Verified Tutor
What do I enjoy most about tutoring? 😁
The preferred subjects such as SCIENCE, MATH, ENGLISH, PHYSICS, CHEMISTRY, ENGINEERING, ELECTRICAL, BIOLOGY and so on are enjoyable to me in priority. I get enjoyment when I can see that students can learn properly.My Strengths as Tutor 💪
I have the communication and problem solving abilities to realize the situation of the students so that they can learn with enjoyment. Additionally, I can understand the mental condition of the students that lead me to forward.Most important things I can do for a student 🏅
A tutor should try to make the circumstances for learning the students easily. The main factor depends on the tutor albeit subject topics can be easy or difficult.Subjects Tutored 🎓
- Physics tutoring
- Chemistry tutoring
- Maths tutoring
- Biology tutoring
- Science tutoring
- Info Processing tutoring
- Engineering Studies tutoring
- English tutoring
Exam Prep 📝
- Naplan tutoring
- WACE tutoring
Tutoring students in 👦 👧
- year 1
- year 2
- year 3
- year 4
- year 5
- year 6
- year 7
- year 8
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- year 10
- year 11
- year 12
About MD OHIRUL QAYS JOARDER
Expert in Electrical and Electronic Engineering Education
This tutor brings a robust educational background with ongoing PhD research focused on enhancing smart grid systems for IoT applications. Having completed a Master''s degree by research, they possess deep theoretical knowledge paired with practical application skills, essential for high-level tutoring in electrical and electronic engineering subjects.
Proven Research Excellence and Innovation
With numerous published papers and active participation in significant projects like system strength improvement for smart grids and renewable energy system monitoring, this tutor has demonstrated innovation and expertise. Their research work not only contributes to academic knowledge but also provides practical solutions relevant to modern engineering challenges.
Commitment to Developing Practical Engineering Solutions
Throughout their career, this tutor has engaged in various engineering projects that showcase their ability to translate complex theories into real-world applications. From designing novel power converters for hybrid energy systems to developing sensors and safety circuits, they have effectively combined academic research with tangible engineering outcomes beneficial for students seeking practical understanding.
