Studying chemistry is a lot of fun in itself if you are intrigued by the nature of things transpiring around you. While the focus of physicists is entirely on the stars or quantum realm, people studying chemistry are more concerned about the manipulation and understanding of the molecules and atoms that make the world all around.
The chemists in the past worked towards discovering the new kinds of molecules, elements, and the relationship amongst them.
Even though this type of research is still being carried out, the chemist of the present world works in newer and more stimulating fields.
Concerning the field of nano-chemistry and nano-materials, the chemist of today works on creating substances having tremendous implications in manufacturing — for example, the formation of graphene, which is an extremely light and unbelievably strong molecule of carbon.
In bio-engineering, chemists are working on producing eco-friendly materials through the use of bacteria, like employing bacteria in their research, which form natural, eco-friendly plastics.
There has been a gradual increase in the summer programs, especially the pre-college summer programs on the college campuses.
Among them, the chemistry summer programs in the USA have greatly multiplied over the past few decades, and now there are possibly hundreds of programs to choose from.
What Are Summer Programs For High School Students Like?
These days, many kids have the expansive option of spending their summer on international volunteering trips, taking part in a specialized institute for some extracurricular activity, going to an arts camp, or joining a wilderness program.
However, there are multiple academics-focused summer college programs on the college campuses for those who are known as the bright generalist. Their numbers have risen dramatically over the past decades.
These programs aim to enact the real-life college experience through classes taught by the visiting scholar or the college professors. These programs go even further by housing the students in dorms, incorporating lectures, increasing socializing opportunities, and networking events.
The duration of summer college programs can vary from one week to eight weeks, depending on the type of program you are thinking of attending.
Advantages Of Attending A Pre-College Summer Program
- Your child would be able to get a greater chance of studying chemistry and getting a hands-on experience that goes further than what they had been taught in their high school.
- Your child would be able to experience firsthand the life of college, ultimately making their transition to the college easier once their time comes to attend.
- They would receive exposure to a particular type of environment and campus, helping them make an educated decision on the kind of school and environment best for them and help them excel.
- Your kid would be able to receive college credit in some cases or be able to use a course for placing themselves into a greater level in high school or college.
- Furthermore, your child would get the chance to meet and befriend like-minded individuals. And who knows, they might even be able to form a relationship with a teacher who would be eager to write them a college recommendation letter.
Cons Of Attending Pre-College Program
The pre-college summer programs are most often quite expensive. Like the Young Global Scholars program of Yale charges around 6500 USD for two weeks.
The prestige, selectivity, and academic rigor of the summer programs can differ in multiple ways, not always corresponding to the host college's academic reputation.
Best Chemistry Summer Programs In The USA
If you are thinking of studying chemistry and getting into a summer program to get a head-start on your education, then here are the top 5 chemistry summer programs in the USA:
Chemistry Summer Programs in MIT
Located in Massachusetts, as the name suggests, MIT has been one of the finest chemistry programs for undergraduates since 1865. The number of intellectually amazing individuals associated with MIT is as remarkable as its extensive history of contributing to the subject.
Some of these amazing individuals include A. A. Noyes, A. C. Cope, James Mason Crafts, G. N. Lewis, F. A. Cotton, and James Flack Norris.
The Chemistry Department at MIT has two facilities. The first facility is the Instrumentation Facility housing multiple research tools, like the 7 NMR Spectrometers (varying 300 to 600 MHz in range), high-res Fourier Transform Mass Spectrometer having a superconducting magnet, and an EPR Spectrometer.
The X-Ray Diffraction department is the second service center. The MIT Research facilities include:
- The Lincoln Laboratory
- The Center for Materials Science and Engineering
- The Novartis Center for Continuous Manufacturing
- The Institute for Medical Engineering and Science
- The Research Laboratory of Electronics
- The Plasma Fusion Center
- The Institute for Soldier Nanotechnology
- The Whitehead Institute
Chemistry Summer Program in Berkeley
Located in Berkeley, California, the University of California since 1868 has been providing the most amazing chemistry programs. Furthermore, the College of Chemistry of the school has collectively thirteen recipients of the Nobel Prize.
The University of California's College of Chemistry has been distributed into two key areas. The first one is Chemistry, and the second one Chemical and Bio-molecular Engineering.
The multiple centers and facilities on the campus feature various research techniques and equipment which allow for studying in high-pressure, high-vacuum environments of low-temperature and the equipment for gas chromatography and NMR.
The research facilities in the University of California include:
- The X-ray Facility
- The Mass Spectrometry Facility
- The Molecular Graphics and Computation Facility
- The Micro-analytical Facility
- The NMR Facility
There are multiple supplemental institutes and research centers as well in Berkeley, which include:
- The Catalysis Center
- The Institute for Quantitative Biosciences
- The Center for Green Chemistry
- The Joint Center for Artificial Photosynthesis
- The Stem Cell Center
- The Nanotechnology Club
- The Synthetic Biology Engineering Research Center
Harvard's Summer Program in Chemistry
Located in Cambridge, Massachusetts, the Chemistry and Chemical Biology Department at Harvard claimed the Nobel Prize's first recipient from America in chemistry: Prof. T. W. Richards.
Prof. Richards was awarded the Nobel Prize for the study regarding atomic weights. Furthermore, the Department of Chemistry at Harvard has 7 Nobel laureates affiliated with it, and four of those are presently serving as faculty members.
The multiple research centers and laboratories employed under Harvard's Master's program in chemistry include X-Ray Lab, Magnetic Resonance Laboratory, and FAS Small Molecular Mass Spectrometry Facility.
These facilities and labs provide instruments like the NMR spectrometers and small molecular mass spectrophotometer.
Moreover, the Department of Chemistry at Harvard University has signed a partnership with FAS Green Laboratories Program to promote on-campus green practices.
Chemistry Summer Program At Stanford
Located in Stanford, California, the Stanford University's Chemistry Department has maintained a solid emphasis on spectroscopy and analysis instruments.
The department's instruments comprise five Varian Nuclear Magnetic Resonance Spectrometers fitted with settings for various atomic nuclei. Furthermore, other specific technologies accessible to the research students consist of:
- Biological Culture Facilities
- Electrochemical Systems
- Dynamic Light Scattering Spectroscopy
- Femtosecond and Picosecond Linear and Nonlinear Spectroscopy
- Single-molecule Spectroscopy
- Ion Cyclotron Resonance Facilities
- Ultra-high Resolution Laser Spectroscopy
For facilitating the Ph.D. curricula in chemistry, the school also has a Fluorolog 3 Fluorometer, UV/Vis/Near Infra-Red Spectrophotometer, and Vertex 70 Fourier Transform Infra-Red.
The laboratories and research centers at the Stanford University comprise of Optics Facility, Mass Spectroscopy Lab, and an NMR Facility.
The chemistry Department at Stanford also enjoys close relations with the Radiation Lightsource by Synchotron and the Center for Molecular Analysis and Design.
Caltech – Chemistry Summer Program
Located in Pasadena, California, the California Institute of Technology or Caltech has 5 Nobel laureates connected with it in its Ph.D. curricula. These laureates include multiple names, including Frances Arnold, becoming the fifth woman to be ever bestowed upon the Chemistry Nobel Prize in 2018. Frances is also the first woman to be linked with Caltech for winning a Nobel Prize in any discipline.
These well-known researchers are acknowledged for their study regarding the chemical bond's nature, femto-chemistry, organic synthesis metathesis, and electron transfer reactions.
Through the Chemistry and Chemical Engineering Division of Caltech, the graduate students have the option of pursuing their study in molecular biophysics and biochemistry. Once studies are complete, they have a more promising career ahead.
The department has multiple research centers, such as:
- The Center for Catalysis and Chemical Synthesis
- The Donna and Benjamin M. Rosen Bioengineering Center
- The Center for Science and Engineering of Materials
- The Materials and Process Simulation Center
- The Joint Center for Artificial Photosynthesis
- The Resnick Sustainability Institute
Studying Chemistry has various advantages for your future, and its scope is quite diversified in multiple disciplines. The United States of America provides some of the best chemistry programs globally, with numerous Nobel laureates in many institutes.
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