My bachelor's is from Jordan and masters from Australia. I graduated with distinction in both degrees. I've always been interested in classical mechanics. As for the degrees i was straight A student in physics and B in math.berkeman said:Welcome to PF.
Can you say what country you are in, or at least what country your BS/MS are from, and what country(ies) you are considering for your PhD applications?
How did you do in the highest level Physics and Math classes that you took in university? What was your cumulative GPA for those courses?
What specializations in Physics interest you the most, and which do you want to pursue with your PhD studies?
Can you let me know please what type additional preparation is required?Vanadium 50 said:Possible? Sure.
Possibile right now without additional preparation? Probably not.
How do you plan to pay for this? It is a lot easier if you can pay for that preparation than if you need someone else to do so.
You also need to think about your long term career goals, retirelment and how that fits in. You must be approximately 36 now. Add 3 years for the remedial work,. 7 years for a PhD, two 3 year postfoc and you'll be starting a potentially permanenet job in physics at about age 52.
Thank you, ill have a have a look at it right nowberkeman said:That's a good start! Have you considered taking a PGRE practice exam to see where you stand after having been out of school for a while (and hence probably a bit rusty in Physics and Math)?
http://sites.apam.columbia.edu/courses/apph4903x/exam_GR0177.pdf
amoonaa said:Is it possible to do a phd in physics ?
amoonaa said:Its always been my passion that i now think about pursuing
Yes, you can pursue a PhD in Physics with an engineering background. Many physics PhD programs welcome students from diverse academic backgrounds, including engineering. However, you may need to take some prerequisite courses in advanced physics to bridge any gaps in your knowledge.
Your engineering background can be highly beneficial in a Physics PhD program. Engineering often involves practical problem-solving skills and a strong foundation in mathematics and applied sciences, which are valuable in many areas of physics research.
Several areas of physics research align well with an engineering background, including applied physics, materials science, condensed matter physics, and nanotechnology. These fields often require a practical understanding of engineering principles and technical skills.
To prepare for a Physics PhD program, you should focus on strengthening your understanding of fundamental physics concepts. This may involve taking additional courses in classical mechanics, electromagnetism, quantum mechanics, and statistical mechanics. Gaining research experience in a physics-related project can also be advantageous.
One of the main challenges you might face is the difference in focus between engineering and physics. Engineering often emphasizes practical applications, while physics can be more theoretical. Bridging this gap may require additional coursework and a shift in thinking towards more abstract concepts. However, with dedication and the right preparation, these challenges can be overcome.