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    Quick Facts

    Medium Of InstructionsMode Of LearningMode Of Delivery
    EnglishSelf StudyVideo and Text Based

    Courses and Certificate Fees

    Fees InformationsCertificate AvailabilityCertificate Providing Authority
    INR 1000yesIIT Guwahati (IITG)

    The Syllabus

    • Lecture 1: Introduction to Digital Design
    • Lecture 2: Switching Algebra
    • Lecture 3: Number Systems

    • Lecture 4: Number Systems: Conversion of Bases
    • Lecture 5: Number Systems: Sign representation,
    • Lecture 6: 2's complement addition
    • Lecture 7: Binary Codes

    • Lecture 8: Minimization of Boolean functions: Karnaugh Map
    • Lecture 9: Prime Implicants and Essential Prime Implicants
    • Lecture 10: Tabulation method
    • Lecture 11: Prime implicant chart and its reduction, Branching method

    • Lecture 12: ESPRESSO: Heuristic-based Logic Optimization
    • Lecture 13: Prime Implicants and Essential Prime Implicants
    • Lecture 14: Multi-level Logic Minimization using Prime Implication Chart

    • Lecture 15: Verilog(Cont)
    • Lecture 16: Verilog(Cont)
    • Lecture 17: Verilog

    • Lecture 18: Code Conversion, Parity Checker, Comparator
    • Lecture 19: Multiplexer, Decoder Decimal Decoder,
    • Lecture 20: Full-Adder, Ripple Carry Adder

    • Lecture 21: Carry Look ahead adder
    • Lecture 22: Sign adder, Add/Sub,
    • Lecture 23: BCD Adder, Multiplier
    • Lecture 24: Combinational Design using Verilog
    • Lecture 25: Combinational Design using Verilog

    • Lecture 26: Sequential Design: Flipflop
    • Lecture 27: Sequential Design: Counter
    • Lecture 28: Sequential Design: Register

    • Lecture 29: Implementation of FLipflop,
    • Lecture 30: counters and registers in Verilog
    • Lecture 31: Finite State Machine Modeling Sequential Design with FSM
    • Lecture 32: Implementation Methodologies for FSM FSM Minimization

    • Lecture 33: Implementation of FSM using Verilog
    • Lecture 34: Implementation of FSM using Verilog
    • Lecture 35: Implementation of FSM using Verilog
    • Lecture 36: Testing of FSM

    • Lecture 37: Algorithmic State Machine and RTL
    • Lecture 38: Implementation Methodologies for ASM
    • Lecture 39: RTL design of Sequential Multiplier using ASM/RTL

    • Lecture 40: RTL Design using Verilog(Cont)
    • Lecture 41: RTL Design using Verilog(Cont)
    • Lecture 42: RTL Design using Verilog

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