How can I find a good job in physics?

Hello,

The placement scenario for B.Sc. Physics students at Lovely Professional University (LPU) is steadily improving, backed by its vast industry network and strong placement support. While core Science programs are typically less placement-focused, LPU offers roles in data analysis, research, teaching, quality control, and technical services, with average packages ranging from ?4.9 to ?5 LPA. Top recruiters include Amazon, Infosys, Cognizant, and various research labs and academic institutions. LPU also encourages higher education through mentorship, lab-based training, and exam preparation for GATE, JAM, and UPSC. With career counseling and hands-on exposure, LPU equips Physics students for diverse paths in research, education, and entry-level tech roles.

M.Sc. in Physics at many universities, including Lovely Professional University (LPU), provided you meet the eligibility criteria for the program.

Eligibility CriteriaPass with 55% aggregate marks in Bachelor’s degree (any discipline) (with Physics)
Or B.Tech. (Electronics and Communication Engineering Mechanical Engineering, Electrical Engineering or Electrical and Electronics Engineering ) or equivalent (5% relaxation to North-East states and Sikkim candidates or Defence Personnel and their Dependents or Wards of Kashmiri Migrants).LPU offers an M.Sc. in Physics and typically has merit-based admission or a combination of entrance exams and academic performance.
If LPU conducts an entrance test, the LPUNEST or another exam (if applicable) may be used to assess your eligibility.
Many universities also offer direct admission based on academic performance.

Given your 74% in B.Sc. (Pass), you likely stand a good chance of being considered for an M.Sc. in Physics at LPU or other institutions, as long as you meet their specific eligibility requirements. I would recommend checking the exact entry requirements for each university and considering preparing for any entrance exams, if applicable.

Yes, you can get admission to the B.Sc (Honors) in Physics at LPU without the entrance test, as long as you fulfill the eligibility criteria. LPU allows students to apply for certain courses based on their academic performance in the 12th grade. If you have secured good marks, especially in subjects like Physics, Mathematics, and Chemistry, you are eligible to apply for the program directly. The university offers this flexibility to ensure that students who perform well in their school education have an easier transition into their chosen course. However, it's always a good idea to verify any specific conditions or updates regarding admission by contacting the university directly. This will give you clear guidance on the process and help you stay informed about any changes or requirements.

To be eligible for the Bachelor of Architecture (B.Arch) program at Lovely Professional University (LPU), candidates must have:

• Educational Qualification: Passed 10+2 or equivalent examination with a minimum of 50% aggregate marks, including English, Physics, Mathematics, and Chemistry.

• Entrance Examination: Qualified the National Aptitude Test in Architecture (NATA) or the LPU National Entrance and Scholarship Test (LPUNEST)

If you have scored less than 60% in Physics or Chemistry in your 10+2 examination, you may still be eligible for the B.Arch program at LPU, provided you meet the overall 50% aggregate requirement in the specified subjects. It's advisable to contact LPU's admissions office directly to discuss your specific situation and confirm eligibility.

Here's the detailed Class 12 Physics syllabus for HPBOSE (Himachal Pradesh Board) as per the 2024?25 and 2025?26 curriculum:

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? HPBOSE Class 12 Physics — Theory (60? Marks, 3? hrs)

Unit Topic Weightage

I. Electrostatics Coulomb's law, electric field & flux, Gauss's law applications (wire, sheet, sphere), potential & energy, conductors/insulators, capacitors & dielectrics, Van de Graaff generator 7

II. Current Electricity Electric current, drift velocity & mobility, Ohm's law, resistivity, V? I characteristics, internal resistance, combination of cells, Kirchhoff's rules, Wheatstone bridge 7

III. Magnetic Effects of Current & Magnetism Biot–Savart law, Ampere's law, magnetic forces (moving charges/current? carrying conductors), cyclotron, torque on current loop, galvanometer conversion, magnetic dipole, magnetism in materials 7

IV. Electromagnetic Induction & Alternating Current Faraday's laws, Lenz's law, self and mutual induction, AC generator, RLC circuits, AC power, resonance 7

V. Electromagnetic Waves Nature and spectrum, basic characteristics and applications 3

VI. Optics Ray optics: reflection/refraction at curved surfaces and prisms, lenses & combinations, optical instruments; Wave optics: interference (Young's double-slit), diffraction, resolving power, polarization 12

VII. Dual Nature of Matter & Radiation Photoelectric effect, de Broglie hypothesis, Davisson–Germer experiment 3

VIII. Atoms & Nuclei Rutherford model, energy levels, radioactivity:? ? ? decay, fission and fusion basics 4

IX. Electronic Devices p–n junctions, diodes & Zener regulator, transistor behavior & biasing, transistor as amplifier and oscillator; basics of logic gates 6

X. Communication Systems AM/FM transmission, modulation & demodulation principles, signal propagation 4

_Total marks: 60_