Skip to content Skip to footer

Control Systems


- Grade 12 or equivalentOR- Mature student status (18 years of age or older) and a passing score on the entrance examination

Benefits of this program

- Prepares you for valuable industry certifications- Market-driven programs- Growing demand for professionals in this area

Employment Opportunities

- Manufacturing and Industrial Automation- Robotics and Mechatronics- Aerospace and Defense- Biomedical and Healthcare- Building Automation- Automotive

In today’s high-tech world, electronic control systems play a vital role in manufacturing, processing, servicing and more – a lot of the things we buy and depend on have been created or impacted by control systems. Rumi Academy control systems programs teach students how to plan, design and develop systems that direct and manipulate other operating systems.

If you’re interested in a career in electrical and electronic engineering with a focus on control systems, here’s what you need to know.

Control Systems Courses
Control systems programs at Rumi Academy consist of a variety of courses that combine theory with practical applications. Common courses, with both lecture and lab components, include electric and AC circuits, process instrumentation systems, CAD (computer aided design), interface design and control, and power generation and distribution.

Math and physics play a big role in understanding and designing control systems. Math and physics courses relevant to electrical engineering are strategically placed throughout programs.

Co-op terms are also offered in some of the programs, where students will apply their technical knowledge to real-life situations.


Qestions & Answers

The role of control systems is crucial in various industries and applications, as they are responsible for managing and regulating the behavior of dynamic systems. Control systems are designed to ensure that a system’s output meets specific performance criteria by manipulating its inputs. In summary, control systems play a vital role in ensuring the stability, efficiency, and reliability of dynamic systems across a wide range of industries. They contribute to the automation of processes, enhance performance, and help achieve desired outcomes while adhering to safety and regulatory standards.


To excel in the field of control systems, individuals should possess a combination of technical, analytical, and interpersonal skills. Here are some essential skills for a career in control systems:

Mathematical and Analytical Skills,Programming Skills,Understanding of Control Theory,Problem-Solving Skills,Electrical and Electronics Knowledge,Instrumentation and Sensors,PLC and HMI Programming,Knowledge of Communication Protocols,System Modeling and Simulation,Cybersecurity Awareness,Project Management Skills,Communication Skills,Continuous Learning,Attention to Detail

By developing and honing these skills, individuals can position themselves for success in the field of control systems and contribute effectively to the design and optimization of dynamic systems in various industries.

Control systems perform a variety of tasks to regulate and manage the behavior of dynamic systems. The specific tasks may vary depending on the industry and application, but here are some common tasks performed by control systems:

System Monitoring,Error Detection,Feedback Control,PID Control,Setpoint Adjustment,Disturbance Rejection,Safety Shutdown,Tuning Control Parameters,System Modeling and Simulation,HMI (Human-Machine Interface) Interaction,Alarm Management,Integration with PLCs (Programmable Logic Controllers),Communication with Other Systems,Optimization,Documentation and Reporting,Upgrades and Maintenance

These tasks collectively ensure that control systems contribute to the efficient, safe, and reliable operation of various processes and systems across industries such as manufacturing, energy, aerospace, and more.

The minimum educational requirement for becoming a Control Systems Technician typically includes a post-secondary education in a relevant field.

Career advancement opportunities in the field of control systems are diverse, and individuals can progress in their careers by acquiring additional skills, pursuing higher education, and gaining experience in specialized areas. Here are some common career advancement opportunities for professionals in control systems:

Advanced Education,Professional Certifications,Specialization in Emerging Technologies,Leadership Positions,Project Management,Research and Development,Consulting,Teaching and Training,Entrepreneurship,Cross-disciplinary Roles,Global Opportunities,Networking and Professional Development

Continuing education, staying abreast of industry trends, and demonstrating leadership and innovation in your current role are key factors for advancing in the field of control systems. Additionally, seeking mentorship and proactively taking on challenging projects can contribute to career development.

Go to Top