Course outcomes of ECE 5th sem
| ECEPC-511 Digital Signal Processing | |
|---|---|
| CO1 | Classify and perform operations on discrete-time signals and systems, including convolution and correlation, to analyze their behavior in the time domain. (Understand, Apply - Bloom's Levels 2 & 3). |
| CO2 | Apply DTFT and DFT techniques to analyze discrete-time signals in the frequency domain and utilize FFT algorithms for efficient spectral computation. (Apply, Analyze - Bloom's Levels 3 & 4). |
| CO3 | Evaluate the impact of finite word-length effects such as quantization, rounding, and truncation on the performance of digital systems(Analyze, Evaluate - Bloom's Levels 4 & 5) |
| CO4 | Design and implement IIR and FIR digital filters using classical methods and analyze their performance, including in multirate systems. (Design, Evaluate - Bloom's Levels 5 & 6) |
| CO5 | Describe the generation, detection, signal space representation and probability of error analysis of digital modulation techniques. |
| ECЕРC-512 Antenna Design and Propagation Systems | |
| CO1 | Explain the fundamental principles and characteristics of antennas and wave propagation. |
| CO2 | Design and simulate modern antenna structures such as microstrip, array, and reconfigurable antennas. |
| CO3 | Analyze EM wave propagation in free space, terrestrial, and atmospheric environments using practical models. |
| CO4 | Evaluate antenna performance using industry-standard tools and apply design knowledge to modern Wireless applications. |
| ECEPC-513 Embedded Systems | |
| CO1 | Explain the architecture and features of embedded systems and ARM Cortex M4-based microcontrollers. |
| CO2 | Develop embedded applications using ARM Cortex M4 peripherals such as GPIO, timers, ADC, PWM, and system clocks. |
| CO3 | Interface and program external devices using serial communication protocols like UART, SPI, 12C, and wireless technologies. |
| CO4 | Design and analyze real-time embedded applications considering multitasking, scheduling algorithms, and RTOS principles. |
| ECEPC-514 Digital Communication | |
| CO1 | Model and analyze baseband digital communication systems using probability and signal space concepts. |
| CO2 | Evaluate bit error rate (BER) and bandwidth efficiency for various modulation schemes. |
| CO3 | Design digital receivers for optimal symbol detection over AWGN and fading channels. |
| CO4 | Apply digital modulation and coding concepts in real-world wireless and data transmission systems. |
| ECEPC-515 Linear Control Systems | |
| CO1 | Understand the fundamental concepts of control systems including open-loop and closed-loop systems, mathematical modeling of mechanical and electrical systems, and analyze their behavior using transfer functions and block diagrams. |
| CO2 | Analyze the time-domain performance of linear time-invariant (LTI) systems through transient and steady-state response, and assess system stability using Routh-Hurwitz and root locus techniques. |
| CO3 | Evaluate the frequency-domain characteristics of control systems using Nyquist and Bode plots, and determine system stability, gain margin, and phase margin. |
| CO4 | Design and implement controllers and compensators (P, PI, PID, Lag, Lead, Lead-Lag) to modify system performance, and apply state-space methods to assess controllability, observability, and solve state equations of LTI systems. |
| ECEPC-511P Digital Signal Processing Lab | |
| CO1 | Model and analyze digital signals and systems using computational tools. |
| CO2 | Design, implement, and evaluate digital filters. |
| CO3 | Understand and simulate practical DSP system issues like quantization effects. |
| CO4 | Use FFT and multirate techniques in solving real-world DSP problems. |
| ECEPC-512P Antenna Design and Propagation Systems Lab | |
| CO1 | Design and simulate common antenna structures using simulation tools |
| CO2 | Analyze antenna performance parameters like gain, radiation pattern, bandwidth, VSWR |
| CO3 | Perform basic antenna measurements using lab instruments or virtual setups |
| CO4 | Apply wave propagation models to evaluate practical wireless link scenarios |
| ECEPC-513P Embedded Systems Lab | |
| CO1 | Design systems for various embedded applications. |
| CO2 | To gain practical knowledge through hands-on lab sessions. |
| CO3 | To innovate and enhance problem-solving skills to do mini-projects and final project. |
| ECEPC-514P Digital Communication Lab | |
| CO1 | Analyze and implement various baseband and passband digital modulation schemes using simulation tools like MATLAB or Python. (Cognitive Level: Analyze - Bloom's Level 4) |
| CO2 | Evaluate system performance through constellation diagrams, eye patterns, and bit error rate (BER) under noise conditions. (Cognitive Level: Evaluate - Bloom's Level 5) |
| CO3 | Design and simulate matched filter and correlator receivers for efficient signal detection. (Cognitive Level: Apply - Bloom's Level 3) |
| CO4 | Demonstrate the ability to simulate and analyze advanced communication schemes such as OFDM and spread spectrum systems relevant to modern wireless standards. (Cognitive Level: Apply/Analyze – Bloom's Level 3/4) |