Senior Mechanical Engineer

Shibata Asia Sdn. Bhd.; Klang City; On-site; MYR 80,000 - 100,000; Full time

Job summary

A leading company in rubber manufacturing is looking for an experienced Senior Mechanical Engineer to drive the design and optimization of mechanical systems and molds. The ideal candidate will have a strong background in CAD software, FEA simulation, and experience in the rubber industry. This role involves collaboration with cross-functional teams and mentoring junior engineers. Candidates should possess a Bachelor's in Mechanical Engineering and 5–8 years of related experience.

Qualifications

• Minimum 5–8 years of experience in mechanical design, mold analysis, or manufacturing engineering.
• Experience in the rubber or polymer industry is highly desirable.
• Proficiency in FEA for mold simulation, and process improvement techniques.

Responsibilities

• Lead the design and development of molds and mechanical systems.
• Conduct FEA, thermal, and flow simulations.
• Collaborate with production and maintenance teams to resolve issues.
• Plan and execute prototype testing and data collection.
• Manage multiple engineering projects from concept to implementation.

Skills

CAD software proficiency (SolidWorks, AutoCAD)

FEA simulation

Analytical and problem-solving skills

Excellent communication and leadership skills

Project management

Education

Bachelor’s Degree in Mechanical Engineering

Master’s Degree

Tools

SolidWorks

AutoCAD

Lean Manufacturing methodologies

Job description

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We are looking for an experienced Senior Mechanical Engineer to join our team in the rubber manufacturing industry. The successful candidate will lead the design, analysis, and optimization of mechanical systems and molds, while providing technical leadership and support to production and maintenance teams.

This role requires a strong foundation in mechanical design, mold analysis, and manufacturing process integration. The ideal candidate is analytical yet hands‑on, capable of driving both engineering innovation and on‑ground problem solving to enhance product quality, process reliability, and cost efficiency.

Key Responsibilities

Design & Engineering Leadership

Lead the design and development of molds, tooling, and mechanical systems used in rubber compounding and molding operations.

Develop detailed 3D models, technical drawings, and specifications using CAD software.

Review and validate designs to ensure performance, manufacturability, and cost‑effectiveness.

Analysis & Simulation

Conduct and interpret FEA, thermal, and flow simulations to optimize mold and mechanical performance.

Use CAE tools to predict mechanical behavior, material flow, and thermal effects during the molding process.

Recommend design improvements based on simulation and testing outcomes.

Production & Process Support

Collaborate closely with production, R&D, and maintenance teams to resolve mechanical or process‑related issues.

Provide engineering guidance during new mold trials, equipment installation, and process optimization activities.

Drive continuous improvement initiatives focusing on cycle time reduction, defect elimination, and cost optimization.

Testing & Validation

Plan and execute prototype testing, data collection, and result analysis.

Document design changes, testing procedures, and validation reports for traceability.

Manage multiple engineering projects from concept to implementation.

Liaise with vendors, contractors, and cross‑functional teams to ensure technical and timeline requirements are met.

Support knowledge transfer and mentor junior engineers or technicians in design and analytical practices.

Key Skills & Tools

Technical Expertise

CAD software (SolidWorks, AutoCAD, or equivalent) – Technial drawing/3D modeling.

Simulation tools (SolidWorks Simulation or equivalent) - FEA for mold structural, thermal, and flow analysis

Knowledge of materials and mechanical behavior in rubber molding applications

Core Competencies

Strong analytical and problem‑solving skills.

Hands‑on approach and practical mindset.

Excellent communication and leadership skills.

Proven ability to manage projects independently and cross‑functionally.

Qualifications

Bachelor’s Degree in Mechanical Engineering (Master’s Degree is an advantage).

Minimum 5–8 years of experience in mechanical design, mold analysis, or manufacturing engineering.

Experience in the rubber or polymer industry is highly desirable.

Proficiency in FEA for mold simulation, and process improvement techniques.

Familiarity with Lean Manufacturing, Six Sigma, or equivalent methodologies is an advantage.