A massive oil refinery hums with activity, its intricate network of pipes and valves working in perfect harmony.
Suddenly, a critical sensor detects a slight pressure change. Within seconds, automated systems adjust, averting a potential disaster.
This isn’t luck – it’s the power of instrumentation and control at work.
Remtronic Automations Instrumentation and control training in Port Harcourt offers a gateway to this exciting world.
Whether you’re a fresh graduate looking to kickstart your career or an experienced professional aiming to upgrade your skills, this specialized training could be your ticket to success.
But what exactly does this training entail? What opportunities does it unlock? Let’s dive in and explore the answers to these intriguing questions.
Table of Contents
IS INSTRUMENTATION AND CONTROL IN DEMAND?
The demand for instrumentation and control expertise is soaring across industries such as oil and gas, manufacturing, factories, and power generation.
The pressing need for drives this trend:
- Process optimization
- Cost reduction
- Integration of advanced technologies like IoT, AI, and machine learning
These factors are reshaping industrial operations by enhancing:
- Operational efficiency
- Real-time data monitoring
- Safety protocols
- Decision-making capabilities
As automation becomes increasingly prevalent, professionals skilled in instrumentation and control play a pivotal role in transforming industrial landscapes and driving technological advancements.
RELATED : AUTOMATION TRAINING IN PORT HARCOURT
INSTRUMENTATION AND CONTROL TRAINING IN PORT HARCOURT
Remtronic Automations offers premier instrumentation and control training in Port Harcourt for both novices and seasoned engineers.
Our instructors are industry experts with over a decade of hands-on experience in industrial instrumentation and process control.
Our comprehensive program covers:
– PLC and HMI wiring configuration and simulations
– Process Control System applications
– Project lifecycle: design, implementation, commissioning, operation, and maintenance
We prioritize practical learning, providing each trainee with ample resources and equipment for hands-on experience. Our custom-designed training tools, including modular flow stations and simulation workbenches, ensure a thorough understanding of real-world applications.
At Remtronic, we’re committed to delivering in-depth, practical knowledge that prepares our trainees for success in instrumentation and control.
WHAT MAKES REMTRONIC AUTOMATION AND INDUSTRIAL CONTROL TRAINING UNIQUE?
Why Choose Our Instrumentation and Control Training?
- Industry-Recognized Certification Our certificates carry weight in the industry, enhancing your professional credibility.
- Career Support We offer job leads, and mentorship, and have a track record of employing our graduates.
- Hands-On Learning Our training hall is fully equipped with industrial-grade tools, ensuring 100% practical experience.
- Real-World Simulations Practice on our modular flow control plant and process simulation workbenches to prepare for on-site challenges.
- Comprehensive Assessment Each session concludes with a 60-question quiz, preparing you for job interviews. Our graded certificates reflect your competency level, helping employers identify top talent.
At Remtronic, we don’t just train – we prepare you for a successful career in instrumentation and control.
WHAT IS THE DURATION OF THE TRAINING?
The training is for 2 Weeks.
WHAT IS THE COST OF THE TRAINING?
The cost of instrumentation and control training is 200,000 Naira.
HOW DO I CONTACT REMTRONIC?
We are situated at 17b Hon. Gideon Street, Off Peter Odili Road, Port Harcourt, you can also reach us at +234 803 768 3702 or +234 703 242 5572.
TRAINING COURSE OUTLINE
Below is our course outline:
Introduction, Definitions, and Basic Terminologies.
Process Parameter measurements, Pressure, Level, Flow & Temperature.
Sensors & Transmitters, Wiring, Installation & Troubleshooting.
Valves & Actuators; Types, Application & Comparison.
Valve Positioners (PID); Pneumatic, Electro-pneumatic, Digital.
Pump; Types, Application & Comparison.
Instrumentation Diagram; Principle, Process & Detailed.
Equipment Calibration; Transmitters, PSV & Valve Positioners.
Programmable Logic Controllers; Wiring, Programming & Troubleshooting.
SCADA, HMI, DCS, ICSS; Basic Knowledge, Application & Comparison.
Instrumentation Accessories; Tubing, Liners, Fittings, Couplers, Teflon, etc.
WHAT ARE THE REQUIREMENTS FOR LEARNING INSTRUMENT AND CONTROL ENGINEERING?
A Degree or Diploma in Electrical/Electronics Engineering.
IS INSTRUMENTATION AND CONTROL ENGINEERING A GOOD CAREER?
Instrumentation and control engineering is indeed a promising career path due to its strong job outlook and excellent salary potential.
The U.S. Bureau of Labor Statistics projects steady growth in the field, with a 3% increase in employment from 2019 to 2029.
Moreover, the International Society of Automation reports a significant demand-supply gap, with 54% of employers struggling to hire automation professionals and 73% of respondents expected their companies to be hiring automation professionals in the next two years.
WHERE CAN INSTRUMENTATION AND CONTROL ENGINEERS WORK?
Instrumentation and control Engineers or technicians can work in the following industries:
- Oil and gas Industries
- Power Generation and Distribution
- Chemical Processing
- Pharmaceutical and Biotechnology
- Water and Wastewater Treatment
- Aerospace and Defense
- Automotive and Manufacturing
- Renewable Energy (Solar, Wind, Hydro)
- Smart Buildings and Infrastructure
- Healthcare and Medical Devices.
WHAT IS THE FUTURE OF INSTRUMENTATION AND CONTROL ENGINEERING?
The future of instrumentation and control engineering is bright, driven by several key trends:
1. Industry 4.0 integration:
• Increased adoption of IoT sensors
• AI and machine learning for predictive maintenance
• Big data analytics for process optimization
2. Automation expansion:
• Growth in robotics and autonomous systems
• Smart manufacturing and industrial automation
• Demand for more sophisticated control systems
3. Energy sector transformation:
• Renewable energy integration
• Smart grid technologies
• Energy efficiency optimization
4. Cybersecurity focus:
• Enhanced protection for industrial control systems
• Secure communication protocols
• Resilient system design
5. Miniaturization and precision:
• Development of micro and nano-scale sensors
• Higher accuracy in measurement and control
6. Environmental monitoring:
• Advanced pollution detection systems
• Climate change mitigation technologies
• Sustainable process control solutions
7. Healthcare applications:
• Medical device automation
• Biomedical instrumentation advancements
• Telemedicine and remote patient monitoring
These trends point to a growing demand for instrumentation and control engineers with expertise in digital technologies, data analysis, and interdisciplinary problem-solving.
The field is evolving to play a crucial role in addressing global challenges in energy, environment, and healthcare while driving innovation in traditional industrial sectors.
