Mechanical Structure Engineer
JuChu LingDong
Responsibilities
- Design small-scale, high-precision mechanical structures for robotic components, ensuring reliable packaging and mechanical transmission within limited spaces while meeting environmental robustness requirements such as IP protection, shock resistance, and vibration resistance.
- Collaborate with the hardware team on product integration design to achieve mechanical isolation, EMI shielding, and miniaturized layout of sensitive units.
- Drive DFM / DFA for high-precision plastic / rubber molding processes (e.g., micro-injection, insert molding, multi-cavity molds), lead BOM management, tolerance stack-up analysis, and technical coordination with suppliers.
Requirements
- Bachelor’s or Master’s degree in Mechanical Engineering, Mechatronics, Polymer Materials Engineering, or a related field.
- 3+ years of experience in precision structural design for small-scale products, with hands-on background in developing plastic and rubber components.
- Proven end-to-end experience managing small-volume products from design through mass production; able to clearly articulate your contributions to structural solutions, mold follow-up, and resolution of mass-production issues.
- Expert-level proficiency in Creo (mandatory); familiarity with structural simulation tools such as ANSYS / ABAQUS is required. Knowledge of rubber hyperelastic constitutive models or plastic creep and viscoelastic behavior is a plus.
- Preferred candidates: Participants in Robocon, RoboMaster, or similar robotics competitions; those with experience in micro-mechanical system design or debugging; prior experience in consumer electronics or robotics structures is advantageous.
About the company
JuChu LingDong is a cutting-edge tech company originating from the Hong Kong University of Science and Technology, specializing in R&D for 3D force-tactile perception technologies for robots, aiming to endow robots with realistic 'touch' capabilities. The company has secured tens of millions of HKD in R&D funding from the HKSAR government and support from top-tier venture capital firms. Focusing on the development of 3D tactile sensors for tangential forces, it addresses core perception needs for embodied intelligent robots by enabling simultaneous posture and tactile data acquisition. The technology has been featured by multiple official media outlets, and products have completed validation across multiple scenarios, currently in a rapid phase of technological implementation and industrialization.
1. Core Original Perception Technology: Mastery of 3D force / tangential force decoupled tactile sensing technology, enabling simultaneous posture and tactile acquisition. Possesses complete practical experience from prototype development and solution iteration to mass production, with technology leading the industry. 2. High-Potential Golden Track: Deeply engaged in the tactile perception track for embodied intelligent robots, targeting vast markets such as humanoid robots, dexterous hands, and smart interactive devices, with rapidly growing industry demand. 3. Top-Tier Research-Originated Team: Core team members originate from the Hong Kong University of Science and Technology, advocating a concise and efficient engineering culture that respects professional judgment and values technological innovation and product implementation. 4. Shenzhen-Hong Kong Collaborative Industrial Resources: Leveraging Hong Kong’s scientific research innovation capabilities and rooted in Nanshen, Shenzhen, the company fully utilizes the Greater Bay Area’s complete supply chain ecosystem to accelerate product prototyping, testing, and scaled implementation.
- Industry
- AI Hardware & Robotics
- Founded
- 2026-01-16