Program: Diploma in Electrical & Electronics Engineering
Course Code: 3031 Course Title: Analog & Digital Circuits
Semester : 3 Credits: 3
Course Category: Program Core
Periods per week: 4 (L:3 T:1 P:0) Periods per semester: 60

Course Objectives:
1. To introduce the simulation and test functional aspects of digital electronics circuits using Gate level, Data flow, Behavioural modelling of Verilog Hardware description language
2. To familiarize FPGA trainer kit

Placement Training for ThoughtWorks Admission Test

Course Description:
This course is designed to prepare students for the ThoughtWorks admission and placement test. It provides comprehensive training on the various topics and skills required to succeed in the selection process. Through structured lessons, practice exercises, mock tests, and tips from experts, participants will gain the confidence and competence needed to perform well.

Key Features of the Course:

• Understanding the Test Pattern: Detailed insights into the ThoughtWorks placement process and exam structure.

• Aptitude & Logical Reasoning Practice: Strengthen problem-solving, quantitative, and analytical skills.

• Programming & Coding Skills: Hands-on practice with coding problems and algorithm-based exercises.

• Technical Interview Preparation: Learn how to tackle technical questions and real-world problem scenarios.

• Mock Tests & Assessments: Simulated tests to familiarize participants with the exam environment.

• Soft Skills & HR Interview Tips: Guidance on communication, teamwork, and personal presentation.

Course: 6049A - Medical Electronics Lab

Program: Diploma in Electronics Engineering / Electronics and Communication Engineering (Semester 6)

Course Overview:

This course provides hands-on experience in circuit design, aiming to equip students with the skills to design and set up circuits used in medical instruments2. It lays the foundation for developing proficiency in the maintenance and servicing of medical equipment3.

Key Learning Outcomes:

• Front-End Design: Make use of op-amp based circuits to design and implement bio-amplifiers, notch filters, and band-pass filters.
• Signal Processing: Implement circuits for biopotential recorders, including precision rectifiers, threshold detectors, and sample & hold circuits.
• Output Implementation: Design circuits for the output section of medical instruments, such as chart drives and automatic gain control circuits.
• IC Application: Experiment with specific ICs (e.g., IC 4051, IC 7107) and engage in open-ended projects like creating Heart Rate Monitors or Digital BP Meters.

Prerequisites:

Students should have prior knowledge of Transistor-based circuit design (Electronic circuits) and Operational amplifier-based circuits (Linear Integrated Circuits).