Programme Overview

The Instrumentation & Control Engineering Programme is designed to equip learners with practical skills in industrial measurement systems, process control, automation technologies, instrumentation maintenance, PLC programming, SCADA systems, and industrial control engineering.

Instrumentation and Control Engineers play a critical role in ensuring industrial processes operate safely, efficiently, and reliably. This programme prepares participants for careers in process industries, manufacturing plants, power stations, renewable energy facilities, water treatment plants, oil & gas operations, and utility companies.

Students will gain hands-on knowledge of sensors, transmitters, control valves, PLCs, industrial communication systems, and process automation technologies.

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Duration

12 Weeks (3 Months)

Study Commitment

• 2 Live Sessions Per Week
• Practical Workshops
• Automation Simulations
• Industry Projects
• Technical Assignments

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Delivery Mode

✅ Live Online Classes

✅ Practical Automation Workshops

✅ PLC & SCADA Simulations

✅ Industry Case Studies

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Programme Fee

Standard Tuition Fee

£1,995

Early Bird Fee

£1,795

Registration Fee

£50

Flexible Payment Plan

• £500 Deposit
• Balance Payable in 3 Installments

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Course Structure

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Module 1: Introduction to Instrumentation & Control Engineering

Week 1

Topics Covered

• Introduction to Process Industries
• Role of Instrumentation Engineers
• Industrial Automation Overview
• Instrumentation Standards
• Process Variables
• Career Opportunities

Practical Activity

Industrial Process System Analysis

Learning Outcome

Understand the role of instrumentation and control systems in industry.

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Module 2: Electrical & Electronic Fundamentals

Week 2

Topics Covered

• Basic Electrical Principles
• Electronic Components
• AC & DC Circuits
• Signal Types
• Instrumentation Power Systems
• Electrical Safety

Practical Workshop

Electrical Measurements & Signal Testing

Learning Outcome

Develop foundational electrical and electronic knowledge for instrumentation systems.

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Module 3: Industrial Sensors & Measurement Systems

Week 3

Topics Covered

• Temperature Measurement
• Pressure Measurement
• Flow Measurement
• Level Measurement
• Sensor Technologies
• Calibration Principles

Practical Workshop

Instrumentation Calibration Exercise

Learning Outcome

Understand industrial measurement and sensor technologies.

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Module 4: Transmitters & Field Instrumentation

Week 4

Topics Covered

• Pressure Transmitters
• Flow Transmitters
• Temperature Transmitters
• Smart Instruments
• HART Communication
• Instrument Installation Practices

Practical Project

Field Instrument Selection Exercise

Learning Outcome

Install, configure, and maintain field instrumentation.

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Module 5: Process Control Fundamentals

Week 5

Topics Covered

• Process Control Concepts
• Open-Loop Control
• Closed-Loop Control
• PID Control Fundamentals
• Control Strategies
• Process Optimization

Practical Workshop

PID Controller Simulation

Learning Outcome

Understand process control principles and control loop operation.

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Module 6: Control Valves & Final Control Elements

Week 6

Topics Covered

• Control Valve Types
• Valve Sizing
• Actuators
• Positioners
• Valve Maintenance
• Troubleshooting Techniques

Practical Workshop

Control Valve Performance Analysis

Learning Outcome

Understand the operation and maintenance of control valves.

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Module 7: PLC Programming Fundamentals

Weeks 7 – 8

Topics Covered

• Introduction to PLCs
• PLC Hardware Components
• Ladder Logic Programming
• Input & Output Devices
• Timers & Counters
• PLC Troubleshooting

Practical Project

PLC Programming Simulation

Learning Outcome

Develop basic PLC programming and automation skills.

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Module 8: SCADA & Industrial Automation Systems

Week 9

Topics Covered

• Introduction to SCADA
• Human Machine Interfaces (HMI)
• Data Acquisition Systems
• Alarm Management
• Remote Monitoring
• Industrial Communication Networks

Practical Workshop

SCADA System Configuration Exercise

Learning Outcome

Understand supervisory control and industrial monitoring systems.

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Module 9: Industrial Communication & Smart Technologies

Week 10

Topics Covered

• Industrial Networking
• Modbus Communication
• Profibus Overview
• Ethernet/IP Basics
• Industrial IoT (IIoT)
• Smart Factory Concepts

Practical Project

Industrial Communication Network Design

Learning Outcome

Understand communication technologies used in modern automation systems.

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Module 10: Maintenance, Reliability & Troubleshooting

Week 11

Topics Covered

• Instrument Maintenance
• Calibration Management
• Reliability Engineering
• Fault Diagnosis
• Root Cause Analysis
• Preventive Maintenance

Practical Workshop

Instrumentation Fault-Finding Exercise

Learning Outcome

Develop maintenance and troubleshooting skills for instrumentation systems.

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Module 11: Employability & Capstone Project

Week 12

Topics Covered

• Instrumentation Career Pathways
• Technical Report Writing
• Professional Communication
• CV Development
• LinkedIn Optimization
• Interview Preparation

Capstone Project

Design and present a complete instrumentation and control solution for an industrial process.

Project Deliverables

• Process Flow Diagram
• Instrument Selection
• Control Philosophy
• PLC Logic Design
• SCADA Monitoring Plan
• Maintenance Strategy

Final Assessment

• Technical Knowledge Examination
• Automation Project Evaluation
• Professional Presentation

Learning Outcome

Demonstrate competency in instrumentation and control engineering principles.

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Software & Tools Covered

Engineering Software

• PLC Simulation Software
• SCADA Simulation Platforms
• AutoCAD P&ID (Introduction)
• Microsoft Excel
• Industrial Automation Design Tools

Instrumentation Tools Awareness

• Multimeters
• Process Calibrators
• Pressure Calibrators
• Temperature Calibrators
• Loop Testers
• HART Communicators

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Professional Certifications Awarded

GDSL Professional Certificate in

Instrumentation & Control Engineering

Additional Certificates

• Industrial Instrumentation Systems
• Process Control Fundamentals
• PLC Programming Basics
• SCADA & Industrial Automation
• Instrument Maintenance & Calibration

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Practical Projects Included

Students will complete:

✅ Instrument Calibration Project

✅ Process Control Loop Design

✅ PLC Programming Project

✅ SCADA Monitoring Exercise

✅ Industrial Automation Capstone Project

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Career Opportunities

Graduates can pursue careers such as:

Instrumentation Roles

• Instrumentation Technician
• Instrumentation Assistant
• Calibration Technician
• Field Instrument Technician

Automation Roles

• Automation Technician
• PLC Technician
• Control Systems Technician
• SCADA Support Technician

Energy & Utilities Roles

• Power Plant Instrument Technician
• Water Treatment Instrument Technician
• Utility Automation Technician
• Renewable Energy Control Technician

Industrial Roles

• Process Control Technician
• Manufacturing Automation Technician
• Maintenance Technician
• Industrial Operations Technician

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Entry Requirements

Suitable For

• Engineering Students
• Electrical Technicians
• Mechanical Technicians
• Engineers
• Maintenance Personnel
• Utility Workers
• Career Changers

No Previous Instrumentation Experience Required

Basic electrical knowledge is beneficial but not mandatory.

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Programme Benefits

Every Student Receives

✅ PLC & SCADA Training

✅ Automation Project Portfolio

✅ Career Coaching

✅ Technical CV Development

✅ Interview Preparation

✅ LinkedIn Optimization

✅ Professional Certification

✅ Industry Case Studies

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Why Choose GDSL?

⚙️ Industry-Relevant Automation Curriculum

📊 PLC & SCADA Training

🏭 Practical Industrial Applications

🔧 Instrumentation & Calibration Skills

⚡ High-Demand Engineering Specialization

🎓 Professional Certification

💼 Career Development Support

🌍 Applicable Across Manufacturing, Energy, Utilities & Oil & Gas Industries

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Duration

12 Weeks

Tuition Fee

£1,995

Delivery Mode

Live Online + Practical Workshops

Next Intake

Monthly

Included

• Industrial Instrumentation
• Process Control Systems
• PLC Programming
• SCADA Systems
• Industrial Communications
• Calibration & Maintenance
• Career Development Support

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Ideal Candidates

⚙️ Engineering Students

🔌 Electrical Technicians

🔧 Maintenance Personnel

🏭 Manufacturing Professionals

⚡ Utility Sector Workers

🌱 Renewable Energy Professionals

🎓 Engineering Graduates

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Recommended GDSL Career Pathway

Electrical Engineering Technician → Instrumentation & Control Engineering → Utility Network Operations → Data Analytics for Engineers → Project Management for Infrastructure & Energy

This pathway develops professionals from technical engineering foundations through advanced automation and process control, ultimately preparing them for senior technical and project leadership roles..