I own an coaching class for students pursuing electronics engineering.
Hiring freelancer for teaching roles in the topic Digital Systems-Part of Electronics Engineering. (Please see end of the message for syllabus)
Subject: Digital Systems and Design
Stream: Electronics Engineering
Books Used: Digital Design by M Morris Mano
Take one hour long classes on weekends. (Rs 4000/hr)
Candidate preferrably Btech/Mtech in Electronics Engineering or have good knowledge of topic Digital System particulary.
Will have round of small tests for selection process.
Boolean algebra and logic gates:
Introduction to digital systems, basic Boolean theorems and properties, truth table, Boolean functions, canonical and standard forms, other logic operations [2 Hours]
Simplification of Boolean functions:
The map method: maps up to five variables, Product of sums and Sum of products simplification, NAND and NOR implementation. Don’t care conditions, the tabulation method, determination and selection of prime implicants.[8 Hours]
Design procedure, Design of Adders, Subtractors, code converters etc., Multilevel NAND and NOR circuits, EX-OR and equivalence functions.[6 Hours]
Combinational logic with MSI and LSI:
Application of typical TTL integrated circuit components like Binary Parallel adder, carry look ahead adder , multiplier using 74283, BCD adder , Magnitude Comparator , Decoders [74138,7442], Encoders , Multiplexers , De Multiplexers, ROMS and Programmable logic arrays [PLA-829 100] for designing combinational logic. [12 Hours]
Synchronous sequential logic:
Different types of flip-flops and their triggering, Analysis of clocked sequential circuits, Design Of clocked sequential circuits-state reduction, state assignment, flip-flop excitation tables, Shift Registers, design of counters[Asynchronous and Synchronous],Shift register counters, Design of synchronous sequential circuits [Ex: sequence detectors] [12 Hours]
Asynchronous sequential logic:
Analysis Procedure, Circuits with latches and Design Procedures.[3 Hours]
RAM, ROM, PROM, EPROM, EEPROM, PLD.[5 Hours]
After studying this course, students are able to:Identify the applications of various elements of digital system abstractions.Transform complex Boolean expressions using Boolean theorems, K-Map, tabulation methods.Design combinational and sequential logic circuits.Classify different memory devices of a computer.