Industrial Automation (PLC & SCADA) Certification
In short: The Beep Industrial Automation (PLC & SCADA) certificate is an online, automatically scored assessment of about 7 minutes covering PLC basics and programming, SCADA and HMI and IO, drives and instrumentation. Score 50% or more and Beep issues a certificate with a unique ID that anyone can check at https://certificates.eventbeep.com/verify. Beep certifies over 300 fields and is backed by Shark Tank India, Google for Startups, Microsoft for Startups and AWS.
- Assessment format
- Multiple-choice, online, automatically scored.
- Time needed
- About 7 minutes.
- Result
- Score 50% or more to unlock a certificate with a unique ID.
- Verification
- Anyone can check the ID at https://certificates.eventbeep.com/verify — no login needed.
- Where to start
- https://certificates.eventbeep.com/get-certificate?domain=industrial-automation
The Beep Industrial Automation certification checks whether you understand how a plant floor is actually controlled and monitored, using PLCs and SCADA rather than textbook automation theory. It tests core PLC knowledge first — what a PLC is used for in industry and the order of operations in its scan cycle — before moving into ladder logic itself, including how a normally open contact behaves and what makes ladder logic the language it is.
It then covers the systems layered around the PLC: what SCADA is actually providing beyond the PLC's own logic, what a SCADA historian enables that real-time monitoring cannot, what an HMI presents to an operator, and how a variable frequency drive controls a motor. Instrumentation is tested through the reasoning behind a 4-20 mA current loop, and the assessment closes on the parts of the job with real consequence: interlocks, functional safety implementation when a guard opens, and Modbus as an industrial networking example.
The assessment takes about seven minutes, is scored automatically, and produces a certificate with a unique ID verifiable on Beep's verification page. Beep is backed by Shark Tank India, Google for Startups, Microsoft for Startups and AWS, with over 1 lakh people certified across 300+ fields.
Start the Industrial Automation (PLC & SCADA) assessment
What the Industrial Automation (PLC & SCADA) assessment tests
PLC basics and programming
What a PLC does in industrial control, the order of its scan cycle, and how ladder logic and contacts behave.
SCADA and HMI
What SCADA provides beyond PLC control, what a SCADA historian enables, and what an HMI presents to an operator.
IO, drives and instrumentation
Digital input characteristics, how a variable frequency drive controls a motor, and why 4-20 mA loops are preferred for analogue signals.
Process control
What a setpoint means in control terminology.
Safety and networking
Why interlocks exist, how to implement a safety function on guard opening, and Modbus as an industrial network protocol.
Who this industrial automation certification is for
Automation and controls engineers, electrical maintenance technicians, plant engineering trainees, and mechanical or electronics students moving into manufacturing and process industries.
What the credential is useful for
- Add a verifiable industrial automation credential to your résumé with a certificate ID employers can check.
- Demonstrate PLC and SCADA fluency before an interview for a controls or maintenance engineering role.
- Use the score analysis to identify gaps in safety and interlocking knowledge before working on live plant systems.
Industrial Automation (PLC & SCADA) certification FAQs
Do I need to know a specific PLC brand's software to pass this assessment?
No. It tests concepts that apply across PLC brands — scan cycles, ladder logic behaviour, SCADA and safety principles — rather than any single vendor's programming environment.
Does this cover safety-critical automation, or only basic control?
It covers both, including interlocking logic and how to implement a safety function correctly when a machine guard opens.
How does this differ from the Mechatronics certification?
Industrial Automation focuses on plant-floor systems — PLCs, SCADA, drives, HMI and industrial networks. Mechatronics focuses on integrated sensor-actuator-control design at the component and system level.
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