Fasih Ur Rehman
Experienced Product Manager with 7+ years of diverse industry experience, including fintech, edtech, e-commerce, and IT. Proven track record of successful product launches, project coordination, and team management. Skilled in defining product vision, strategy, and roadmap, conducting market research, and fostering strong client and stakeholder relationships. Proficient in agile methodologies, scrum, and project management. Data-driven with expertise in data analysis, SQL, and product marketing. Unique proficiency in Islamic finance and economics, enabling the implementation of Shariah-compliant solutions. Committed to delivering innovative and high-quality products that align with customer needs and surpass business objectives.
Phone: +92 336 2609333
Address: Pakistan
Phone: +92 336 2609333
Address: Pakistan
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accountability, and bias. This paper explores AI’s potential in improving patient care, fraud detection, risk management, and traffic optimization. The research’s implications are vital for policymakers, industry leaders, and researchers, emphasizing the need for responsible and ethical AI frameworks. As AI’s impact grows, careful consideration is essential to harness its .benefits while addressing potential risks.
windmill power generation is getting much attraction as it is
among the cheapest sources of power generation. This paper
presents modeling of a windmill system using a graphical method
of state space modeling known as Bond Graph approach. Bond
Graphs are used to model each subsystem of the windmill. A
thorough study of a windmill system is made in which starting
from the word bond graphs, we modeled the whole system and in
the end a state space model is derived. That state space model is
used for the simulation purposes to achieve the desired result of
greater efficiency for a certain level of water in a storage tank.
Level of the water tank is controlled by the power generated
from the windmill. Optimization of this model is achieved using
Proportional, Integral and Derivative (PID) controller while
meeting the constraints.
accountability, and bias. This paper explores AI’s potential in improving patient care, fraud detection, risk management, and traffic optimization. The research’s implications are vital for policymakers, industry leaders, and researchers, emphasizing the need for responsible and ethical AI frameworks. As AI’s impact grows, careful consideration is essential to harness its .benefits while addressing potential risks.
windmill power generation is getting much attraction as it is
among the cheapest sources of power generation. This paper
presents modeling of a windmill system using a graphical method
of state space modeling known as Bond Graph approach. Bond
Graphs are used to model each subsystem of the windmill. A
thorough study of a windmill system is made in which starting
from the word bond graphs, we modeled the whole system and in
the end a state space model is derived. That state space model is
used for the simulation purposes to achieve the desired result of
greater efficiency for a certain level of water in a storage tank.
Level of the water tank is controlled by the power generated
from the windmill. Optimization of this model is achieved using
Proportional, Integral and Derivative (PID) controller while
meeting the constraints.