Aircraft Design Engineer (Catia)

These are some of the benefits you will enjoy at Sener:

• You will have the opportunity to participate in innovative, high-tech international projects, collaborating with a multidisciplinary and highly qualified team.

• You will enjoy better management of your time through our flexible working hours and remote work policies.

• You can optimize your salary with our flexible compensation plan (meal card, private health insurance, childcare vouchers...) and you will have life and accident insurance.

• We will take care of you with our physical and emotional well-being program, which includes sports, workshops, etc.

• We will boost your professional development with technical, skills, and language training, etc., so you can keep growing and achieving your goals.

• We promote equal opportunities, diversity, and inclusion for all people, and we are certified as a Family-Responsible Entity (efr).

If you feel identified, we look forward to meeting you... at Sener we want to go as far as you want to go!

At Sener Aeroespacial y Defensa, we work on high-precision projects that make us a strategic partner for space agencies, government bodies, and top-tier companies. With the integration of SCR into our Group, we expand our technological offering and reaffirm our commitment to innovation in advanced solutions for the aerospace and defense sector.

As part of the Sener Aeroespacial y Defensa group, SCR is a company specialized in the design, development, and manufacturing of unmanned systems, covering both aerial vehicles and advanced intelligence and surveillance solutions.

At SCR, we are looking for a design engineer to design, analyze, and optimize the aerodynamics of UAVs and unmanned aircraft to maximize range, autonomy, stability, and mission effectiveness, ensuring consistency with structural, weight, propulsion, and operational constraints.

• Mechanical and structural design of UAVs and loitering munitions from concept to industrialization.

• CAD modeling, drawing generation, and selection of aeronautical materials.

• Structural analysis, weight management, and validation through testing.

• Mechanical integration of propulsion, avionics, and payloads.

• Support for prototyping, ground testing, and flight campaigns.

• Collaboration with electronics, software, and systems teams.

• Preparation of technical documentation and support for qualification processes.

• Sizing of thicknesses, reinforcements, and structural joints according to mission loads.

• Designing supports, anchors, and racks for avionics, batteries, sensors, and warheads.

• Defining wiring routes, watertight passages, and internal fastenings.

• Calculating and adjusting the center of gravity in different mission configurations.

• Designing simple mechanisms (covers, locks, releases, folding mechanisms).

• Preparing CAD files for CNC manufacturing, molds, or 3D printing.

• Providing direct technical support to the workshop/manufacturing during assembly.

• Implementing design changes derived from failures in testing or flight.

• Performing post-flight inspections and structural damage analysis.

Maintaining design versions, BOM, and configuration control.