AeroDynamics

Job description:

• Responsible for designing and analyzing components or systems. They may use computer-aided design tools and simulations to create and evaluate designs for functionality, performance, and safety.
• Play a key role in project planning, including defining project scopes, creating schedules, and estimating budgets. You will responsible for executing the project according to established plans.
• Oversee the prototyping and testing phases of a project. This involves creating prototypes, conducting experiments, and analyzing test results to ensure that designs meet specifications and performance requirements.
• Identify and solve engineering challenges. This may involve troubleshooting issues, proposing solutions, and working collaboratively with team members to address problems that arise during the design or testing process.
• Create and maintain technical documentation, including detailed drawings, specifications, and reports.
• Collaborate with professionals from various disciplines, such as other engineering specialties, manufacturing, and quality assurance, to ensure that the project progresses smoothly and meets overall objectives.

/en/mid-mechanical-engineer

Required qualifications

• Mastery of advanced computer-aided design (CAD) software, such as SolidWorks, AutoCAD, Pro/ENGINEER
• Advanced proficiency in engineering analysis methods

• In-depth knowledge of materials properties and advanced understanding of various manufacturing processes, including additive manufacturing and CNC machining.
• Expertise in designing complex machines and mechanisms, including kinematics and dynamics analysis.
• Proficiency in creating and interpreting detailed technical drawings, including knowledge of geometric dimensioning and tolerancing (GD&T).
• In-depth understanding of advanced machine components such as gears, bearings, and linkages.
• Proficiency in designing and analyzing complex mechanical systems.
• Expertise in prototyping concepts and hands-on experience in advanced testing and validation methods
• Application of advanced mathematics and physics principles to solve complex engineering problems.
• Advanced skills in using simulation and modeling tools for complex engineering analyses and system-level simulations
• Application of optimization techniques to improve the performance and efficiency of mechanical systems.
• Knowledge of advanced manufacturing technologies, such as 3D printing, robotics, and automation.
• In-depth understanding of industry-specific regulations and standards.
• Experience in ensuring designs comply with safety and regulatory requirements.
• Excellence in creating detailed technical documentation, including specifications, reports, and manuals.
• Expertise in identifying, analyzing, and managing risks associated with mechanical engineering projects.
• Proven ability to innovate and contribute to research and development efforts in the field.
• Leadership in applying new technologies to solve engineering challenges.
• Commitment to continuous learning, staying updated on emerging technologies, and pursuing professional development opportunities.

Required candidate level: Mid level

Additional information