[R&D] Design Engineer

Company Description

Bosch first started in Vietnam with a representative office in 1994. Bosch has its main office in Ho Chi Minh City, with branch offices in Hanoi and Da Nang, and a Powertrain Solutions plant in the Dong Nai province to manufacture push belt for continuously variable transmissions (CVT) in automobiles. In addition, Bosch operates a software and engineering solutions from product engineering, tool development & automation as well as testing & validation solutions (Bosch Global Software Technologies Vietnam).
In July 2014, Bosch set up a new Automotive R&D Center, located in Ho Chi Minh City. The continuous growth of this Centre is in line with Bosch’s strategy in Vietnam, which aims at becoming a manufacturing and R&D hub in the Southeast Asian region. Currently four products are available: connectors, push belt, fuel supply, and diagnosis module (tank leakage).

For further information, please visit our website: www.bosch.com.vn

Job Description

• Develop design solutions within defined concept taking into account material, manufacturing and economic aspects. Optimize designs based on customer's feedback.
• Create and monitor design schedule. Perform design calculations using calculation or FEM simulation method. Examine costs, document designs (bills of materials, technical specifications, design guidelines)
• Develop innovative concepts and ensure feasibility
• Work in a project team, communicate to the stakeholders to explain the design and explore the requirements

Qualifications

• Strong Mechanical Design Background: Good background in mechanical design, with proficiency in fundamental engineering calculations and design principles.
• CAD Design Software Proficiency: Skillful use of CAD design software, with experience in NX, Creo, and SAP being an advantage.
• Product Engineering Methods: Knowledge of product engineering methods, including FMEA, DFMA, DRBFM, and DOE (Design Of Experiments).
• Communication and Collaboration: Excellent communication skills in English, both verbally and in writing, with strong analytical, communication, and teamwork skills.
• FEM Simulation: Ability to use FEM simulation for design verification, with willingness to develop competence in this field.
• Responsiveness and Ownership: Responsive, agile, and proactive, with a strong ownership mindset, willingness to take over responsibility, and a solution-driven approach.
• Manufacturing Familiarity: Familiarity with common manufacturing methods.
• Continuous Learning: Willingness to learn and apply new technologies, with the ability to work independently.