Lecturer in Mechanical Engineering – Instrumentation & Control Job vacancy



 Job in

UK

Electronics, Engineering
Position: Lecturer in Mechanical Engineering – Instrumentation and Control - HRODC Postgraduate Training Institute requires the services...
Skills Needed: The job requires:
1. The ability to function effectively in a Professional Setting;
2. Knowledge and skills in course and programme design and delivery;
3. Willingness to learn to function in an academic environment
4. Desire to Deliver Short Courses, Intensive Full-Time and Full-Time Programmes
5. Commitment to Deliver Courses and Programmes on Proximity (Classroom Based) and Video-Enhanced On-Line Line Modes;
6. The ability to function effectively in a Professional Setting;
7. Desire to acquire knowledge and skills in course delivery;
8. Ability to adjust to working in an academic environment;
9. Ability to create PowerPoint Presentations;
10. Ability and willingness to undertake International Travel;
11. Willingness to undertake associated administrative duties;
12. Familiarity and competence in relevant contents, concepts and issues exemplified by the following:
Part 1: Measurement Systems
 Introduction to Measurement Systems;
 Instrumentation Systems;
 Performance Terms;
 Reliability;
 Requirements;
Part 2: Instrumentation Systems Elements
 Introduction to Instrumentation Systems Elements;
 Displacement Sensors;
 Speed Sensors;
 Fluid Pressure Sensors;
 Fluid Flow;
 Liquid Level;
 Temperature Sensors;
 Sensor Selection;
 Signal Processing;
 Signal Transmission;
 Smart Systems;
 Data Presentation Systems.
Part 3: Instrumentation Case Studies
 Instrumentation Case Studies;
 Case Studies;
 Data Acquisition Systems;
 Testing.

Part 4: Control Systems
 Introduction to Control Systems;
 Control Systems;
 Basic Elements;
 Case Studies;
 Discrete-time Control Systems.
Part 5: Process Controllers
 Introduction to Process Controllers;
 On-off Control;
 Proportional Control;
 Derivative Control;
 Integral Control;
 PID Control;
 Tuning;
 Digital Systems.
Part 6: Correction Elements
 Correction Elements;
 Pneumatic and Hydraulic Systems;
 Directional Control Valves;
 Flow Control Valves;
 Motors.
Part 7: Programmable Logic Controller (PLC) Systems
 Programmable Logic Controller (PLC) Systems;
 Logic Gates;
 Programmable Logic Controller (PLC) System;
 Programmable Logic Controller (PLC) Programming.
Part 8: Systems
 Systems;
 Gain;
 Dynamic Systems;
 Differential Equations.
Part 9: Transfer Function
 Transfer Function;
 Transfer Function;
 System Transfer Functions;
 Block Manipulation;
 Multiple Inputs;
 Sensitivity.
Part 10: Systems Response
 Systems Response;
 Inputs;
 Determining Outputs;
 First-order Systems;
 Second-order Systems;
 Stability;
 Software.
Part 11: Frequency Response
 Frequency Response;
 Sinusoidal Inputs;
 Bode Plots;
 System Identification;
 Stability;
 Compensation.
Part 12: Nyquist Diagrams
 Nyquist Diagrams;
 The Polar Plot;
 Stability;
 Relative Stability.
Part 13: Controllers

 Controllers;
 Controllers;
 Frequency Response;
 Systems and Dead Time;
 Cascade Control;
Feed Forward Control.
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