First Semester Notes

Quick notes

1. Understand computer fundamentals and evolution and connect it to Computer Fundamentals and Applications.
2. Understand number systems, data representation, and digital information and connect it to Computer Fundamentals and Applications.
3. Understand computer hardware, memory, storage, and i/o devices and connect it to Computer Fundamentals and Applications.
4. Understand operating systems, application software, and utilities and connect it to Computer Fundamentals and Applications.
5. Understand internet, web services, cybersecurity, and digital citizenship and connect it to Computer Fundamentals and Applications.

Model questions

Quick notes

1. Understand c programming environment, algorithms, and flowcharts and connect it to Programming in C.
2. Understand variables, data types, operators, expressions, and control statements and connect it to Programming in C.
3. Understand functions, recursion, arrays, strings, and pointers and connect it to Programming in C.
4. Understand structures, unions, enumerations, and dynamic memory and connect it to Programming in C.
5. Understand files, preprocessor directives, and modular c programs and connect it to Programming in C.

Model questions

Quick notes

1. Understand boolean algebra, logic gates, and binary arithmetic and connect it to Digital Logic.
2. Understand combinational circuits: adders, multiplexers, decoders, and encoders and connect it to Digital Logic.
3. Understand sequential circuits: latches, flip-flops, registers, and counters and connect it to Digital Logic.
4. Understand data conversion, memory devices, and programmable logic and connect it to Digital Logic.
5. Understand digital computer organization and circuit troubleshooting and connect it to Digital Logic.

Model questions

Quick notes

1. Understand sets, relations, functions, and mathematical induction and connect it to Mathematics-I.
2. Understand matrices, determinants, systems of linear equations, and vectors and connect it to Mathematics-I.
3. Understand limits, continuity, differentiation, and applications and connect it to Mathematics-I.
4. Understand integration techniques and applications and connect it to Mathematics-I.
5. Understand sequences, series, and introductory differential equations and connect it to Mathematics-I.

Model questions

Quick notes

1. Understand professional communication principles and the communication process and connect it to Professional Communication and Ethics.
2. Understand listening, speaking, presentations, and group communication and connect it to Professional Communication and Ethics.
3. Understand reading strategies, technical vocabulary, and critical response and connect it to Professional Communication and Ethics.
4. Understand professional writing: emails, reports, proposals, and documentation and connect it to Professional Communication and Ethics.
5. Understand ethics, professional conduct, teamwork, and digital responsibility and connect it to Professional Communication and Ethics.

Model questions

Quick notes

1. Understand workshop safety, tools, measurement, and electrical basics and connect it to Hardware Workshop.
2. Understand pc components, assembly, bios/uefi, and peripheral installation and connect it to Hardware Workshop.
3. Understand operating-system installation, drivers, and system configuration and connect it to Hardware Workshop.
4. Understand basic networking, cable termination, and connectivity testing and connect it to Hardware Workshop.
5. Understand preventive maintenance, diagnostics, and hardware documentation and connect it to Hardware Workshop.

Model questions