MATLAB Jobs

I am building a delay-tolerant networking (DTN) showcase in which city buses and cars behave as “data mules,” ferrying messages from a source vehicle to a destination vehicle whenever communication is possible. The core of the job is a runnable simulation that plays out on an interactive map: I want to watch vehicles move, see packets hop between them, and toggle between two forwarding strategies: • an arbitrary, “send-whenever-in-range” method, and • a direction-aware method that chooses relays based on the vehicle’s heading. While the platform is flexible—Matlab, Python, or any other tool you feel is best—what matters is an intuitive, browser-like visualization where I can zoom, pan, and click a node to inspect its current paylo...

I want to make a dissertation project on EV charger with some topology and control scheme with adaptive current control

I’m falling behind in my Structural 3 course and need a reliable expert to take charge of both the weekly homework sets and the two upcoming online exams. The homework always revolves around stress analysis, structural dynamics, and the finite element method. I will forward each problem set as soon as it’s released; you work through every step, show all derivations and calculations, and return a clean, easy-to-read handwritten scan (PDF). For the exams, I’ll notify you of the exact time window in advance. Once I send the questions, you’ll solve them in real time and send back a scanned PDF of your handwritten work before the clock runs out. Accuracy, clear notation, and consistency with course conventions are critical, but you’re free to use tools such as M...

The assignment involves analysing and designing a propeller propulsion system for a Bristell NG-5 aircraft. There are three main tasks: Propeller Design: Use Blade Element Momentum Theory (BEMT) to calculate propeller performance, using real aerofoil data, and conduct sensitivity analysis and experimental validation. Engine Analysis: Perform thermodynamic calculations to determine engine power and fuel consumption (BSFC) at sea level and different altitudes, and compare results with existing aircraft engines. Engine–Propeller Matching: Determine the optimal propeller diameter, number of blades, blade pitch distribution, and RPM settings for climbing and cruising while minimising fuel consumption. Required deliverables: A professional engineering report (maximum 8 pages, excludi...

Project Title: Active Power Filter for EV Charging Station – MATLAB/Simulink + Hardware Prototype Project Description: I am working on my graduation project, which is an Active Power Filter (APF) for EV charging stations, and I am looking for a Power Electronics Engineer to help me with both the simulation and practical hardware implementation. The project includes: * 3-phase Active Power Filter design * MATLAB/Simulink modeling and simulation * Control strategy and controller design * Harmonic compensation and THD reduction * DC-link design * Power semiconductor switches and gate drivers * Current/voltage sensing * Protection circuits * Filter component selection * PCB design * Hardware prototype implementation * Testing and troubleshooting * Comparing simulation results with ex...

I’m tackling a graduate-level calculus assignment and need clear, accurate solutions that I can study from. The work is firmly in the mathematics domain—nothing introductory—so please be comfortable with advanced topics such as multivariable analysis, series, and proof-based reasoning. Here’s what I’ll provide • The complete problem set in PDF form • Any lecture notes or prior attempts that might help you see my approach so far What I need back • Step-by-step solutions written either in LaTeX or neatly formatted Word/Google Docs • Concise explanations of the reasoning behind each step so I can follow the logic, not just copy an answer • Graphs, code snippets, or numerical checks (Python/Matlab/Maple—your choice) whene...