Requirements
At least 5 years of professional experience in aerospace engineering or flight dynamics.Hands-on experience with scripting for engineering or simulation workflows.Proficiency in at least 2 of the following: OpenVSP, XFLR5, FlightGear + JSBSim, OpenRocket, QGroundControl.Strong experience with aerodynamic, flight-performance, trajectory, mission, or airframe analysis.Ability to define robust engineering problems with clear assumptions and acceptance criteria.Strong analytical validation and engineering sanity-checking skills.Experience producing clear technical documentation and reviewing engineering work.Strong written and spoken English.
Description
Gramian Consultancy is a boutique consultancy specializing in IT professional services and engineering talent solutions. With a strong background in software engineering and leadership, we help companies build high-performing teams by matching them with professionals who truly fit their needs.Role OverviewWe are looking for an experienced Aerospace / Flight Dynamics Engineer to create, validate, and review simulation-based engineering tasks using tools such as OpenVSP, XFLR5, FlightGear + JSBSim, OpenRocket, and QGroundControl. The role combines aerodynamic analysis, flight simulation, mission planning, scripting, technical validation, and structured engineering review.CONTRACT: Contractor assignment, 5 weeksCOMMITMENT: Hourly, upto 40h/weekLOCATIONS: Remote - Bangladesh, Brazil ,Colombia, Egypt, Ghana, India, Indonesia, Pakistan, Turkey, VietnamPROCESS: Home AssignmentNOTES: At least 5 years of aerospace or flight-dynamics experience and proficiency in at least 2 of the listed tools are required.Key ResponsibilitiesAuthor aerospace and flight-dynamics tasks using relevant simulation and design tools.Build and validate realistic engineering problem statements, models, calculations, and technical assets.Create golden geometries, mission plans, and reference solutions.Score and review geometry, route, and airframe files against defined criteria.Define inputs, assumptions, constraints, operating conditions, and expected output metrics.Translate engineering requirements into simulation models and repeatable workflows.Validate results using analytical checks, sanity checks, and engineering judgment.Review other engineers’ submissions for technical correctness and completeness.Optimize designs based on simulation outputs and identified constraints.Document methodologies, assumptions, engineering decisions, and final results clearly.