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Engineering Physics
Semester 1: Mechanics, optics, semiconductors, and experiment-focused theory notes.
Notes-Topic Flow-PYQs
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Official PTU-aligned CSE semester structure with theory, labs, electives, project work, and training flow.
Choose a subject and continue chapter-wise board preparation.
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Semester 1: Mechanics, optics, semiconductors, and experiment-focused theory notes.
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Semester 1: Calculus, algebra, matrices, and foundational engineering math problem-solving.
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Semester 1: Circuits, machines, power basics, and problem solving.
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Semester 1: Structured notes, topic map, and quick revision support.
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Semester 1: Structured notes, topic map, and quick revision support.
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Semester 2: Structured notes, topic map, and quick revision support.
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Semester 2: Advanced calculus, differential equations, and transform-based engineering math practice.
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Semester 2: Structured notes, topic map, and quick revision support.
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Semester 2: Structured notes, topic map, and quick revision support.
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Semester 2: Reading, grammar, writing practice, and chapter summaries.
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Semester 3: Logic gates, circuits, number systems, and design basics.
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Semester 3: Structured notes, topic map, and quick revision support.
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Semester 3: Structured notes, topic map, and quick revision support.
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Semester 3: Higher engineering mathematics with transforms, vector calculus, and applied numericals.
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Semester 3: Structured notes, topic map, and quick revision support.
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Semester 4: Structured notes, topic map, and quick revision support.
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Semester 4: Structured notes, topic map, and quick revision support.
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Semester 4: Processes, memory, scheduling, and systems concepts.
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Semester 4: Structured notes, topic map, and quick revision support.
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Semester 4: Structured notes, topic map, and quick revision support.
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Semester 4: Structured notes, topic map, and quick revision support.
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Semester 5: Structured notes, topic map, and quick revision support.
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Semester 5: Structured notes, topic map, and quick revision support.
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Semester 5: Structured notes, topic map, and quick revision support.
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Semester 5: SDLC, UML, testing, and project planning notes.
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Semester 5: OSI, TCP/IP, routing, protocols, and networking basics.
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Semester 5: Structured notes, topic map, and quick revision support.
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Semester 6: Structured notes, topic map, and quick revision support.
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Semester 6: AI foundations, search, reasoning, and intelligent system concepts.
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Semester 6: Structured notes, topic map, and quick revision support.
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Semester 6: Structured notes, topic map, and quick revision support.
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Semester 6: Structured notes, topic map, and quick revision support.
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Semester 6: Structured notes, topic map, and quick revision support.
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Semester 7: Structured notes, topic map, and quick revision support.
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Semester 7: Structured notes, topic map, and quick revision support.
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Semester 7: Structured notes, topic map, and quick revision support.
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Semester 7: Structured notes, topic map, and quick revision support.
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Semester 7: Structured notes, topic map, and quick revision support.
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Semester 7: Structured notes, topic map, and quick revision support.
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Semester 8: Structured notes, topic map, and quick revision support.
Complete each stage in order for better exam and placement outcomes.
Course Plan -> Subject Selection -> Chapter Completion -> Practice + PYQ -> Revision -> Exam/Interview Readiness
Finish high-impact core subjects before moving to electives.
Align lab work and mini-projects with semester outcomes.
Keep notes, practice, and subject revision aligned through the semester.
Click on any subject below to open chapter-wise preparation content.
Latest pattern sets
Open PapersPYQs by chapter
Practice PYQsQuick last-week revision
Open NotesTimed board simulation
Start MockOpen one subject, complete chapter basics, then do PYQs and revision before moving to the next topic.
Yes. Keep semester exam preparation and coding practice in parallel for balanced outcomes.
Use weekly revision plus final intensive revision before exams and interviews.