MATLAB Jobs

I'm seeking an experienced that holds master's / Phd in electrical engineering for my thesis on renewable energy integration in power systems. Key Requirements: - In-depth knowledge of power systems and renewable energy - Research and analytical skills - Strong technical writing abilities (especially mathematical formulations) - Experience with modeling and simulation tools such as ETAP / MATLAB Ideal Skills: - Electrical engineering Phd/Master's degree - Specialization in power systems - Prior research or thesis experience - Familiarity with renewable energy technologies and policies Please provide a detailed proposal, including relevant experience and a timeline.

I have an ongoing research task that requires a full finite-element simulation of both single piles and 3 × 3 pile groups in ABAQUS/CAE. The goal is to quantify dynamic stiffness and damping when the foundation is subjected to harmonic loading and to understand how those properties change with excitation frequency, soil shear modulus, and pile length. Please build non-linear soil–pile interaction models, run frequency-domain analyses, and extract the complex impedance functions across the required frequency range. After the runs, post-process the results in MATLAB, Excel, or Python so I can clearly see: • dynamic stiffness versus frequency • dynamic damping versus frequency • side-by-side parametric comparisons for the three varied parameters (soil shea...

I need a detailed MATLAB/Simulink model that shows how a Level 3 DC fast-charging station behaves when a passenger-car battery is pushed for maximum charging speed, and how that strategy ripples back through the local grid. The core goal is charging-speed optimisation: I want to see, step by step, how tweaks to current limits, power-electronics control, and battery thermal constraints shorten overall charge time without forcing the feeder or transformer outside safe operating limits. Scope of work • Build or adapt a modular Simulink/Simscape Electrical model of a 350 kW DC fast charger, its power-conversion stages, and a representative passenger-car battery pack. • Integrate a simplified distribution-grid section (utility connection, line impedance, transformer) so volta...

I need a MATLAB/Simulink implementation of a 9-level cascaded H-bridge inverter that uses Selective Harmonic Elimination (SHE) to drive total harmonic distortion as low as possible. The simulation must show, through FFT analysis inside Simulink, that the output voltage meets a THD target that clearly improves on a conventional carrier-based PWM approach. My priority is minimising THD, and I also want to see concrete steps that reduce power losses, especially those linked to the switching devices. Please choose switching angles that strike the right compromise between harmonic suppression and conduction losses; I am not currently concerned with the transformer or passive elements. Deliverables • A clean, well-annotated Simulink model that produces a nine-level line-to-line voltage ...

I’m looking for a seasoned researcher who can take the raw physiological data coming from our wearable and turn it into rigorously validated, clinically useful information. My immediate goal is to run a small-scale clinical trial paired with deep algorithm testing so we can confirm—and then improve—the accuracy of heart-rate, blood-pressure, respiratory-rate and broader adherence-related metrics. You would help me design the study protocol, define gold-standard comparisons, supervise data collection, and iterate on the signal-processing / machine-learning code that powers our on-device analytics. A solid grasp of biostatistics, clinical research methods, and coding in Python, R or MATLAB will be essential, and familiarity with FDA or CE guidance for digital health prod...

I have a steady pipeline of engineering manuscripts that need to be shaped into publish-ready research papers for journals and conferences. Because the work is ongoing, I’m looking to partner with a single Indian writer who can handle every stage—from literature review to final formatting—without leaning on an agency team or agency-level pricing. The core of the job is research-paper writing, but many projects also require numerical analysis and simulation work. You should therefore be comfortable jumping between Python scripts, MATLAB models, and the usual suite of engineering tools when the study calls for it. If you already integrate both platforms into your workflow, you will fit in perfectly. Quality is non-negotiable: every draft must return a combined plagiarism ...

I’m an Electrical Engineering student and I sometimes need an extra set of expert eyes on my coursework. When a problem set, small project, or concept gives me trouble I’ll send you the questions or brief and expect a clear, step-by-step solution that also teaches me the underlying reasoning. Most tasks revolve around mainstream Electrical Engineering subjects—think circuit analysis, power calculations, or introductory control principles—so a broad foundation is essential, even if we end up focusing on just one of those areas at a time. Deliverables for each request • A worked solution in Word / PDF with every step shown • A concise explanation of the theory or method used • (When relevant) simulation or code files from MATLAB, Multisim, PSpice, ...

I’m an Electrical Engineering student and I sometimes need an extra set of expert eyes on my coursework. When a problem set, small project, or concept gives me trouble I’ll send you the questions or brief and expect a clear, step-by-step solution that also teaches me the underlying reasoning. Most tasks revolve around mainstream Electrical Engineering subjects—think circuit analysis, power calculations, or introductory control principles—so a broad foundation is essential, even if we end up focusing on just one of those areas at a time. Deliverables for each request • A worked solution in Word / PDF with every step shown • A concise explanation of the theory or method used • (When relevant) simulation or code files from MATLAB, Multisim, PSpice, ...

I have completed a laboratory experiment and gathered the raw data; what I now need is a polished lab report that drills straight into the results section, with an explicit, quantitatively-driven error analysis. The procedure and hypothesis portions are already documented elsewhere, so the bulk of the narrative should concentrate on how experimental uncertainty arose, how it propagated through the calculations, and how it ultimately affects the reliability of the conclusions. You will receive: • the original data tables (instrument readings, calibration sheets, and environmental notes) • my preliminary calculations in spreadsheet form • a brief outline of the experiment’s objective and method for context What I expect back: • a concise yet rigorous rep...

I have a MATLAB assignment centred on building a clean, well-documented simulation that works with purely numerical data and leverages the Curve Fitting Toolbox for analysis. The task is concept-driven rather than template-based, so every line of code must be original and fully plagiarism-free. You will start from a short problem statement and raw data I supply, develop the simulation logic, apply appropriate curve-fitting routines, and return results that are easy for me to reproduce. Efficiency and clear commenting are critical, as I’ll be stepping through each function myself. Deliverables • One or more .m files containing the complete, self-contained simulation • Brief README or inline comments explaining setup, assumptions, and how to run the script Acceptance...