Automatic Control of Design Professionals, Reducing Human Intervention
This program is a
*LIVE INTERACTIVE webinar: you will need an i-phone, i-pad, lap top, or desk top to view it. and a microphone/webcam.
Webinar links are emailed one day prior to the class date.
All our programs are APPROVED FOR PDU’s
We do not charge a registration fee only Tuition
8 PDU in 1 DAY
Date: Sunday June 4, 2023 Time: 8:am to 4:30pm
We are approved provider by:
NJ Board of Professional Engineers and Land Surveyors
New York Board of Professional Engineers , Sponsor # 201 beginning 2/1/2018 to 1/31/2024
Florida Board of Professional Engineers: Laws and Rules and Ethics, Provider number 007543 (Ethics) 0010489
Florida Board of Professional Engineers: CE provider Provider number 0007543
Maryland Board for Professional Engineers
Course Agenda and Description:
8:00-10:00
What is automation and why do we need it
Development of automatic control
Concept, composition, and control
Classification
Requirements for the performance of the control system
How is automation used today
10:00-11:00 Mathematical Model of Automatic Control & Time Domain Analysis Method
Establishment of differential equations of control system
Concept and calculation of transfer function
Time domain analysis method
Obtaining system performance indicators
Stability analysis of control system
Analysis and calculation of steady-state error,
Methods to reduce or eliminate steady-state error
11:00-12:00 Root Locus Analysis Method & Frequency characteristic method
Basic Concepts of root locus
Basic characteristics of root locus and drawing methods
Use root locus to analyze system performance
Basic concepts and geometric representation of frequency domain characteristics
Frequency characteristics of typical links and systems
12:00-12:30 30-minute break
12:30-1:30 Calibration and Design of Control System & Analysis of sampling control system
The general method of system calibration
General understanding of engineering design method of control system
Analysis of sampling control system
Stability analysis of sampling control system
Steady-state error of sampling control system and its solution
1:30 – 3:30 Practical Application of Automatic Control
- Automatic train control, ATP (Automatic Train Protection),
- ATO (Automatic Train Operation) and ATS (Automatic Train Supervision)
- Communication-based train control (CBTC)
- Drones
3:30 -4:30 Discussion
Instructor:
Mr. Avinash Prasad is a Licensed Professional Engineer, Land Surveyor with more than three decades of professional experience in civil engineering, surveying & management field since his graduation. He has recently earned Doctor of Philosophy degree from New York University in Civil Engineering. He has double Master of Science Degrees in Civil Engineering and Engineering Management from New Jersey institute of technology, NJ and BS Degree in Civil Engineering. He has more than 2000 hours of continuous professional education as instructor/participating professional (1990-2021) excluding formal education. He is a (NJ) state certified emergency medical technician (EMT), emergency medical responder (EMR), fire fighter (FF). He is a FELLOW of American Society of Civil Engineers and also an active member of several professional organizations such as: AREMA, PMI, AISC, NYSAPLS etc. His technical papers were accepted in multiple ASCE journals and various other organizations like ASCE, AREMA & NYSAPLS conference proceedings for presentation and or publication multiple times.
