UGV Platform Mechanical Design

• Design and development of basic mechanical components and structures of the UGV platform

• Formation of the mechanical architecture of the platform

• Definition of basic structural solutions and platform standards

• Ensuring compatibility of mechanics with electronic, RF and embedded systems

Structural Integrity & Durability

• Ensuring the required indicators of strength, rigidity and durability of platform structures

• Analysis of loads, vibrations, shocks and wear

• Taking into account difficult operating conditions when designing mechanical solutions

• Establishing solutions to increase the durability and maintainability of the platform

Platform Standardization & Scalability

• Development of standard mechanical solutions for the entire UGV platform

• Supporting repeatability and scalability of mechanical components

• Providing a basis for integration and customization without disrupting the platform

Manufacturing & Production Readiness

• Designing solutions taking into account serial production

• Preparation and maintenance of design documentation

• Interaction with production on the implementation of mechanical solutions

Verification & Validation

• Participation in bench and field tests of the basic platform

• Validation of mechanical solutions as part of the UGV

• Analysis of test results and updating of mechanical solutions of the platform

Key Competencies & Skills:

• Strong skills in mechanical design of basic platforms

• Practical experience in engineering design and analysis of mechanical systems

• Knowledge of principles of materials science and tolerance and fit systems

• Experience in designing for complex operating conditions

• Systems engineering thinking

• Experience with platforms or mass production equipment is an advantage

Language Requirements:

• Ukrainian - fluent

• English - Upper-Intermediate (B2) or higher

Values Alignment:

• Mission-first thinking and focus on platform reliability

• Responsibility for basic mechanical solutions and their consequences

• Orientation on standards, repeatability and long-term operation

• Readiness to work with complex engineering tasks

• Clear and substantive interaction with by related teams

What Success Looks Like After 6 Months:

The mechanical solutions of the base platform are stable, reproducible, and withstand field loads. The platform does not require constant design changes and is a reliable basis for integration and customization. The engineer is perceived by the team as the owner of the mechanical part of the UGV platform and a reliable technical support.