Matemáticas de Ingeniería Jobs

I need reliable support for my engineering-math homework, with a primary focus on calculus—especially derivatives. Whenever an assignment drops, I’ll upload the questions and look for a clear, written, step-by-step walkthrough that shows each line of reasoning, the formulas applied, and the final answer. Fast turnaround is essential; some tasks come with tight, same-day deadlines, so I need someone who can jump in online and respond quickly when flagged as “urgent.” Although derivatives dominate my current workload, occasional algebra or statistics problems do appear, so a solid background in those areas is a plus. All sessions and explanations will be delivered entirely online; no video or live calls are required unless we both decide they’d help speed thi...

The goal is to complete a Final Year Project (FYP) focused on the design and optimization of a low-speed UAV tailored for cloud seeding. The project involves: - Using OpenVSP for wing planform area optimization. - Comparing airfoil shapes through published works, particularly at low Reynolds numbers, using tools like XFLR5. - Applying theoretical knowledge in aerodynamics and aircraft design to develop an optimized UAV design. - Deliverables include data validation on VSPAero and XFLR5, as well as performance evaluation focusing on airfoil selection and wing design. The interim report will be shared to serve as a foundation for this work.

I have derived the governing equations for a rotating, pre-twisted blade treated as a thin shallow shell and now need a full modal vibration study. The formulation already includes the complete mass matrix, the gyroscopic matrix, and separate stiffness contributions for the structural shell, centrifugal stiffening, rotational softening, and an elastic root represented by spring constants. Thickness varies along the span, so any solution must respect the taper, the twist, and the elastic root support while the tip remains free. Your task is to compute the natural frequencies and mode shapes across a practical range of rotational speeds, capturing the combined influence of centrifugal force, Coriolis coupling, and rotational stiffening. Please work directly from the matrix form I provide, o...