u/Informal-File-6606

Just finished my Bachelor’s in Computer Engineering from IOE and I’m thinking about pursuing a Master’s in Computer Engineering at KU. I honestly have zero idea about the whole process, so if any seniors could help, I’d really appreciate it.

When does the entrance open, what’s the admission process like, and do IOE marksheets/certificates work directly or do we need any additional equivalence documents? Also, any info about entrance preparation, deadlines, or overall experience would help a lot.

Have you ever thought ke wtf so useless course why are they not teaching me things that are used in real world job market yada yada yada etc etc.

or

Why my course does not have such cool subjects like CSIT has etc etc etc

Then brother wth dude its computer engineering.

simple analogy chai like suppose a person studying MBBS complaining about not being trained how to become a dentist coz dentist is the real hype in Nepal rn rey.

so why do u want to be trained in xyz and do the job your degree was not designed for ?

Ya some idea huna parcha

Computer engineering field is fast phased naya tech ta aucha jancha aucha jancha din dinai , and people who understand the core principles are the ones who will have upper hand than the people who just try to learn EVERYTHING.

Computer Engineering as a degree follows a globally standardized foundation, designed around core principles rather than short term job market trends. In that sense, the curriculum is still relevant ani well structured.

It’s true that some topics may not be directly used in modern industry. However, that does not make them useless. For example, studying processors like the 8085/8086 is not about using outdated hardware, but about understanding how basic CPU architecture, instruction cycles, and memory interaction work. These concepts are the foundation of all modern processors, including i9 or Apple Silicon chips.

The mistake people make is assuming “modern tech” means only learning the newest tools. In reality, if you skip fundamentals, you cannot properly understand or build advanced systems. You don’t need to study cutting-edge hardware directly to become modern you need to understand the principles that all modern systems are built on.

Older technologies are used in education not because they are outdated, but because they are simplified models of complex systems. They make it easier to understand how computing systems are designed, which is something directly relevant even today.

mata yo ne vanchu ke removing Thermodynamics from Computer Engineering is questionable because thermal concepts are still relevant in real computing systems.

Heat is a major constraint in CPUs, GPUs, and servers, affecting performance, stability, and lifespan. Basic thermodynamics helps understand cooling, heat transfer, and energy efficiency in hardware design and embedded systems.