An associate degree is a two year course of study in a specialization. These programs usually provide enough training to gain employment in some fields, while others require a bachelor’s or master’s degree in the discipline before a student is considered ready for the professional arena.
What is an associate degree in chemistry? This course of study is often designed to prepare students to transfer to a four-year college where they will complete a bachelor’s degree in chemistry or a closely related discipline. Students earning their associate degree will usually take general and organic chemistry courses, as well as calculus, physics, and general education courses. The coursework may include lectures and laboratory classes where students gain invaluable hands-on experience in common laboratory techniques.
Earning an associate degree before transferring to a four-year school may be economical, and at the end of the program, the student often leaves with a degree in hand. Students may also have the benefit of much smaller class sizes and more personal attention in introductory science and math classes than they would have at a large university.
The total cost of an associate degree will vary considerably between institutions and locations, but it is generally true that a two-year associate degree in chemistry will be less expensive than a four-year degree.
The concepts and skills students learn while earning their associate degree in chemistry may be highly transferrable to other scientific disciplines. This program usually prepares graduates for jobs as a laboratory technician or a laboratory assistant in many areas of science, including forensics, biotechnology, and materials science. In these positions, graduates will typically work in the lab under the direction of a scientist, carry out routine experiments, be responsible for some record keeping, and communicate results to a supervisor.
When you decide to apply to associate degree programs, you can speed up the process by researching and applying to programs online. To get started searching online, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The AP degree programme in Chemical and Biotechnical Science is a 2½-year full-time Higher Educational programme which qualifies our graduates for key functions within a
The AP degree programme in Chemical and Biotechnical Science is a 2½-year full-time Higher Educational programme which qualifies our graduates for key functions within a number of trades and industries. Typical areas of work include control laboratories and research and development laboratories within the manufacturing sector, and at universities and other research institutes.
Our graduates, the chemical and biotechnical analysts, are qualified for planning, managing and implementing analytical work and results within both chemical and biotechnical areas.
The programme is theory-based and job-oriented, i.e. it aims to qualify students to be able to solve practical problems with an analytical basis. Theory is constantly targeted towards practical application in the industry. A completed programme gives access to and credits for further studies in Denmark as well as internationally....
The Associate in Science Transfer degree Option 1 encompasses some general education courses required of first‐and second‐year students and is intended to prepare student
Chemistry is the study of the composition, properties, and interactions of matter. Much of chemistry can be described as taking substances apart and putting the parts together again in different ways. Using this approach, the chemical industry produces materials that are vital to the industrialized world.
The Associate in Science Transfer degree Option 1 encompasses some general education courses required of first‐and second‐year students and is intended to prepare students planning to transfer to a university in the science‐related fields. It will give students the broad background needed before beginning more specialized, upper‐division courses. The curriculum is not intended to fulfill General Education/University (GER/GUR) requirements, but to prepare prospective transfer science students to enter the state universities with junior standing, not only in credits but also with major/program preparation. To earn this degree, students must complete 90‐quarter credits in courses numbered 100 or above (from approved distribution list below) and meet specific distribution requirements....
NIACC offers the first two years toward a bachelor’s degree in virtually any field. The Associate Degree earned provides you with the general education requirements and c
Hundreds of North Iowa Area Community College graduates transfer to four-year colleges and universities every year. Whether you want to become a teacher, lawyer, engineer, physician, artist or (you name it!), we can get you started. And if you’re unsure about a major, NIACC is a great place to get your feet wet. NIACC offers the first two years toward a bachelor’s degree in virtually any field. The Associate Degree earned provides you with the general education requirements and core courses needed to continue your education as a junior at a four-year school.
Sample Schedule (2-year plan) First Semester
SDV-199 College Essentials 1 s.h.
ENG-105 Composition I 3 s.h.
CHM-166 General Chemistry I 5 s.h.
SPC-112 Public Speaking 3 s.h.
Humanities 3 s.h.
The demand for chemists and individuals who have a strong foundation in chemistry has been increasing worldwide and will remain strong for the foreseeable future. Employm
Why take Chemistry?
Because you plan to:
Pursue a career in medicine, pharmacy, dentistry, optometry, veterinary, physical therapy, engineering, computer science, nutrition, allied health sciences, nursing, law, biology, chemistry, geology, or liberal arts.
Transfer to an institution offering a baccalaureate degree.
Complete an associate degree (AA).
Increase your profit potential
The demand for chemists and individuals who have a strong foundation in chemistry has been increasing worldwide and will remain strong for the foreseeable future. Employment opportunities exist in both the public and the private sectors. Scientists with a strong background in chemistry are needed to work with the government and industry for a variety of tasks, such as qualitative and quantitative analysis, product development, research, and forensics. The demand for people who understand chemical concepts will continue to grow in this technology-driven society. A background in chemistry is a valuable asset and can increase job potential and salary. Adding chemistry courses to your resume can make you a more marketable applicant....
The Laboratory Science Technology Associate of Applied Sciences Degree program blends key theoretical concepts with practical laboratory skills needed for success in a br
Are you ready for a fast-paced, hands-on career that will maximize your analytical skills and challenge you every day? The Laboratory Science Technology Associate of Applied Sciences Degree program blends key theoretical concepts with practical laboratory skills needed for success in a broad range of science careers, including biological, chemical, and environmental industries as well as academic research laboratories. This program has been designed not only to prepare you for immediate employment, but also to transfer smoothly to local universities, allowing you to start your science education at NWTC and continue toward a bachelor’s degree, pre-medical studies and beyond. Courses will focus on experimental design, application of scientific principles in analysis of results, accurate documentation processes, fundamentals of quality measurement, and use of industry-standard instrumentation and protocols. ...
Biotechnology technologists specialize in laboratory work in the various fields of chemistry and biology.
Pathway of Specialization in Biotechnologies
Biotechnology technologists specialize in laboratory work in the various fields of chemistry and biology.
Their laboratory training allows them to acquire handling techniques with specialized devices found in workplaces related to biotechnology. Technologists are trained to work in a variety of fields. What interests them the most is the living organisms . They handle microorganisms , grow bacteria , clone cells and sequenced DNA . They can participate in the development of products and technologies in agriculture, food, pharmaceuticals and the environment.
What do we learn?Advanced principles in analytical and instrumental chemistryHow to take samples, analyze them and produce reportsThe use of sophisticated analysis instrumentsIdentification, manipulation and modification of microorganismsHow to read DNA and perform testsHow to grow cells and tissuesHow to cloneIs this program right for you?Biology fascinates you and chemistry interests you.You like learning by the concrete.You are fascinated by laboratory work.You want to use sophisticated instruments.You have interest in new technologies.You have a good sense of responsibility and observation.You are methodical and meticulous."Laboratory experimentation is at the heart of training"Why choose Lévis-Lauzon?The only CEGEP in Eastern Quebec to offer a college education in biotechnology.Laboratories at the cutting edge of technology and arranged according to standards found in the biotechnology and chemical industry.Training focused on practical work.Professors highly qualified for their professional experience and research work.Education focused on the reality of the job market.Practical internships in companies with the possibility of international internships of 8 weeks (France, Belgium, United States and Mexico) .Opportunity to do the...
Chemistry studies the composition, structure, properties, and change of matter. Chemists are challenged with devising means to better utilize dwindling natural resources
As technology and our demand for natural resources continue to increase, the demand for quality chemists in all fields also increases. Chemists must devise means to better utilize our dwindling natural resources while improving and developing new methods to recycle both energy and materials.
Chemists are involved in making life better and safer for the public by developing everything from plastics to improved insulation, discovering lighter and stronger materials for travel on earth and in space, and providing for major advances in medical treatment.
A chemical education is fundamental to many majors other than simply chemistry. Curriculum studies in biology, engineering, medicine, home economics, and science education are but a few which are heavily dependent upon knowledge of chemistry....