Topic outline

  • Welcome to CSE-232 Microprocessor, Embedded Systems and IoT LAB


  • CLASS RECORDINGS

    You will find all the CLASS RECORDING Here!

  • Week - 1 : Course Introduction, Introduction To Emu8086 and First Program

    Topics of Discussion:

        • Introduction to Assembly Language Tools and Familiarization with Emu8086 environment.
        • Learn to install EMU 8086 and execute sample assembly program 

    Expected Learning Outcomes:

        • The capability of installing EMU 8086 and working with it.
        • Write, compile and execute assembly language programs using EMU 8086

    Resources of Learning:

        • Lecture Slide
        • Demonstration Videos

    • Week - 2 : Introduction to Basic Syntax and Library Common Functions of 8086

      Topics of Discussion:

          • Introduction to Assembly Language basic syntaxes
          • Use these syntaxes to solve small problems
          • Introduction to library common functions for input-output functions such as PRINT, PRINTN, etc.

      Expected Learning Outcomes:

          • Use of basic I/O, movement & arithmetic instructions
          • Write, compile and execute assembly language programs using EMU 8086

      Resources of Learning:

          • Lecture Slide
          • Demonstration Videos


      • Week - 3 : Arithmetic & Input-Output Instructions in Assembly Language

        Topics of Discussion:

            • Introduction to assembly instructions of arithmetic operations such as addition, subtraction, increment, decrement, negation, etc.
            • Use these syntaxes to convert high-level language expressions into assembly language
            • Introduction to input-output functions such as single-key input, single-key output, etc. using interrupt instructions

        Expected Learning Outcomes:

            • Use arithmetic to convert high-level language expressions into assembly language
            • Write, compile and execute input-output related assembly language programs using EMU 8086

        Resources of Learning:

            • Lecture Slide
            • Demonstration Videos

        • Lab performance-1 (PC-B) Assignment
          Restricted Not available unless: You belong to (PC-B)
        • Lab performance-1 (PC-A) Assignment
          Restricted Not available unless: You belong to (PC-A)
        • Lab performance-1 (PC-C) Assignment
          Restricted Not available unless: You belong to (PC-C)

      • Week - 4 : Branching Structures in Assembly Language

        Topics of Discussion:

            • Introduction to flow control mechanism and branching structure instructions such as if-else, if-then-else, case structures
            • Use the concept of flow control by creating branches in assembly language to solve practical problems

        Expected Learning Outcomes:

            • Understand the process of flow control in assembly language
            • Write, compile and execute branching structures in assembly language programs using EMU 8086

        Resources of Learning:

            • Lecture Slide
            • Demonstration Videos

        • Week - 5 : Looping Structures in Assembly Language

          Topics of Discussion:

              • Introduction to flow control mechanism using looping structure instructions such as for loop, while loop, repeat loop.
              • Use the concept of flow control by creating looping structures in assembly language to solve practical problems

          Expected Learning Outcomes:

              • Understand the process of looping instructions in assembly language
              • Write, compile and execute loopingstructures in assembly language programs using EMU 8086

          Resources of Learning:

              • Lecture Slide
              • Demonstration Videos

          • Week - 6 : Problem Solving using Branching Structures and Looping Structures

            Topics of Discussion:

                • Introduction to different sets of programming problems to be solved using flow control instructions such as for branching and looping structures

            Expected Learning Outcomes:

                • Understand the process of branching and looping instructions in assembly language
                • Write, compile and execute flow control structures in assembly language programs using EMU 8086

            Resources of Learning:

                • Lecture Slide
                • Demonstration Videos

          • Week - 7 : MIDTERM EXAMINATION

            No Lab. You can assign some post-midterm assignments for the lab.

            • Week - 9 : Arduino Uno Simulation using TinkerCad

              Topics of Discussion:

                  • Understanding how TinkerCad works for Arduino Uno
                  • Write programs to simulate the operations of simple led blinking using Arduino Uno in TinkerCad

              Expected Learning Outcomes:

                  • Apply and analyze the understanding of using simulation software for Arduino based embedded systems
                  • Apply and create the procedures for solving specific embedded system problems using TinkerCad.

              Resources of Learning:


              • Week - 10 : Street Light Project using TinkerCad

                Topics of Discussion:

                    • Introduction to street light project using Arduino Uno in TinkerCad
                    • Introduction to complex logic for the project for successfully compiling the project in TinkerCad

                Expected Learning Outcomes:

                    • Apply and analyze the understanding of using complex logics to build and simulate a project in TinkerCad 
                    • Apply and create assembly programs for solving specific programming problems.

                Resources of Learning:


                • Week - 11 : 8086 Simulation using Proteus Design Suite

                  Topics of Discussion:

                      • Introduction to 8086 hardware simulation such as operating with seven segment display using  Proteus Design Suite

                  Expected Learning Outcomes:

                      • Apply theoretical knowledge to integrate a circuit design with 8086 to simulate the seven-segment display in Proteus Design Software

                  Resources of Learning:


                  • Week - 12 : Manipulating the Microprocessor of iPhone X using Neon Programming

                    Topics of Discussion:

                        • Introduction to ARMv8 microprocessor (iPhone X microprocessor) 
                        • Introduction to the instruction set of ARMv8 to manipulate the microprocessor using Neon programming 

                    Expected Learning Outcomes:

                        • Understand the internal architecture and behavior of ARMv8 microprocessor (iPhone X microprocessor) 
                        • Write code, compile and execute neon programming codes for ARMv8 microprocessor

                    Resources of Learning:

                        • Lecture Slide
                        • Demonstration Videos

                    • Week 13 : LAB FINAL EXAMINATION

                      LAB Final could be incorporated into Programming Tasks, Viva, or short written exams. 

                      • Lab Final 

                        1. There will be 4/5 Questions.
                        2. Question will be in two sets
                        3. Total time = 3 Hours
                        4. There will be 2 submission: one is for the pdf/doc file, another is for the Link submission of the recording.

                        Submission Instructions: 

                        1. You will have to make recording ON with google meet when you will write the code. While writing, you will have to explain each line of the code as the same as you have seen during your lab classes. 
                        2. After solving the problem you will have to create a pdf file attaching all the text code along with their code+output Screenshot. 
                        3. Submit the file within the given 3 Hours and the link within an extra 1 hour of the given time. 

                      • Lab Final File Submission (PC-A+PC1 OLD) Assignment
                        Restricted Not available unless: You belong to (PC-A)
                      • Lab Final File Submission (PC-B+PC2 OLD) Assignment
                        Restricted Not available unless: You belong to (PC-B)
                      • Lab Final File Submission (PC-C+PC3 OLD) Assignment
                        Restricted Not available unless: You belong to (PC-C)
                      • Lab final: Link Submission (PC-A+PC1 OLD) Assignment
                        Restricted Not available unless: You belong to (PC-A)
                      • Lab final: Link Submission (PC-B+PC2 OLD) Assignment
                        Restricted Not available unless: You belong to (PC-B)
                      • Lab final: Link Submission (PC-C+PC3 OLD) Assignment
                        Restricted Not available unless: You belong to (PC-C)

                    • Week - 14 : Semester Final Examination