· Engineering – Strong foundation in mechanical design from first principles, engineering mechanics, strength of materials, and system-level problem solving. Able to validate designs using calculations, FEA, tolerance stack-up analysis, GD&T, hydraulics, and pneumatics.
· Electrical & Controls (Collaboration & Integration) – Working knowledge of industrial electrical and controls systems, enabling meaningful collaboration with Electrical & Controls engineers on motors, drives, sensors, safety systems, and PLC-based architectures — ensuring seamless mechanical–electrical–controls integration. (Hands-on controls programming is not required.)
· Materials & Parts Selection – Sound understanding of engineering materials, manufacturing processes, and tolerance capabilities; hands-on experience selecting standard OEM components such as bearings, gearboxes, drives, belts, chains, and actuators for continuous-duty and high-load machinery.
· CAD – Expert-level proficiency in SolidWorks (mandatory) for complex assemblies and fully defined manufacturing drawings with GD&T, compliant with ISO / DIN / ANSI standards. Experience with Creo / Inventor and Model-Based Definition (MBD) is an advantage.
· Field Experience – Exposure to machine building, installation, commissioning, and field issue resolution is desirable, enabling design decisions grounded in real-world application and service feedback.
· Strong communication, coordination, and decision‑making skills for working with global stakeholders
· Team leadership and team‑building capability, including mentoring and technical coaching
· Attention to detail, ownership mindset, and quality‑focused execution
· Effective time management and ability to handle multiple priorities and NPD programs
· Excellent verbal and written communication skills in English
Education and Experience:
· Bachelor’s degree in Mechanical or Mechatronics Engineering, with a minimum of 15 years of total experience, including 12+ years of hands‑on mechanical design and development experience.
· OEM experience preferred, with exposure to machine installation, commissioning, and field issue troubleshooting, enabling practical, application‑driven design decisions.
· Proven experience executing engineering projects with global teams, collaborating across geographies and time zones throughout the project lifecycle.
· Demonstrated people and project leadership experience, having guided cross‑functional teams for at least 5 years, fostering collaboration across mechanical, electrical, controls, and related disciplines.