Best Universities for Masters certificate program in Physics

The Department offers a special program for graduate students designed to give them extensive training and experience in teaching at the college level.

Up to six students are selected for the program each year. Each of these students normally serves during the academic year as a lead TA in an introductory physics or astronomy course.

Students successfully completing the program are awarded a Certificate of College Teaching in Physics or Astronomy, to be presented during the graduation ceremony in May. The requirements for the certificate are:.

Preparation of a teaching portfolio during the teaching of a summer course, or during a preceding semester. The teaching portfolio should include:.

A complete syllabus for the summer course stating what will be covered during each lecture. The course schedule should include the schedule of labs.

A complete set of work assignments and solutions for the summer course.

A complete set of exams that will be given during the summer course.

Participants in this program are to be videotaped either during the academic year (while being a TA) or during the summer. Review of the tapes serves as part of the self evaluation process.

In addition, participants in this program are expected to play a major role in the TA Training Program for the following academic year, helping in the training of new first year TA .

Physics at Northeastern invites you to join an exciting journey to explore, discover, and apply the fundamental principles that run the universe. Take a front-row seat as you visualize everything from the collisions of sub-atomic particles to the dance of the galaxies.

In physics, we know everything is bound by the same rules and happens for a reason. of every action and reaction that keeps us curious.

Collage of 4 images showing physics balloon, spaceships and lab tanks.

Ental biophysics group at Northeastern Physics develops and applies experimental techniques to study biological entities at various scales from biomolecules to cells to organisms: Single-molecule studies range from DNA structure and dynamics to RNA protein unfolding to biopolymer sequencing cell-level research interrogates the response of cancer cells to light ganism-level research focuses on the physics and connectivity of the brain.

Our group in experimental particle physics works on the Compact Muon Solenoid (CMS) experiment at the Large Hadron Collider (LHC) at CERN. We study precision measurements of Standard Model processes and search for signatures of new physics, such as leptoquarks, dark matter candidates, and exotic production and decays of Higgs bosons. In parallel we have a broad involvement in the operation of the CMS detector and development of new detector systems for the High Luminosity LHC upgrade.

Group members apply theoretical and computational tools of statistical and nonlinear physics to understand fundamental aspects of the behavior of living systems across molecular to organ scales in health and diseases. Ongoing studies probe the energetics and dynamics of large-scale biological assemblies, physical genetics, mechanical properties of cellular assemblies and biomaterials, cancer metastasis and immune system dynamics, cardiac nonlinear dynamics, and synaptic connectivity and brain function.

Group members apply theoretical and computational tools to study the quantum properties of condensed matter (solid state) systems. A major focus within the group is understanding novel and unusual phases of matter, as well as non-equilibrium aspects of materials. Ongoing studies explore the topology of quantum degrees of freedom (e.g., electrons, magnons, and phonons), quantum magnetism (e.g., quantum spin liquids), unconventional superconductivity (e.g., high-temperature superconductors and topological superconductivity), and other highly entangled states of matter with relevance to quantum information sciences. We work in a highly collaborative environment and often publish jointly with experimental groups. Synergy between different areas is fostered by the Quantum Materials and Sensing Institute at Northeastern University.

Members of our group apply techniques from Mathematics and AI to study particle physics, cosmology, and string theory, often with overlap between the subjects. In particle physics, research is focused on Physics beyond the standard model, including understanding the role supersymmetry and supergravity. In Cosmology, questions include understanding the physics directly following the initial singularity, known as inflation, the origin of dark energy, the main form of energy in our Universe that causes it to expand at an accelerated rate, and the nature of dark matter, which is some matter of unknown origin that plays a crucial role in the formation of galaxies. Finally, the study of string theory and its implications for particle physics and cosmology requires understanding the geometry and topology of extra dimensions and solve the stringent mathematical and physical consistency conditions that come with a UV complete theory of quantum gravity.

Physics provides a strong foundation in classical and modern physics, including studies of the various physical phenomena such as electromagnetism, dynamics, building blocks of matter, energy, and radiation.

The applied physics BS degree is a flexible, interdisciplinary-oriented program designed to provide students with a solid background in basic physics, in conjunction with the opportunity to sample courses from a wide range of disciplines, including engineering, biology, chemistry, math, environmental studies, and computer science.

Physics seeks to understand the role of physical processes occurring on molecular, cellular, or macroscopic scales in vital biological functions, ranging from the interaction of chemicals with DNA, to the extraction of oxygen from red blood cells, to the generation of complex electrical signals in the brain and nervous system and physical principles of medical devices.

The data science and physics combine major brings together computer and data science, physics, and mathematics.

Mathematics and physics have been linked since antiquity. By combining physics and mathematics you can take closely related courses in each discipline, such as statistical mechanics and stochastic processes, mechanics and dynamical systems, thermodynamics and Fourier Series, and quantum mechanics and partial differential equations.

The computer science and physics combined major brings together three disciplines: computer science, physics, and mathematics. The mathematics requirements serve as a foundation for both computer science and physics.

Physics Music with Concentration in Music Technology, BS.

The combined major in physics and music provides a strong foundation in classical and modern physics, including studies of the various physical phenomena including electromagnetism, dynamics, building blocks of matter, energy, and radiation.

The combined major in physics and philosophy provides a strong foundation in classical and modern physics, including studies of the various physical phenomena including electromagnetism, dynamics, building blocks of matter, energy, and radiation.

The program culminates with mechanical engineering capstone design.

The physics minor provides a foundation in classical and modern physics and allows students to explore advanced topics in physics through elective choices.

Physics is paired with one of three concentrations in electrical and computer engineering providing students with practical skills to apply fundamental physics to the development of engineering solutions.

The Physics offers a Doctor of Philosophy in Physics with specializations in different subfields that reflect the forefront research activities of the department, including biological physics, condensed matter physics, elementary particle physics, nanomedicine, and network science.

The Physics offers Master of Science degrees with several options. The standard physics MS can be obtained by taking a specified set of courses without an MS thesis. Alternatively, an MS thesis may substitute for 8 credit hours of course work.

The PhD program in network science aims to enhance our understanding of networks arising from the interplay of human behavior, sociotechnical infrastructures, information diffusion, and biological agents.

Prospective students for College of Science Master Graduate Certificate, PhD, or other Graduate level programs must apply online using ApplyYourself.

The Graduate Certificate in Nanomedicine is designed for scientists, engineers, and physicians to develop competency and practical skills in the application of nanotechnology to problems in medicine. This program is appropriate for those working in or seeking careers in biotechnology, pharmaceutical, biomedical, or clinical fields.

A sampling of the types of courses you could take here.

Introduces research through experiments that go beyond the simple demonstration of basic physical principles found in introductory physics courses. Experiments focus on lasers, fiber-optic communication, spectroscopy, Faraday rotation, speed of light, semiconductor physics, Hall effect, fuel cells, and Fourier analysis of music and sound.

Our PreMed and PreHealth Advising program offers personalized expertise to COS students pursuing careers in health careers. This comprehensive program includes application guidance, workshops and presentations, course mapping and .

Omicron may be less severe than Delta, but it could hit the global economy even harder in 4 painful ways.

Read the latest newsletter from the Physics department.

One substitution for the articulated electives may be chosen from the following courses with adviser and departmental approval: PHYS 567, PHYS 568, PHYS 580, or PHYS 582.

Gainful Employment Disclosure for Certificate in Radiological Physics.

Physics has traditionally been divided into two broad categories: experimental and theoretical physics. Recently this categorization has become inadequate as all fields of physics have taken advantage of innovations in computing power. Experimental physicists can now analyze extraordinary amounts of data and also search for patterns in immense and complex data sets. Theoretical physicists use computing power to solve equations and simulate complex systems with great accuracy. These new applications of computers into physics can be thought of as a new category in their own right computational physics. than any time before, it is imperative that students who want to pursue a career in physics (or any science) learn data and computing techniques to tackle problems in contemporary science.

The curriculum in the Physics at UE is designed to prepare students for a satisfying and rewarding career after graduation. Apart from a well-rounded education in the major areas of physics, the department also stresses the importance of computational methods in the field:.

While taking the first-year sequence of physics, students have the option to enroll in PHYS 220 and 221 where numerical methods of calculation and simulations are introduced through the language of VPython.

PHYS 340 Computational Physics offers students the opportunity to learn and utilize numerical methods to solve advanced physics problems involving for instance, differential equations, eigenvalues problems, and Monte Carlo techniques.

UE physics student Richard Gerst simulated charge and spin diffusion in organic semiconductors which will provide insight into organic solar cell operation. Richard worked on implementing code parallelization to speed up calculations and devised new efficient ways to analyze results.

UE physics data science student used VPython to model electron dynamics in stellar conditions.

The importance of a program like CiSM in UE physics is reflected by the paths of many graduates' careers whether they attend graduate school or go on into industry.

Physics math double major Kelly Mosesso, after graduation from UE, entered Harvard biostatistic program.

Physics biology major Adam Dillman first entered industry at a biotech company involved in DNA sequencing. The data intensive work took DNA segments and processed and aligned them to form a complete sequence which could be used in forensic applications.

Adam Dillman, Physics and Biology 2011.

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The Graduate Physics Certificate is an 18-hour program designed for those seeking the subject matter expertise credentials required by many regional accrediting bodies. This certificate provides broad understanding of the field of Physics while strengthening scientific communication and analysis. Designed to be instructed in a Christian environment, the courses incorporate a pedagogical approach designed to nurture Christian faith and understanding.

Analyze then synthesize scientific knowledge through the study of physics. (Scientific Knowledge).

Demonstrate critical thinking skills by explaining scientific concepts associated the study of physics. (Critical Thinking Skills).

Evaluate then solve physics problems that can be modeled mathematically. (Quantitative Skills).

Formulate a biblical worldview utilizing the attained scientific knowledge in physics. (Christian Knowledge and Integration).

Applicable fees for resources and services will be assessed throughout the program. Tuition and fees for prerequisites and required elective courses are in addition to the charges shown on the program cost sheet. Your tuition rate will remain the same as long as you remain continuously enrolled in the same program.

Here is the list of courses required to complete the program.

These courses contain the program-specific knowledge. Upon completion, you should have the tools to conquer your new career with confidence.

A baccalaureate or graduate degree from a college or university that is accredited by an accrediting agency recognized by both the U.S. Education (ED) and the Council for Higher Education Accreditation (CHEA) verified on original transcripts sent by the institution directly to Indiana Wesleyan University.

Successful completion of the Graduate Certificate in Physics curriculum.

In each course.

Payment of all tuition and fees is required to receive a certificate.

The Graduate Certificate in Physics at Indiana Wesleyan University has many convenient starts throughout the year.

Indiana Wesleyan University is a Christ-centered academic community committed to changing the world by developing students in character, scholarship, and leadership.

Dairy Manufacturing Online Certificate: Module 2 Dairy Chemistry and Physics.

Further certificates using a themed track.

Dairy Quality Certificate (consists of 1, 2, 3, 4, 5, 6, 15, 16).

This series track includes course introduction, Dairy Chemistry, Dairy Microbiology, Pasteurization technologies, Sanitation, Chain Management and Quality Systems.

Fermented Dairy Products Certificate (consists of 1, 2, 3, 4, 5, 6, 17, 18, 19).

This series track includes course introduction, Dairy Chemistry, Dairy Microbiology, Pasteurization technologies, Sanitation, Fundamentals of Cheese Making, Specialty Cheeses, and Cultured Dairy Products. The intended audience for this track includes all levels of plant personnel involved in the production of fermented dairy products.

Dried Dairy Products Certificate (consists of 1, 2, 3, 4, 5, 6, 13, 14, 20, 21).

This series track includes course introduction, Dairy Chemistry, Dairy Microbiology, Pasteurization technologies, Sanitation, Membrane Technologies, Evaporation and Drying, Milk Powders and Whey Powders. The intended audience for this track includes all levels of plant personnel involved in the production of dry milk and whey products.

Consider earning a Physics Candidacy Certificate from the University of Houston-Clear Lake. Through our College of Science and Engineering, you are eligible to receive this certificate as you complete the candidacy requirements for the Collaborative UHCL UH Physics PhD Program.

This certificate does not imply any acceptance into the UH PhD program or the successful completion of all PhD candidacy requirements. If you are pursuing a certificate you have the option of switching to the Physics M.S. degree program at any time during your enrollment in the certificate program and can apply all physics coursework taken towards the certificate towards the M.S. degree. Qualified students pursuing the Physics M.S. degree have the option of applying for the certificate once the candidacy requirements are satisfied.

Crunch the numbers on the costs for a degree from the UHCL College of Science and Engineering.

New Degree-Seeking Students August 1 Returning UHCL Students August 15.

New Degree-Seeking Students January 5 Returning UHCL Students January 15.

New Degree-Seeking Students May 1 Returning UHCL Students May 25.

Please note, some graduate programs have special deadlines and requirements.

The UHCL application is available online through Apply Texas. The online application is scheduled to close for Graduate students after the Formal UHCL Student deadline of each semester.

A $50.00 Late Registration Fee or $50.00 Late Payment may apply.

Review the UHCL Academic Calendar for registration and payment dates and deadlines.

Final Deadline March 1Document Deadline March 15.

We offer two initial certification programs that are recognized by the state and which, upon successful completion, entitle a student to an Illinois Standard High School Certificate (6-12).

The two programs, physics or general science, can be completed to prepare an individual to teach at either the high school or middle school level. The requirements of the programs are in the process of changing significantly. The changes in the programs have been due to the department continuing efforts to improve the quality of programs, the change in state certification procedures, and the pooling of resources between the various departments that offer secondary science certification programs.