Chemistry Degrees Online

No Area 3 – Chemical Sciences
Scientific-disciplinary sectors: CHIM/01 – CHIM/02 – CHIM/03 – CHIM/04 – CHIM/05 – CHIM/06 – CHIM/12
Head Office: Department of Chemistry and Industrial Organic
Competing structures: Departments of Physical Chemistry and Electrochemistry, Inorganic Chemistry, metallorganic and Analytical Chemistry and structural inorganic stereochemistry
Duration: 3 years
Coordinator: prof. Franco Cozzi – Dipartimento di Chimica organica e industriale – Via Venezian 21 – 20133 Milano
Curricula: 5
1) Theoretical and Computational Chemistry
2) Solid State, Interfasi, electrolytes
3) Synthesis, characterization and synthesis methods
4) Investigations Structural statistics and dynamics at the molecular and supramolecular
5) reactivity and reaction mechanisms
Admission requirements:
Science / magistrale class: 6 / S Biology, 7 / S Agricultural Biotechnology, 8 / S Industrial Biotechnology, 9 / S Medical Biotechnology, Veterinary and Pharmaceutical, 10 / S Conservation and architectural environment, 11 / S Conservation of scientific goods and industrial civilization, 12 / S Conservation and restoration of historical and artistic heritage, 14 / S Pharmacy and Industrial Pharmacy, 20 / S Physics, 23 / S Information Technology, 26 / S Biomedical Engineering, 27 / S Chemical Engineering, 33 / S engineering and nuclear energy, 35 / S Engineering, 45 / S Mathematics, 61 / S Materials Engineering, 62 / S Chemical Sciences, 66 / S Sciences of the Universe, 68 / S Sciences of nature, 69 / S Sciences of nutrition human, 81 / S Sciences and Technologies of Industrial Chemistry, 82 / S Sciences and Technologies for the environment and territory, 85 / D Geophysical Sciences, 86 / S geological sciences.

The Doctoral Program in Chemistry is under the auspices of the Department of Chemistry .

The coordinator of the doctorate is Professor Gastone Gilli.

Several research themes are developped within this doctorate.

The program of study is composed of the following curriculum:
Analytical and Environmental Chemistry
Physical, Structural and Computational Chemistry
Photochemistry and Catalysis
Organic synthesis and reactivity
Inorganic synthesis and reactivity

Each year, the faculty decides the academic coursework expressly created for the doctorate program and that taken from other courses of study.

The annual plan for the academic activity of each graduate student, proposed by the student and his or her advisor at the beginning of each year, is verified at the end of the year by the faculty during the colloquium that decides admission to the following year or to the final exam.

Credits have to be subdivided according to the regulations of the pertaining Macro-Area. Students of the first year will acquire 10 credits in transversal activities, 5 credits in macro-area activities and 45 credits within disciplinar activities.

Master’s in education is achieved that allows the graduate to participate in research groups, as is known and manages the technology, instrumentation and methodology for the scientific establishment.

Aim

The key objective of the postgraduate program is to impart knowledge in basic science with which the graduate can play in the area of basic research in organic chemistry (reaction mechanisms, chemical kinetics, computational chemistry) and the area of teaching chemistry, mainly in Chemistry Computational and Organic.

The Applied Chemistry BSc (Hons) is a four year part time degree involving attendance on one day per week.

The course covers a wide range of topics in theoretical and practical chemistry and allows for specialist options to be taken, subject to demand. The course is accredited by the Royal Society of Chemistry.

If you are employed by a local organisation, you will be able to continue your education to degree level in Applied Chemistry. The course is also open to independent students.

In order to be accepted on to the course, you will need to have an HNC in Science (Chemistry) or have successfully completed the first year of a full time chemistry based degree. Applicants with other qualifications will be considered but the course is not designed for entry immediately after A-levels (or equivalent).

Most of the course is common and co-taught with the second and final year of our full time Applied Chemistry BSc (Hons) degree.

Year 1
In the first year, you will look at Physical Chemistry, Physical Organic Chemistry and Analytical Chemistry. You will also study Statistics and will carry out ‘pure’ chemistry experiments in the lab.

Year 2
The second year will cover Organic and Inorganic Chemistry, Chemistry Laboratory and Computational Chemistry. You will also have the option of studying Medicinal or Analytical Chemistry (option choices are subject to sufficient numbers).

Year 3
As most students on the course are already employed, it will not normally be necessary to do a work placement in the 3rd Year.

Your studies will cover Advanced Physical and Organic Chemistry, Spectroscopic Determination of Molecular Structures and Reviewing a Subject using the scientific literature. There will also be various option choices, such as Natural Products, Contaminated Land, Polymers and Drug Analysis.

Year 4
In your final year you will study Chemometrics, Advanced Inorganic Chemistry and Frontiers of Chemistry, looking at special topics related to research. You will also get the opportunity to do a Research Project, which is normally work based.

Chemistry at Newcastle has received two silver medals (international-level citations; highly cited researchers) and a bronze medal (number of publications) from the Centre for Higher Education Development in their prestigious Ranking of Excellent European Graduate Programmes in Natural Sciences.

Facilities: we have internationally renowned research groups with modern facilities for synthesis, analysis, NMR, crystallography, spectroscopy, photochemistry, surface chemistry, computational chemistry and chemical nanoscience

Careers: chemical industry; pharmaceutical industry; academic research; environmental, analytical and forensic science

Research Assessment Exercise (RAE): you can find out more about the University’s areas of research excellence that have been submitted for RAE 2008 and also check how well we performed.

Chemistry consists of two courses, Fundamental Chemistry and Interdisciplinary Chemistry, and offers excellent programs in inorganic, organic, physical, macromolecular, biological, theoretical, and computational chemistry. The department has faculty renowned in these fields. Sharing their excitement about chemistry, all of the faculty members are committed to both research and teaching. About 30 students are engaged in the pre-doctoral programs, and research in the laboratories equipped with modern instrumentation while attending classes on many areas of expertise within chemistry. Appropriate size and intimate atmosphere of the department lead to close interaction between faculty and students, thereby supporting not only the highest quality of education and research activities but intellectual and social life as well. Students who also want to study other fields of science such as biology, physics, and computer science can take those classes in view of these interdisciplinary approaches.

Course of Fundamental Chemistry
This course deals with the fundamental and frontier subjects in inorganic, organic, and physical chemistry. It offers research programs in structural chemistry, chemical reactions, organic and inorganic syntheses, molecular dynamics, and physical chemistry of solutions. A wide variety of compounds such as metal complexes, organic heterocycles, liquid crystals and biopolymers are targeted for research in this course both experimentally and theoretically.

Course of Interdisciplinary Chemistry
This course covers extensive fields of chemistry that cross traditional disciplinary boundaries: coordination chemistry, bioinorganic chemistry, biological chemistry, macromolecular chemistry, quantum chemistry, and organometallic chemistry. Synthetic, kinetic, genetic, and physicochemical approaches are adopted to analyze the structure of complex molecules, elucidate reaction mechanisms in biological systems, and develop novel functional molecules and materials.

Are you interested in pharmacy, but want to know more about what goes on behind the sciences in the production and development of pharmaceuticals? Then pharmaceutical chemistry is the perfect major for you. Pharmaceutical chemistry is the study of the molecular and mechanistic aspects of pharmaceuticals. Your studies will emphasize the chemistry of drug design and development, drug action, drug transport, drug delivery, and targeting.

Before you get ready to plunge into your pharmaceutical chemistry career, here are a few things you should know about the program…
You’ll get to do hands-on research in drug design and drug action projects, which including synthetic chemistry, biochemistry, and computational chemistry.
Undergraduate research is strongly encouraged; most students participate in either undergraduate research or a co-op experience in a company (or both).
Michigan Tech’s pharmaceutical chemistry program is unique. It gives you an advantage whether you’re interested in starting your career immediately or doing graduate work in drug design or other aspects of pharmaceutical chemistry.
Pharmaceutical chemistry is new to Michigan Tech, so the work and research that you do will impact the direction of the program for future majors.
You can get free help on your assignments or work for the Chemistry Learning Center.

Candidates for the M.S. program in Computational Chemistry are expected to have completed the equivalent of a Bachelor’s degree in Chemistry. Deficiencies in specific areas at the undergraduate level must be removed by passing undergraduate courses in those areas.

The Masters Degree in Computational Chemistry offered by the Michigan State University department of chemistry is designed to graduate individuals who are qualified to implement, manage, and support all aspects of computer usage in the modern academic and industrial scientific setting and who will serve as resources for modeling, visualization and data base activities. Students in this program will complete a series of core courses in advanced chemistry, computer science and statistics. An essential component of this program is a one semester paid internship with a computationally intensive industry. Students may elect to take a Certificate Program in Business Management and Communications, which presents an introduction to skills critical to managerial success.The program is open to students with the equivalent of a bachelor’s degree in chemistry and requires five semesters to complete (including the industrial internship). The students course work is determined in collaboration with the admissions committee and is designed to ensure that they will develop professional skills in modeling, writing, scientific visualization and computational science.