Remote Aerospace Engineer

📍 Anywhere 🏷️ Engineering General 💰 $120,000 / year

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Somewhere between a CAD model and an actual flight-ready component, a lot of things have to go right — stress tolerances checked, propulsion integration verified, certification paperwork that actually holds up under scrutiny. That's the work behind this role. We're hiring a full-time, fully remote Aerospace Engineer at $120,000 per year.

What the Work Actually Looks Like

You'd be designing aerospace systems and components, running stress analyses and simulations to ensure they hold up under real conditions, and working across disciplines to get propulsion, avionics, and mechanical systems functioning as one system rather than separate parts bolted on. None of this happens solo — virtual design reviews and feasibility studies are a regular part of the rhythm.

Core Responsibilities

Design and Analysis

Build and refine aerospace system, component, and assembly designs using 3D CAD tools.
Run stress analysis and simulations to confirm structural integrity across a range of conditions.
Work with multidisciplinary teams to cleanly integrate propulsion, avionics, and mechanical systems.

Problem-Solving and Reviews

Join virtual design reviews, feasibility studies, and flight-readiness evaluations.
Apply aerodynamics, thermodynamics, and materials science principles to genuinely hard technical problems.
Push design processes and quality standards forward through collaborative work, not solo fixes.

From Design to Delivery

Help prepare technical documentation, compliance reports, and certification materials.
Keep remote stakeholders informed and deliverables on track.
Support troubleshooting, design iteration, and performance testing across the engineering lifecycle.

What You'll Need

Education: Bachelor's degree in Aerospace Engineering, Mechanical Engineering, or a related technical field (minimum requirement). Experience: At least 3 years in aerospace design, remote engineering work, or advanced systems integration. A solid background in structural analysis, propulsion systems, or aerodynamic optimization matters a lot here — this isn't a role for someone who only knows the theory. Familiarity with FAA or EASA safety compliance standards is expected, along with real comfort in digital modeling and simulation work. You'll also need to function well without someone looking over your shoulder, since a good chunk of this job happens asynchronously.

Where You'd Stand Out

Experience with spacecraft systems, UAV development, or propulsion innovation.
Background in remote R&D collaboration or virtual prototyping.
Knowledge of lightweight materials and composite fabrication techniques.

Tools You'd Work With

Industry-standard CAD platforms — CATIA, SolidWorks, Siemens NX.
Software for structural simulation and airflow modeling — the FEA and CFD side of the toolkit.
Digital twin environments and flight simulation platforms.
Cloud-based project management and version control tools like Jira and GitLab.
Real-time collaboration platforms — Slack, Zoom, MS Teams.

Compensation and Perks

$120,000 annual salary.
Flexible remote structure that adapts to how you actually work best.
Home office setup allowance.
Paid time off and dedicated wellness days.
An annual learning budget for continued upskilling.
Access to aerospace conferences and virtual networking events.

The Environment You'd Be Working In

Naukri Mitra places aerospace engineers with companies working across commercial aviation, defense, and space exploration — not a single narrow niche. The team spans multiple time zones and leans on agile workflows to keep everyone aligned without forcing rigid overlap hours. Mentorship from senior engineers is built into how the team operates, and cross-functional project work is common rather than the exception.

Where This Role Can Lead

Engineers who stay in this kind of role for a few years often move into leadership tracks or get pulled into next-generation propulsion and sustainable aviation initiatives early. It's a role with a genuine ceiling to climb, not a static position.

How to Apply

Send your resume with your aerospace or mechanical engineering background clearly outlined — specific systems you've designed or certified carry more weight than a general list of skills. Remote engineering experience is worth calling out directly if you have it. Applicants from the USA, Canada, the UK, the European Union, Australia, India, and other regions worldwide are welcome to apply.

Frequently Asked Questions

A lot of it is design and stress testing — building out CAD models, running simulations to confirm a component holds up under real conditions, and making sure propulsion, avionics, and mechanical systems actually work together instead of just sitting next to each other on paper.

A bachelor's degree in aerospace engineering, mechanical engineering, or something close to it covers the education side. On top of that, three years or more in aerospace design or remote systems integration work is expected, along with familiarity with FAA or EASA compliance standards.

Yes — design, simulation, and review work all happen through cloud-based tools and CAD platforms rather than in a physical lab. Applicants from the USA, Canada, UK, European Union countries, Australia, and India are all eligible to apply.

$120,000 annually, plus a home office setup allowance and an annual budget set aside specifically for continued learning.

Real depth in one area — propulsion, structural analysis, aerodynamic optimization — tends to matter more than broad but shallow exposure. Experience with spacecraft systems, UAV work, or composite materials is a genuine plus, not a requirement, but it does stand out.