Head Of Mechanical Engineering

As the Head of Mechanical Engineering at Manna, you’ll report to the Director of Hardware Engineering and lead a team of talented engineers developing the next generation of our aircraft. You’ll combine deep technical mastery across mechanical design, analysis, testing & product development disciplines, with strong leadership. This is a hands-on, high-impact role where you’ll contribute both as a technical leader and as a mentor to junior engineers. You’ll work across teams to deliver reliable, scalable, and elegant solutions to real-world challenges.

The ideal candidate must have a track record of delivering complex safety-critical engineering projects from concept through to production and certification. You'll play a critical role in scaling our mechanical engineering capabilities as we expand our commercial deployments.

Requirements

Leadership & Collaboration

Lead, mentor, and grow a team of mechanical engineers, fostering creativity, accountability, and technical excellence.

Cultivate a collaborative, values-driven culture that thrives on solving tough problems together.

Drive cross-functional coordination with electrical, software, and operations teams to resolve complex system integration challenges

Establish clear DRI accountability and technical decision-making frameworks across mechanical subsystems

Mechanical Design & Development

Own mechanical architecture for next-generation aircraft systems, including composite airframes, propulsion integration, and cargo handling mechanisms

Lead design solutions for extreme environment operations, including thermal management and environmental protection systems

Drive DFM/DFA optimization for volume manufacturing while meeting EASA certification requirements

Champion reliability engineering practices to achieve commercial aviation safety standards

Technical Excellence & Innovation

Bring a first principles approach to technical challenges.

Establish design standards, analysis methods, and testing protocols for safety-critical systems

Lead root cause analysis and corrective action processes for field issues

Drive adoption of modern CAD/PLM tools and simulation workflows

Build knowledge base for lessons learned and design best practices

Core Competencies

Technical mastery in CAD, simulation, DFM/DFA, thermal analysis, and multi-disciplinary system integration

Team leadership & mentorship, developing engineers and fostering collaboration in high-stakes environments

Project & program management, including planning, resourcing, and risk management for safety-critical systems

Cross-functional leadership, aligning mechanical design with electrical, software, manufacturing, and regulatory requirements

Supplier & manufacturing engagement, managing vendor relationships, ensuring scalability from prototype to production

Decision-making & problem-solving in regulated environments, balancing performance, cost, certification requirements, and timelines

Communication & stakeholder management, presenting technical concepts clearly to executives, regulators, and customers

Innovation & continuous improvement, driving technical excellence while maintaining compliance and process rigor