Your roadmap · आपका रोडमैप
- 1
Admission & first meetingप्रवेश और पहली मुलाकातEnquire at your nearest NDSS centre, meet the teacher, fix the batch time and get your study material.
- 2
Part 1 of the syllabusपाठ्यक्रम भाग 1Unit-wise coaching with notes and doubt classes.
Introduction and Mathematical ModelsTime Response AnalysisStability and Root Locus
- 3
Part 2 of the syllabusपाठ्यक्रम भाग 2Unit-wise coaching with notes and doubt classes.
Frequency Response AnalysisCompensators and ControllersState Space Analysis
- 4
Unit tests & assignmentsयूनिट टेस्टRegular tests in the university / board pattern.
- 5
Semester 5 exam (university / board)विश्वविद्यालय / बोर्ड परीक्षाPrevious papers and full revision before the exam.
- 6
Online tests & resultऑनलाइन टेस्ट और रिज़ल्टTake the tests online; your marks and result show in your student login and at the centre.
Syllabus · पाठ्यक्रम
1 subject · 6 chapters · 25 topics
01Introduction and Mathematical Models
5 topics+
- Open-loop and closed-loop systems
- Transfer function
- Block diagram reduction
- Signal flow graph and Mason's gain formula
- Modelling of electrical and mechanical systems
02Time Response Analysis
4 topics+
- Standard test signals
- First order system response
- Second order system and time-domain specifications
- Type of system and steady-state error constants
03Stability and Root Locus
4 topics+
- Concept of stability
- Routh-Hurwitz criterion
- Root locus rules and construction
- Effect of adding poles and zeros
04Frequency Response Analysis
5 topics+
- Frequency domain specifications
- Bode plot
- Polar plot
- Nyquist stability criterion
- Gain margin and phase margin
05Compensators and Controllers
3 topics+
- Lead, lag and lead-lag compensators
- P, PI, PD and PID controllers
- Design using Bode plot
06State Space Analysis
4 topics+
- State variables and state model
- Transfer function from state model
- State transition matrix
- Controllability and observability
About this course
You will be able to
- Find transfer functions using block diagram reduction and Mason's gain formula
- Analyse time response of first and second order systems and steady-state errors
- Check stability by Routh-Hurwitz criterion and sketch root loci
- Draw Bode, polar and Nyquist plots and find gain and phase margins
- Design lead, lag and PID compensation
- Write state-space models and test controllability and observability
Who it is for
- B.Tech Electrical Engineering students of Semester 5 (AKTU)
- B.Tech Electronics & Communication Engineering students of Semester 6 (AKTU)
- Students of other universities studying the same subject who want unit-wise coaching
What you need
- Network Analysis and Signals and Systems
- Laplace transform and matrices
Online tests & result
Practice and unit tests online; marks and result show in your student login and at the centre.
Student login →
Questions
Which syllabus does the Control System course follow?
It follows the AKTU (Dr. A.P.J. Abdul Kalam Technical University, Lucknow) B.Tech syllabus for Control System. If your own university's syllabus differs, the centre follows your university syllabus.
Will this help in the university examination?
Yes. Teaching is unit-wise as per the AKTU scheme, with numericals, previous-year question practice, MCQ tests and doubt sessions before the semester exam.
Is MATLAB needed for this theory paper?
Not for the exam, but we show root locus and Bode plots in MATLAB / Scilab so students can check their hand sketches.
