We help with problem sets and coursework across mechanical, civil, electrical, electronics and computer engineering, plus the engineering maths modules that sit under them. Each solution states the assumptions, draws the free-body, circuit or bending moment diagram where one is needed, and carries SI units through every line, so you can follow the method and use it again.
Engineering marking schemes usually give credit for the method as well as the final number, so a bare answer earns little. In fluid mechanics that means saying which form of Bernoulli’s equation applies and what the Reynolds number tells you about the flow. In circuit analysis, each Thevenin or Norton reduction is drawn, not just stated. Where a result can be checked, for example support reactions that sum to the applied load, the check is written in. Our shear force and bending moment diagram worked example shows one problem carried from loads to a section check.
If the task is mainly code, see our help with programming and software assignments; embedded work, where the code runs on your own circuit, stays here. Pure maths and statistics modules outside an engineering degree are covered by our maths and statistics assignment help.