ELE204 Control Systems Engineering 1

Course description for academic year 2022/2023

Contents and structure

The course covers basic principles of modeling, simulation, analysis and design of classical Single-Input-Single-Output (SISO) control systems by using PID and ‘lag-lead’ controller for the most encountered industrial applications.

The course addresses themes in electro technology, mechanics, fluid mechanics, and electromagnetism from classical physics together with calculus, linear systems and stability from mathematics so that to form a scientific foundation for working with automatic systems in technological courses.

The course includes teaching sessions, problem solving seminars, and practical laboratory exercises.

PC together with technical based and simulation software like Matlab for both control, processing, storing and presentation of data, are important tools in the course.

Control Systems Engineering 1 provides an introduction in the following concepts and themes:

  • Dynamical modeling of physical SISO basic systems like electrical, mechanical and electromechanical, from physical principles.
  • Mathematical modeling of Linear-Time-Invariant (LTI) systems through differential equations, step response and linearization.
  • Reduction of more complex systems by using block diagrams or signal-flow graphs.
  • Frequency analysis by using Bode diagram.
  • Stability analysis.
  • Steady-state error.

Lag-Lead- and PID-controller design.

Learning Outcome

Knowledge

At the end of the course the candidate has knowledge

  • of the mathematical description, analysis and design of dynamic processes and systems.
  • of the application of sensors, actuators and measurement systems to implement negative feedback systems and stability analysis.
  • of how requirements such as transient response and steady-state error can be used to design control systems by using a controller.

Skills

At the end of the course, the candidate can

  • apply physical principles of mechanics, fluid mechanics and thermodynamics in analysis of dynamical systems.
  • master basic control theory and the use of relevant instruments in experimental work so that to tune controller parameters as required by system specifications.
  • work in a structured and targeted manner both alone and within team environment.

Competence

  • The candidate can communicate basic information related to theories, issues and solutions in physics and classical control theory (applied to SISO feedback systems).
  • The candidate understands the role of the engineer within the technological development in society.

Entry requirements

None

Recommended previous knowledge

  • Basic Engineering Mathematics
  • Advanced Mathematics

Teaching methods

Lectures, laboratory work, exercises by using PC and application software. Instruction may be in English.

Compulsory learning activities

3 compulsory assignments, 2 laboratory works.with mandatory attendance.

Accepted mandatory assignments are valid within 5 semesters following the approval term.

Assessment

3 hours written exam. The grading scale used is A to F. Grade A is the highest passing grade in the grading scale, grade F is a fail.

The exam may be given in English.

Examination support material

Textbook. Own written pocketbook with formulae (tied up) but no loose sheets of paper. All kinds of calculator. PC with the use of all teaching-based software except all types of communication software.

More about examination support material

Course reductions

  • ELE204D (1) - Control Systems Engineering 1 - Reduction: 5 studypoints
  • ING3056 (1) - Control Systems - Reduction: 5 studypoints
  • EL2-201 (1) - Control Systems - Reduction: 5 studypoints
  • ELE104 (1) - Control Systems Engineering with Physics - Reduction: 5 studypoints