Built for complex systems and connected engineering outcomes
SimulationAssignment supports projects within individual engineering domains and research that connects mechanical, electrical, electronics and electromagnetic behaviour.
Engineering depth. System-level evidence.
A simulation is valuable only when each domain model—and every interface between them—can be explained and validated.
Our workflow prioritises traceable assumptions, correct physical interfaces, stable project files, clearly labelled results and direct communication. We work across mechanical, electrical, electronics, electromagnetics, controls, energy, automotive, RF and coupled multiphysics research.
Clarity
Define the system, objective and performance indicators before building.
Validation
Compare methods, test edge cases and document limitations.
Confidentiality
Handle research files and communication with appropriate discretion.
Specialist capability across four connected streams.
Projects may remain inside one discipline or combine several streams through multiphysics, system-level and co-simulation methods.
Mechanical
FEA, CFD, thermal, dynamics, vehicles, composites, machinery and structural optimization.
Electrical
Power systems, microgrids, converters, BESS, machines, protection and renewable energy.
Electronics
Control, signal processing, sensors, embedded systems, robotics, AI and optimization.
Electromagnetics
Antennas, RF, wireless power, electric machines, magnetic devices and EMC studies.
Researchers and engineers worldwide
Engineering graduates
Capstone projects, simulation assignments and technical presentations.
Master’s researchers
Dissertation modelling, comparisons, result analysis and revisions.
PhD scholars
Proposal implementation, novelty testing, papers and thesis chapters.
R&D engineers
Concept validation, controller evaluation and technical prototypes.
See the work before starting.
Browse dedicated project pages covering common research tools and applications.