Gandhinagar, Gujarat | Approved By : AICTE,UGC | Estd: 2011
Gandhinagar, Gujarat | Approved By : AICTE,UGC | Estd: 2011
Institute Of Advanced Research was established in 2011. Institute Of Advanced Research is a Central Institute. Institute Of Advanced Research is approved by AICTE,UGC. Institute Of Advanced Research is located in Gandhinagar, Gujarat. Institute Of Advanced Research offers a PhD in Applied Physics. PhD in Applied Physics course is 3 years. This course is a doctoral-level full-time course in the Physics stream that deals with the application of technology in Physics. To pursue this course, a student must qualify for a Master's or M.phil degree securing a minimum of 55% marks from a recognized Institute Of Advanced Research /qualify in the entrance examinations. Institute Of Advanced Research Placement Cell aims to provide education to the students to help them become individuals who make society a better place. Candidates who have completed the master’s degree in Applied Physics from an equivalent degree from a recognized degree are eligible for a PhD in Dental Science course. Institute Of Advanced Research also offers alumni meetings where alumni who are successful in their respective industries help with training their juniors and provide placement opportunities. Institute Of Advanced Research Interested students are requested to visit the website for an application form. Fill out the application form with the correct information and as per the guidelines mentioned. Scan and upload the documents required and pay the application fee. Check the official website of Institute Of Advanced Research for regular updates. Institute Of Advanced Research facilities include hostels, cafeterias, medical centers, Computer Sciences, libraries, laboratories, and internet facilities.
| Name of Institute | Institute Of Advanced Research Gandhinagar |
| Established | 2011 |
| Approved By | AICTE,UGC |
| Type | Central University |
| Address | Gandhinagar, Gujarat India 382426 |
| E-Mail | contact@iar.ac.in, admissions@iar.ac.in, jobs@iar.ac.in |
| Official Website | https://iar.ac.in |
This is a very demanding course and here are the reasons why you should pursue this particular PhD program in Applied Physics:
| Course Level | Doctorate |
| Full-Form | PhD Applied Physics |
| Duration | 3 years |
| Examination Type | Semesters |
| Eligibility | Masters with 55% marks |
| Admission Process | Entrance-based and merit-based |
| Top Recruiting Companies | Medical Labs, Medical Physics Facilities, Marketing and Sales Firms, High Technological Industries, etc. |
| Job Positions | Senior Physicist, Demographer, Production Chemist, Researcher, etc. |
Like any doctorate, a PhD in Applied Physics takes approximately six years to complete. To achieve this period, you must complete the required courses, serve on a supervisory committee, and write a thesis. The average time to complete a PhD in Applied Physics is approximately six years. However, this period may change depending on the student's circumstances.
A PhD in Applied Physics can be completed in five years. In the first year, students complete their coursework and focus on research. In the second year, they can take advantage of numerous resources from different faculties and national laboratories. This means that students can work on projects that benefit humanity in different ways. Anyone with a PhD has a PhD in Applied Physics and has extensive knowledge and experience in the field.
This program allows students to complete their PhD in less than five years. In your first year, you will take the required courses, after which you will focus on research. In your second year, you will have access to the facilities of several nearby departments and national laboratories. The interdisciplinary approach of doctoral studies makes this a great choice for those interested in the application of physics in various fields. Studying a PhD in Applied Physics can also help you pursue your career goals.
Semester 1: Foundations of Applied Physics Core Courses: Classical Mechanics: Advanced topics in mechanics, including Lagrangian and Hamiltonian dynamics. Electromagnetic Theory: In-depth study of electrostatics, magnetostatics, and Maxwell's equations. Research Skills: Research Methodologies: Overview of research design, experimental methods, and statistical analysis in physics. | Semester 2: Advanced Topics in Physics Core Courses: Quantum Mechanics: Fundamentals of quantum theory, including wave-particle duality, uncertainty principles, and quantum states. Statistical Mechanics: Principles of statistical methods applied to physical systems, including thermodynamics. Elective Courses (Choose one or two): Condensed Matter Physics Nanotechnology and Materials Science |
Semester 3: Specialized Areas of Research Core Courses: Applied Optics: Study of light properties, optical systems, and applications in technology. Solid State Physics: Examination of crystal structures, electronic properties, and solid-state devices. Research Component: Literature Review: Conduct a comprehensive review of existing research in your area of interest. | Semester 4: Research Proposal Development Core Courses: Computational Physics: Techniques in numerical methods and simulations for solving physical problems. Research Skills: Research Proposal Writing: Development of a detailed research proposal outlining your intended study. |
Semester 5: Research Implementation Independent Research: Field Research/Internship: Conduct research in a laboratory or industry setting to gather data relevant to your dissertation. Elective Courses (Choose one): Photonics and Laser Technology Plasma Physics | Semester 6: Dissertation Research Core Component: Dissertation Research: Focus on conducting original research as per your proposal, with ongoing mentorship from faculty advisors. |
Institute Of Advanced Research offers a variety of facilities to students to make their learning experience comfortable and better. Institute Of Advanced Research facilities are library, auditorium, IT infrastructure, sports facilities, transportation, medical facilities, and more. Institute Of Advanced Research hosts alumni sessions where the alumni of Institute Of Advanced Research help out with seminars, webinars, and placement training provided to students.
| Library | A centralized library is available on the campus of Institute Of Advanced Research that has online and offline resources for students and faculty members. |
| Cafeteria | A hygienic canteen is available for students and faculty members at all times during Institute Of Advanced Research hours. |
| Auditorium | An auditorium with state-of-the-art acoustics is maintained for seminars, webinars, workshops, and cultural events at Institute Of Advanced Research. |
| Sports | Facilities for sports are available at Institute Of Advanced Research. Practices and tournaments are conducted regularly for interested students. |
| Laboratories | Well-equipped laboratories are maintained at Institute Of Advanced Research for educational and research facilities. |
| I.T Infrastructure | The IT infrastructure of Institute Of Advanced Research provides students with facilities for WiFi-enabled learning. |
| Transport Facility | Transportation facilities are available to day scholars of Institute Of Advanced Research. It is also available for students participating in sports tournaments, cultural activities, and more. |
| Guest Room/Waiting Room | A waiting room is available at Institute Of Advanced Research for guests, students, and faculty members. The purpose of this room is to give people a comfortable space in case they have to wait for somebody. |
| Convenience Store | A store for necessities such as photocopies, stationery, printouts, and more, is maintained at the campus for students and faculty members. |
| Parking Facility | Parking spaces are provided to students and teachers if they use their mode of transportation to Institute Of Advanced Research. |
| Medical/Hospital | Medical facilities and services are provided for students and faculty members in case they need them at Institute Of Advanced Research. |
| Job Profile | Job Description |
| Senior Physicist | Responsible for monitoring the working of subordinates, building models, and preparing reports. |
| Demographer | Responsible for analyzing, planning, and interpreting demographic information. |
| Production Chemist | Responsible for working in various pharmacy industries to develop new drugs and testing old drugs |
| Analytical Chemist | Responsible for examining substances to determine the composition of drugs and suggest a remedy. |
| Professor | Responsible for giving knowledge to all the students pursuing an Applied Physics course. |
| Scientist | Responsible for analyzing, designing, and information to carry out experiments and investigations. |
Students who are proficient in mathematics with good knowledge of Physics are eligible to pursue this course. The future scope of this course is discussed below:- Further courses like double PhD in Applied Physics are available for the students. To become more efficient and able to perform scientific investigations by the application of Physics and Technology together. The related courses with this course are PhD in Applied Chemistry and a PhD in Applied Mathematics. The PhD in Applied Chemistry course is the study of chemicals and related processes in biological and physical domains. The PhD in Applied Mathematics course is the study of different methods of mathematical types based on probability and statistics, bifurcation theory, stability theory, etc.
Q: How much time does this course take in total?
A: The total duration of this course is 3 years.
Q: Do I need to take an entrance exam before starting this course?
Answer Yes, you need to pass the entrance exam like NET/IIT-JEE before joining this course.
Question: Is it possible to do an MBA in Applied Physics even after PhD?
Answer Yes it is possible after completing your Ph.D. or MBA in Applied Physics.
Question: What types of employment opportunities are available for Ph.D. graduates in Applied Physics?
Answer: There are many private and government employment opportunities available for PhD graduates in the field of Applied Physics.
Question: Can I get a PhD in Applied Physics without a Master's degree?
Answer: No, you cannot get a PhD in Applied Physics without a Master's degree.
Question: Do I need to apply for a PhD In Applied Physics I have to write a thesis.
Answer: Yes, for PhD. In Applied Physics you have to write a thesis.
Question: What is the minimum mark required to get admission to the entrance exam?
Answer: To appear in the entrance exam, a student needs to secure at least 55% marks in M.Sc. or M.Sc.
Question: Should I pursue PhD after graduation In Applied Physics?
Answer No, you can't get a PhD after graduation either. PhD in Applied Physics.