networking and Telecommunications
  55. Network and System Administration/Administrator
  56. System, Networking, and LAN/WAN Management/Manager
  57. Computer and Information Systems Security/Information Assurance
  58. Web/Multimedia Management and Webmaster
  59. Information Technology Project Management
  60. Computer Support Specialist
  61. Computer/Information Technology Services Administration and Management
  62. Educational/Instructional Technology
  63. Educational Evaluation and Research
  64. Educational Statistics and Research Methods
  65. Engineering
  66. Pre-Engineering
  67. Aerospace, Aeronautical and Astronautical/Space Engineering
  68. Agricultural Engineering
  69. Architectural Engineering
  70. Bioengineering and Biomedical Engineering
  71. Ceramic Sciences and Engineering
  72. Chemical Engineering
  73. Chemical and Biomolecular Engineering
  74. Chemical Engineering
  75. Civil Engineering
  76. Geotechnical and Geoenvironmental Engineering
  77. Structural Engineering
  78. Transportation and Highway Engineering
  79. Water Resources Engineering
  80. Civil Engineering
  81. Computer Engineering
  82. Computer Hardware Engineering
  83. Computer Software Engineering
  84. Computer Engineering
  85. Electrical and Electronics Engineering
  86. Laser and Optical Engineering
  87. Telecommunications Engineering
  88. Electrical, Electronics and Communications Engineering
  89. Engineering Mechanics
  90. Engineering Physics/Applied Physics
  91. Engineering Science
  92. Environmental/Environmental Health Engineering
  93. Materials Engineering
  94. Mechanical Engineering
  95. Metallurgical Engineering
  96. Mining and Mineral Engineering
  97. Naval Architecture and Marine Engineering
  98. Nuclear Engineering
  99. Ocean Engineering
  100. Petroleum Engineering
  101. Systems Engineering
  102. Textile Sciences and Engineering
  103. Polymer/Plastics Engineering
  104. Construction Engineering
  105. Forest Engineering
  106. Industrial Engineering
  107. Manufacturing Engineering
  108. Operations Research
  109. Surveying Engineering
  110. Geological/Geophysical Engineering
  111. Paper Science and Engineering
  112. Electromechanical Engineering
  113. Mechatronics, Robotics, and Automation Engineering
  114. Biochemical Engineering
  115. Engineering Chemistry
  116. Biological/Biosystems Engineering
  117. Engineering
  118. Engineering Technology
  119. Architectural Engineering Technology/Technician
  120. Civil Engineering Technology/Technician
  121. Electrical, Electronic and Communications Engineering
  122. Laser and Optical Technology/Technician
  123. Telecommunications Integrated Circuit Design
  124. Electrical and Electronic Engineering Technologies/Technicians
  125. Biomedical Technology/Technician
  126. Electromechanical Technology/Electromechanical Engineering
  127. Instrumentation Technology/Technician
  128. Robotics Technology/Technician
  129. Automation Engineer Technology/Technician
  130. Electromechanical and Instrumentation and Maintenance Technologies/Technicians
  131. Heating, Ventilation, Air Conditioning and Refrigeration Engineering
  132. Energy Management and Systems Technology/Technician
  133. Solar Energy Technology/Technician
  134. Water Quality and Wastewater Treatment Management and Recycling
  135. Environmental Engineering Technology/Environmental Technology
  136. Hazardous Materials Management and Waste Technology/Technician
  137. Environmental Control Technologies/Technicians
  138. Plastics and Polymer Engineering Technology/Technician
  139. Metallurgical Technology/Technician
  140. Industrial Technology/Technician
  141. Manufacturing Engineering Technology/Technician
  142. Welding Engineering Technology/Technician
  143. Chemical Engineering Technology/Technician
  144. Semiconductor Manufacturing Technology
  145. Industrial Production Technologies/Technicians
  146. Occupational Safety and Health Technology/Technician
  147. Quality Control Technology/Technician
  148. Industrial Safety Technology/Technician
  149. Hazardous Materials Information Systems Technology/Technician
  150. Quality Control and Safety Technologies/Technicians
  151. Aeronautical/Aerospace
  152. Automotive Engineering Technology/Technician
  153. Mechanical Engineering/Mechanical Technology/Technician
  154. Mechanical Engineering Related Technologies/Technicians
  155. Mining Technology/Technician
  156. Petroleum Technology/Technician
  157. Mining and Petroleum Technologies/Technicians
  158. Construction Engineering Technology/Technician
  159. Surveying Technology/Surveying
  160. Hydraulics and Fluid Power Technology/Technician
  161. Computer Engineering Technology/Technician
  162. Computer Technology/Computer Systems Technology
  163. Computer Hardware Technology/Technician
  164. Computer Software Technology/Technician
  165. Computer Engineering Technologies/Technicians
  166. Drafting and Design Technology/Technician
  167. CAD/CADD Drafting and/or Design Technology/Technician
  168. Architectural Drafting and Architectural CAD/CADD
  169. Civil Drafting and Civil Engineering CAD/CADD
  170. Electrical/Electronics Drafting and Electrical/Electronics CAD/CADD
  171. Mechanical Drafting and Mechanical Drafting CAD/CADD
  172. Drafting/Design Engineering Technologies/Technicians
  173. Nuclear Engineering Technology/Technician
  174. Engineering/Industrial Management
  175. Engineering Design
  176. Packaging Science
  177. Engineering-Related Fields
  178. Nanotechnology
  179. Engineering Technologies and Engineering-Related Fields
  180. Biology/Biological Sciences
  181. Biomedical Sciences
  182. Biochemistry
  183. Biophysics
  184. Molecular Biology
  185. Molecular Biochemistry
  186. Molecular Biophysics
  187. Structural Biology
  188. Photobiology
  189. Radiation Biology/Radiobiology
  190. Biochemistry and Molecular Biology
  191. Biochemistry, Biophysics and Molecular Biology
  192. Botany/Plant Biology
  193. Plant Pathology/Phytopathology
  194. Plant Physiology
  195. Plant Molecular Biology
  196. Botany/Plant Biology
  197. Cell/Cellular Biology and Histology
  198. Anatomy
  199. Developmental Biology and Embryology
  200. Cell/Cellular and Molecular Biology
  201. Cell Biology and Anatomy
  202. Cell/Cellular Biology and Anatomical Sciences
  203. Microbiology
  204. Medical Microbiology and Bacteriology
  205. Virology
  206. Parasitology
  207. Mycology
  208. Immunology
  209. Microbiology and Immunology
  210. Microbiological Sciences and Immunology
  211. Zoology/Animal Biology
  212. Entomology
  213. Animal Physiology
  214. Animal Behavior and Ethology
  215. Wildlife Biology
  216. Zoology/Animal Biology
  217. Genetics
  218. Molecular Genetics
  219. Microbial and Eukaryotic Genetics
  220. Animal Genetics
  221. Plant Genetics
  222. Human/Medical Genetics
  223. Genome Sciences/Genomics
  224. Genetics
  225. Physiology
  226. Molecular Physiology
  227. Cell Physiology
  228. Endocrinology
  229. Reproductive Biology
  230. Cardiovascular Science
  231. Exercise Physiology
  232. Vision Science/Physiological Optics
  233. Pathology/Experimental Pathology
  234. Oncology and Cancer Biology
  235. Aerospace Physiology and Medicine
  236. Physiology, Pathology, and Related Sciences
  237. Pharmacology
  238. Molecular Pharmacology
  239. Neuropharmacology
  240. Toxicology
  241. Molecular Toxicology
  242. Environmental Toxicology
  243. Pharmacology and Toxicology
  244. Pharmacology and Toxicology
  245. Biometry/Biometrics
  246. Biostatistics
  247. Bioinformatics
  248. Computational Biology
  249. Biomathematics, Bioinformatics, and Computational Biology
  250. Biotechnology
  251. Ecology
  252. Marine Biology and Biological Oceanography
  253. Evolutionary Biology
  254. Aquatic Biology/Limnology
  255. Environmental Biology
  256. Population Biology
  257. Conservation Biology
  258. Systematic Biology/Biological Systematics
  259. Epidemiology
  260. Ecology and Evolutionary Biology
  261. Ecology, Evolution, Systematics and Population Biology
  262. Molecular Medicine
  263. Neuroscience
  264. Neuroanatomy
  265. Neurobiology and Anatomy
  266. Neurobiology and Behavior
  267. Neurobiology and Neurosciences
  268. Biological and Biomedical Sciences
  269. Mathematics
  270. Algebra and Number Theory
  271. Analysis and Functional Analysis
  272. Geometry/Geometric Analysis
  273. Topology and Foundations
  274. Mathematics
  275. Applied Mathematics
  276. Computational Mathematics
  277. Computational and Applied Mathematics
  278. Financial Mathematics
  279. Mathematical Biology
  280. Applied Mathematics
  281. Statistics
  282. Mathematical Statistics and Probability
  283. Mathematics and Statistics
  284. Statistics
  285. Mathematics and Statistics
  286. Air Science/Airpower Studies
  287. Air and Space Operational Art and Science
  288. Naval Science and Operational Studies
  289. Intelligence
  290. Strategic Intelligence
  291. Signal/Geospatial Intelligence
  292. Command & Control (C3, C4I) Systems and Operations
  293. Information Operations/Joint Information Operations
  294. Information/Psychological Warfare and Military Media Relations
  295. Cyber/Electronic Operations and Warfare
  296. Intelligence, Command Control and Information Operations
  297. Combat Systems Engineering
  298. Directed Energy Systems
  299. Engineering Acoustics
  300. Low-Observables and Stealth Technology
  301. Space Systems Operations
  302. Operational Oceanography
  303. Undersea Warfare
  304. Military Applied Sciences
  305. Aerospace Ground Equipment Technology
  306. Air and Space Operations Technology
  307. Aircraft Armament Systems Technology
  308. Explosive Ordinance/Bomb Disposal
  309. Joint Command/Task Force (C3, C4I) Systems
  310. Military Information Systems Technology
  311. Missile and Space Systems Technology
  312. Munitions Systems/Ordinance Technology
  313. Radar Communications and Systems Technology
  314. Military Systems and Maintenance Technology
  315. Military Technologies and Applied Sciences
  316. Biological and Physical Sciences
  317. Systems Science and Theory
  318. Mathematics and Computer Science
  319. Biopsychology
  320. Behavioral Sciences
  321. Natural Sciences
  322. Nutrition Sciences
  323. Cognitive Science
  324. Human Biology
  325. Computational Science
  326. Human Computer Interaction
  327. Marine Sciences
  328. Sustainability Studies
  329. Physical Sciences
  330. Astronomy
  331. Astrophysics
  332. Planetary Astronomy and Science
  333. Astronomy and Astrophysics
  334. Atmospheric Sciences and Meteorology
  335. Atmospheric Chemistry and Climatology
  336. Atmospheric Physics and Dynamics
  337. Meteorology
  338. Atmospheric Sciences and Meteorology
  339. Chemistry
  340. Analytical Chemistry
  341. Inorganic Chemistry
  342. Organic Chemistry
  343. Physical Chemistry
  344. Polymer Chemistry
  345. Chemical Physics
  346. Environmental Chemistry
  347. Forensic Chemistry
  348. Theoretical Chemistry
  349. Chemistry
  350. Geology/Earth Science
  351. Geochemistry
  352. Geophysics and Seismology
  353. Paleontology
  354. Hydrology and Water Resources Science
  355. Geochemistry and Petrology
  356. Oceanography, Chemical and Physical
  357. Geological and Earth Sciences/Geosciences
  358. Physics
  359. Atomic/Molecular Physics
  360. Elementary Particle Physics
  361. Plasma and High-Temperature Physics
  362. Nuclear Physics
  363. Optics/Optical Sciences
  364. Condensed Matter and Materials Physics
  365. Acoustics
  366. Theoretical and Mathematical Physics
  367. Physics
  368. Materials Science
  369. Materials Chemistry
  370. Materials Sciences
  371. Physical Sciences
  372. Science Technologies/Technicians
  373. Biology Technician/Biotechnology Laboratory Technician
  374. Industrial Radiologic Technician/Technology
  375. Nuclear/Nuclear Power Technology/Technician
  376. Nuclear and Industrial Radiologic Technology/Technicians
  377. Chemical Technology/Technician
  378. Chemical Process Technology
  379. Physical Science Technologies/Technicians
  380. Science Technologies/Technicians
  381. Cognitive Psychology and Psycholinguistics
  382. Comparative Psychology
  383. Developmental and Child Psychology
  384. Experimental Psychology
  385. Personality Psychology
  386. Physiological Psychology/Psychobiology
  387. Social Psychology
  388. Psychometrics and Quantitative Psychology
  389. Psychopharmacology
  390. Research and Experimental Psychology
  391. Forensic Science and Technology
  392. Cyber/Computer Forensics and Counterterrorism
  393. Archeology
  394. Econometrics and Quantitative Economics
  395. Geographic Information Science and Cartography
  396. Aeronautics/Aviation/Aerospace Science and Technology
  397. Cytotechnology/Cytotechnologist
  398. Clinical Laboratory Science/Medical Technology/Technologist
  399. Medical Scientist
  400. Pharmaceutics and Drug Design
  401. Medicinal and Pharmaceutical Chemistry
  402. Natural Products Chemistry and Pharmacognosy
  403. Clinical and Industrial Drug Development
  404. Pharmacoeconomics/Pharmaceutical Economics
  405. Industrial and Physical Pharmacy and Cosmetic Sciences51
  406. Pharmaceutical Sciences
  407. Environmental Health
  408. Health/Medical Physics
  409. Veterinary Anatomy
  410. Veterinary Physiology
  411. Veterinary Microbiology and Immunobiology
  412. Veterinary Pathology and Pathobiology
  413. Veterinary Toxicology and Pharmacology
  414. Veterinary Preventive Medicine Epidemiology and Public Health
  415. Veterinary Infectious Diseases
  416. Medical Informatics
  417. Management Science
  418. Business Statistics
  419. Actuarial Science
  420. Management Science and Quantitative Methods

Source: ICE.gov

Biopsychology | Education & Careers

In order to enter the academic world of biopsychology, one should have a proper understanding of the subject. Before starting the course, students should know what is biopsychology and what is the field of studying Biopsychology. Biopsychology is a major branch of studying psychology. Bio psychologists analyze human behavior in the aspect of brain functionality. It observes how the aspects of our brain and neurotransmitters can impact on our thought, feelings, and behaviors.

What is Biopsychology?

However, psychology is not only the study of human conduct but also the study of the human brain. The biopsychology altogether is an in-depth study where it is analyzed that how our brain exactly functions and how those functions can impact on our social conducts by the variation of a different situation.

This kind of in-depth study of psychology is also known as behavioral neuroscience, physiological psychology, and psychobiology. It is a huge field of studying human psychology that is also related to some other resourceful areas like evolutionary psychology and comparative psychology. The person who studies this topic, often research our biological processes and analyze how this process can interact with human cognition, emotions and other mental condition.

Biopsychology Education & Schools

On the past time, biopsychology was not the well-established psychological area. But with some revolutionary study of human psychology, it has now become the trending topics in the psychology field. It is now proven that that way human behavior in a different situation is actually controlled by the brain’s chemistry. The behavioral expression of human is directly connected to the brain’s chemical imbalance. With the study of biopsychology, we can detect how the nocuous events in early life can impact on the development and functionality of our brain.

Students who are interested in studying the intense brain functionality and social behavior, major in biopsychology are for them. Before taking biopsychology as the major, one may require completing the following courses:

  • Neurophysiology and neuroanatomical
  • Biochemical
  • Pharmacological regulations in the central nervous system
  • Endocrine, and
  • Psychological and behavioral data regarding those topics

There are different degrees are available in undergraduate level such as Bachelor in sychological and Brain Science’ or achelor in Biopsychology’. In order to enroll these programs, students usually need to finish some courses in basic introduction to biology. They should also have chemistry basics and some courses in statistics.

Biopsychology is a research-based subject for those who are interested in expanding their academic career in neuroscience and behavior. It is a very sophisticated field of studying applied psychology. There are a huge number of schools are offering a biopsychology degree. Some of the renowned institutions in the USA are mentioned below:

  • Oglethorpe University, Georgia
  • Monmouth College, Illinois
  • Mills College, California
  • Tufts University, Massachusetts
  • Messiah College, Pennsylvania
  • Ripon College, Wisconsin
  • Rider University, New Jersey
  • Ohio Dominican University, Ohio
  • Augsburg College, Minnesota
  • Wagner College, New York

Biopsychology Careers and Jobs

Specialization in Biological Psychology will provide you with multiple career opportunities, such as conducting research, teaching and also counseling psychiatric patients. You may choose a career of further specializations also. Some of the types of careers from specialization of biopsychology are:
•Neuropsychologist: Neuropsychologists are the examiners of the structural changes of the brain, as for how the brain and the nerves process and respond to behavior. They also examine and follow the causes and effects of the neurotransmitters & their effect on behaviors. Their main patients are brain-damaged or neurologically injured personnel. This career can be both a researching opportunity to unlock new secrets about the working process of the brain, or it can be practiced clinically in patients.

Researcher – As a researcher, you can conduct direct social and behavioral experiments on people and other animals. You can also research on different areas of the brain resulting sensory perception, mental health disorders, sleep deprivation, addictions etc. This work can be done in different clinics, specialized laboratories, and universities.

Professor – Teaching is the noblest profession of all. You can join as a professor in biological psychology in renowned universities, and teach your students the wonders of brain and way to define and study it. Also, this job comes with built-in research opportunities.

Clinical Practice – Though a little unconventional, a biological psychologist can choose clinical careers providing professional counseling and psychotherapy. Also, people with brain disorders can be greatly helped by a professional practitioner.

Study of biopsychology explored the new way of thinking about simple psychology. The point of view of this applied psychology now allows the researchers to have a better understanding of the functionality of the brain and nervous system that have a major impact on human behavior and interaction with situations.

Biopsychology or Biological Psychology is the versatile field of studying human brain and behavior. In the twenty-first century, this becomes a demandable subject. Whether in a psychological or medical situation, we need a researcher in this field. So in need of a biopsychologist is now on demand. Biopsychology analyzes thoughts and conducts as a consequence of human and genetic psychology.

Radiologic Technician Education & Career Outlook

There exist many different specialties in the medical imaging field which today is regarded as one of the best techniques to diagnose and treat patients without possibilities of developing the undesirable side effects. Radiology is one the most popular specialties in medicine that uses a number of imaging techniques such as radiography, X-ray, CT (computed tomography), ultrasound, MRI, and nuclear medicine to identify and treat various diseases within a human body.

In the United States, a career in radiologic technology is growing at a faster rate compared to many other related fields. According to a recent study, by 2024 the number of technologists in the radiology department is expected to increase by 9% and about 17500 new jobs were projected between the years 2014 and 2025. Due to this trend, pursuing a career as a radiological technologist is one of the best things you can do in your life.

This article focuses on radiologic technology as one of the modern professions in medicine, its education, and various jobs offered in the field.

What is a Radiologic Technologist?

A radiologic technologist is also known as a Medical Radiation Technologist, Radiographer, and is a specialist in the medical field who mainly performs various imaging tests on patients such as MRI’s, CT scans, ultrasounds, mammograms, and X-rays to help physicians or radiologists identify different kinds of injuries and illnesses.

You can also get into the field of Nuclear and Industrial Radiologic Technology, a field in which you would aid in the monitoring of industrial and nuclear processes using radiography.

Professional radiologic technologists use different apparatus and methods to help perform tests that can accurately diagnose specific diseases. They may use mammography, computed tomography, X-Ray equipment, and MRI (magnetic resonance imaging). In addition, a radiological tech may choose to major in one or several diagnostic imaging technologies, although in general they are referred using the term “technology” in which they concentrate or specialize in. For instance, a radiographer who specializes in MRI, the magnetic resonance imaging is called an MRI technician, and the one who majors in CT, the computed tomography, is termed to as a CT Technician.

To become a professional radiological technologist, one must be certified and registered by ARRT (American Registry of Radiologic Technologists) in the US. Registered radiographers are greatly valued since they are well trained to expand the general health care using the current medical technology.

Radiological Technologist Education & Schools

Radiologic Tech Education

It’s no doubt that pursuing a profession that equals your talents and which provides a life/work balance is likely to make you one of the best in such a field, and the likelihood of earning a good deal of money in your career increases.

Individuals who are always concerned to use technology in medicine to improve the general health care of people should consider getting a formal training course in radiography. Majority of people joining this profession have acquired an associate degree although you can become one of the best radiographers with only a certificate or a first degree from a recognized university.

Studying for an associate degree takes a minimum of two years where learners are involved in different training programs relating to clinical medicine. Some of the courses taught include:

• Radiation Physics and Protection
• Human Anatomy
• Radiation Safety Measures
• Pathology
• Radiographic exposure
• Image Evaluation
• Patient Care Methods

To be eligible for a course in radiography, one must satisfy similar requirements needed to become a registered/certified nurse. Additionally, you will need the following additional skills.

• Teamwork, Patience, and good Communication skills
• Good in Mathematics and Science
• Should have strong Interpersonal Skills
• Must be Detail-Oriented

In order to be registered as a radio-technologist, you must complete and graduate from a training program that is fully recognized and accredited by the JRCERT (Joint-Review-Committee on Education in Radiography-Technology).

Best Schools to Study Radiologic Technology

The following are the top rated medical schools to study radiography:

Johns Hopkins University – One of the best universities in the world offering almost all programs in radiography including research. Based in Maryland (Baltimore).

The University of Iowa – A college of medicine offering courses such as Radiologic Technology, Radiation Therapy, Sonography, CT, and MRI.

Massachusetts College of Pharmacy and Health Sciences – Offers great research programs as well as courses. Offers MRI, CT, BSC (diagnostic medical sonography), and among others.

University of California (San Francisco) – A university focused to promote health care through education. Offers many courses in radio technology.

University of Pennsylvania (Perelman) – A professional university offering many medical courses in radio technology and other fields.

Radiologic Tech Careers & Jobs

One of the major tasks involved with radio technologists include keeping track of patients medical records, follows orders from a radiologist or physician regarding the patient’s areas of the body in which they need image scans, explains procedures to patients, adjusts and positions medical equipment, and takes caution not to expose patients as well as themselves to radiation.

Radio Technologist Careers

A person choosing to study radiography at a University as a profession may choose one of the following specializations:

• Breast Imaging,
• Chest Radiography,
• Emergency Radiography,
• Head and Neck Radiography,
• Neuroradiology,
• Pediatric Radiology,
• Radiation Oncology,
• Cardiovascular Radiology, and
• Gastrointestinal (GI) Radiology

Jobs in Radiologic Technology

A radio tech may work in various areas such as clinics, hospitals, mobile imaging service centers, private physician offices, and etcetera. Those that work in hospitals are very busy compared to the outpatient technicians. Hospitals are also the leading places to find a job as a radiographer.

Since technology is becoming one of the things that the world cannot do without nowadays, especially in education and the scientific sectors, considering to study a course in radio technology can be the best investment you can make for your life.

Types of Engineering Degrees

Choosing a major in the STEM field can be a incredibly complex and difficult decision. Narrowing down your choices to an engineering degree is tough enough; from there, the types of engineering degrees are so varied and specified that you really have to have an exact idea of your desired career path.

Let’s take a look at a few types of engineering degrees, and the jobs that they can lead to in the field.

Architectural Engineering

Compared to other degrees on the list, architectural engineering is a relative newcomer to the STEM field. It burst onto the scene on the tails of the Industrial Revolution, and it is thanks to architectural engineers that we have beautiful city skylines and engineering miracles such as the BurjKhalifa in Dubai.

While an architect is the artist behind a skyscraper or building, an architectural engineer is the person who makes the dream a reality. Everything from ensuring the safety of the structure to keeping clean air flowing inside the building is dependent on the architectural engineer.

Architectural engineering is considered a branch of the field of civil engineering. To apply for an architectural engineering degree, a bachelor’s degree is required. Often aspiring students will need to have passed the Fundamentals of Engineering (FE) exam and the Principles & Practice-of-Engineering (PE) exam.

Electrical, Electronic and Communications Engineering

Any electronic device or communications device needs this type of engineer. Telephones, transmitters, satellites, televisions, and microwaves are only a few of the many devices handled by electrical, electronic and communications engineers. With this degree an engineer can get a job in the filed of designing, developing, and creating electronic devices.

Automation Engineer

With an automation engineering degree, you can get a job involving the supervision and streamlining of manufacturing and automation. A bachelor’s degree is necessary to apply for this degree. As an automation engineer you will oversee factory production, design and regulate automated devices, and much more.

Any factory where robots and machines are used in production has the work of an automation engineer behind it. Without automation engineering, the Industrial Revolution would definitely not have been even a remote possibility. The material world we live in was brought into being thanks to the skills of countless automation engineers.

Heating, Ventilation, Air-Conditioning & Refrigeration Engineering

With this type of engineering degree, you will be prepared for any job in the heating, ventilation, air conditioning and refrigeration (HVAC) field.

To get a job overseeing as well as controlling, or designing technology for indoor environments—such as heating, cooling, or ensuring general air quality— you will need this degree.

Environmental Engineering

This type of engineering focuses on the environment of the planet. It deals with air pollution, ocean pollution, and other effects on the environment. Any job involving clean energy solutions, recycling, or waste control will require this degree.

If you are interested in the effects mankind has had on the world’s environment and wish to ensure the safety of the planet, this degree can help you get a job where you can make a real difference. All other engineering degrees on this list would be useless without a world to live in, and protecting the environment is a key part in keeping the human race going.

Welding Engineering

All aspects of welding technology are covered with this degree. You will learn the science behind welding, and how to apply the necessary mathematics.

This degree will let you find a job dealing with manufactured products that require welding, as well as equip you with the knowledge necessary for material selection, manufacturing methods, operation of welding tools, and much more.

Chemical Engineering

An engineer with this specific degree will apply knowledge and basic principles of chemistry, physics, biology, and often mathematics to the production or use of chemicals.

This is an expansive degree that numerous jobs in the STEM field require—in fact, to get any job involving the use of dangerous chemicals, you will need this degree. A chemical engineer may work in chemical laboratories, manufacture plastics and resins, work with nanomaterials or biological chemistry, and much more.

Aeronautical/Aerospace Engineering

This type of engineer is concerned with the development of aircraft and spacecraft. With this degree, you will be what is colloquially known as a “rocket scientist”.

Airplanes, space stations, rockets, and other flying craft are designed, controlled, and fixed by aeronautical and aerospace engineers. If your dream has been to work at NASA, or design jet planes, or work with flight technology, this is the degree for you. An extensive knowledge of physics and math is required to apply for this degree.

Mechanical Engineering

Mechanical engineering applies math, physics, and engineering principles to the general production of objects that move. That’s right, this is one of the broadest engineering degrees available, as mechanical engineers can be found in pretty much every branch of the STEM field.

The American-Society of Mechanical-Engineers (ASME) lists a staggering 36 different divisions solely in the field of mechanical engineering. This degree can get you a job designing and manufacturing everything from tiny parts to huge, complex machines. As the world is run on machines, this degree will give you endless options for a satisfying and interesting career.

Computer Engineering

The world would be a very different place without the complex work of computer engineers. Think of where we’d be without the Internet. Hard to imagine, isn’t it?

The astonishing leaps of technology made in this field have laid the foundation for the digital revolution of the 20th century, and there’s plenty more to come as new generations of computer engineers spread out into the working world.

A degree in computer engineering will give you job options in developing both computer hardware and software, fixing computers, designing the next MacBook, and more. Any job in digital technology requires skilled computer engineers. In studying for a computer engineering degree you will learn how to develop and establish networking systems, about the production of computer hardware and microchip technology, the design of smartphones and laptops, and much, much more. The opportunities available with this degree are endless.

This is only a small peek into the wonderfully complex world of engineering and its specified fields of study. Without engineers, we wouldn’t have the comforts of modern living that exist today. What type of engineering degree is best for you? No matter which you choose, you will be making the world a better place.

Types of Science Degrees

STEM covers degrees in science, technology, engineering, and math. Below you will find some of the types of science degrees you can expect to find on the STEM Degree List.

Nutrition Science

Nutritional Science is a continuously evolving field. It focuses mainly on dietary concerns and the health issues that surround food, diet, and medicine. Nutrition science is a multi-faceted discipline that is rooted in biology, chemistry, and social sciences, with many specialization areas.

The specialization areas include food and wellness, exercise science, nutrition education, and community nutrition. A nutrition science degree enables you to conduct nutrition-related research studies, develop public and community health programs and work in the medical or food industries.

There are several subfields related to nutrition that provide unique research and career opportunities. They include nutrition research, sociological research, community, and public health, animal nutrition as well as medicine and healthcare.

Pharmaceutical Science

Pharmaceutical science degree programs typically cover chemistry, anatomy, the history of medicine, pathology, physiology, and related subjects. A degree in pharmaceutical sciences offers an ideal background if you are interested in working as a pharmacist or in pharmaceutical sales.

Individuals who earn a Ph.D. in this discipline may become pharmaceutical researchers. Degree programs graduates are qualified to work as a pharmacist, pharmaceutical sales representatives or pharmacological researchers.

Pharmacists are tasked with filing prescriptions, monitoring drug interactions and allergies and ensuring correct patient medication dosage. Pharmaceutical researchers work for medicine and drug manufacturers, researcher institutions or universities. They are responsible for developing and testing new drugs before submitting them for approval.

Biochemistry

Biochemists perform work encompassing the chemical composition of living organisms. You can study biochemistry through bachelor’s, master’s and doctoral degree programs. Biochemistry Bachelor degree programs offer a foundation in biology, chemistry, physics, and math.

This qualifies graduates for entry-level work with DNA, genes, amino acids, proteins utilizing technologies including nuclear magnetic resonance and molecular spectroscopy. You may pursue a Master of Science or Master of Arts degree in biochemistry.

Master of Science programs have a heavier emphasis on research experience than the Master of Arts programs. The topics covered in Master’s degrees may include molecular genetics, protein engineering, advanced biochemistry, molecular cell biology, metabolic engineering, and biological photochemistry.

Earth Sciences (Geology)

Earth Sciences have changed in scope and nature over the past few decades. A Geology degree provides students with the skills required to interpret rock materials and geological phenomena as well as applying techniques and theories from physics, materials science, chemistry, and biology. These skills are essential to the study of the Earth and the environment.

Some of the topics covered include seismic wave mapping, Earth crust evolution, ocean and atmospheric circulation and evolution of life on Earth. The career opportunities for Earth Science graduates include the environmental sector, energy industry, technical/engineering consultancies, mining industry as well as research.

Social Psychology

Psychology is an expansive scientific field that focuses on studying human behavior. Social psychology deals with how human beings view and treat each other and the motivation factors in interpersonal relationships. There are a number of paths to a career in social psychology.

At the bachelor’s level, a student may earn a social psychology degree or a general psychology degree with social psychology concentration. Social psychologists work in a number of specialty areas including general psychology, counseling, industrial psychology, social work, child psychology, forensic psychology, clinical psychology, health psychology, school psychology, and neuropsychology.

Food Science

Food science is the discipline whereby the biological, physical and engineering sciences are utilized to study the nature of foods as well as their improvements for the consuming public. A degree in Food Science entails studying the chemical natures and physicality of food and the principles behind the production of the foods that we consume today.

The career options and employment opportunities for Food Science graduates include animal nutrition, food technologist, quality control, production management, nutritional therapist, research scientists, regulatory affairs officer, toxicology, brewing, horticulturist, and marketing associate professional.

Environmental Science

Environmental science is an interdisciplinary subject. An environmental science degree requires a student to combine knowledge and skills from different fields. This could mean exploring aspects of geography, biology, earth, and marine sciences, physics, chemistry, and social sciences.

This degree program combines multiple data sources and perspectives to help the student build a full understanding of natural and human environments. One of the most important aspects of environmental science degrees is fieldwork.

A fair amount of lab time is expected, where students learn how to perform different tests and analysis. This degree typically lasts for 3 or 4 years at Bachelor’s level and 1 or 2 years for Master’s qualification.

Microbiology

Microbiology is the study of living organisms that can only be seen using a microscope (microorganisms or microbes). Microbiology degree programs entail studying these microorganisms, the diseases they cause and the benefits they may offer.

The topics covered may include global health issues, criminal investigations forensics, genetic manipulation, metabolism, and molecular biology, advanced microbial function, bacterial genetics, virology, molecular ecology and evolution, and animal biodiversity. Microbiology graduates can work in hospitals, universities, pharmaceutical industries, forensic science labs, biotechnology companies, and environmental organizations.

Genetics

Genetics encompasses the study of the gene structure and function and the applications of this knowledge. A Genetics degree program typically requires proficiency in subjects including biology, chemistry, mathematics, and physics. A student studies biochemistry, biomedical science and molecular biology with a heavy focus on lab work where they learn how to collect and analyze data.

Some of the topics covered may include research techniques, genetic manipulation, genes and development, genetic toxicology, cell, and molecular biosciences, the genome and microbial diversity. Geneticists work in groundbreaking areas including anti-biotic design, cancer research, genetic engineering, and medical or technical lab research.

Nuclear Physics

Physicists study the influence of naturally occurring phenomena such as energy, gravity, and movement on the matter. Nuclear physicists focus on utilizing the energy with the nucleus of an atom. A doctorate is often required to pursue a career in nuclear physics.

Almost all doctorate degree programs require a bachelor’s degree in physics or a related field. Applicants also require laboratory experience. The majority of physics doctoral programs offer students concentration options in several specialty fields, including nuclear physics.

Possible courses may include physics mechanics, atomic physics, particle physics, quantum theory, statistical physics, electricity, and magnetism. Individuals with a nuclear physics background can consider careers in radioactive medicine, alternative energy research, military defense research, astronomy, and post-secondary education.

Is Accounting a STEM Major?

An accounting major does involve a bit of Mathematics, so some people may considered it a STEM subject.

However, accounting isn’t included on the U.S. list of designated degree programs, and Accounting usually falls under the “business” umbrella rather than STEM for official designation.

Is Architecture STEM

It sure is. Not only is Architecture heavy in mathematics, it also includes aspects of science, engineering & technology.

The following is a list of designated Architecture degree programs:

  • Architectural and Building Sciences/Technology
  • Architectural Engineering Technology/Technician
  • Architectural Drafting and Architectural CAD/CADD

Is Psychology STEM?

Yes, some degrees within the field of Psychology are considered STEM majors. More broadly, “psychology” is generally considered a science, and would fall into STEM.

The following is a list of STEM Designated Degree Programs. It includes all fields in CIP 42 (Psychology) as well as some others:

  • Cognitive Psychology and Psycholinguistics
  • Comparative Psychology
  • Developmental and Child Psychology
  • Experimental Psychology
  • Personality Psychology
  • Physiological Psychology/Psychobiology
  • Social Psychology
  • Psychometrics and Quantitative Psychology
  • Psychopharmacology
  • Research and Experimental Psychology
  • Biopsychology
  • Information/Psychological Warfare and Military Media Relations

Is Economics a STEM Major?

Yes, some arenas within Economics are considered STEM degrees according to the most recent list of STEM programs.

The following are the STEM Designated Degree Programs available in the field of economics:

  • Econometrics and Quantitative Economics
  • Pharmacoeconomics/Pharmaceutical Economics

That is according to the U.S. government. More broadly, economics would generally fall under STEM because it heavily involves both science and mathematics.

Source: ICE.gov

Is Finance a STEM Degree?

Yes, Finance is considered STEM, however it isn’t included on the U.S. list of STEM Designated Programs.

Despite not being included on that list, “financial services” was included on the DHS’ STEM Jobs Act in 2012.

So, the field of Finance is a STEM field.