Total 4 communications engineer job vacancies in Senai

Job Scope :

• Oversees the plant production operation and ensures that all work instructions and procedures are strictly followed.
• Collaborate with various party to organize, developing plans and effective scheduling of rules for optimum utilization of production capacity.
• Ensure execution of production progress are follow the production schedule within the time frame given.
• Liaising and coordinate between Admin Department, Logistic Department, Procurement Department, Sub-contractor and related person to ensure smooth of daily production.
• Collaborate and initiate to identify and diagnosing the root cause of product’s defect to improve production’s efficiency.
• Ensures the quality of the production of precast concrete components in accordance with latest approved shop drawings, work instructions, casting program & approved quality control methods.
• To perform of full inspection of daily pre-pour and post-pour inspections of precast components with consultant’s representative according to approved precast shop drawings.
• Assist in monitoring and controlling material usage and wastage are within tolerance.
• To assist Senior Production Engineer in managing a team of Production Supervisors, and workers in ensuring timely production and delivery of precast components. Disseminate through Production Executive if needed.
• Providing necessary production’s documentation to Admin.
• Maintain and implement quality control system in the factory and project sites by following the project quality manual and standard operating procedures set by the company.
• Liaising with Production Department’s member and sub-contractors for any non-conformance for pre-pour inspection, trains workers whenever necessary and as required.
• Any other tasks which may be assigned by the management from time to time.

Job Requirements:

• Candidate must possess at least a Bachelor's Degree, Post Graduate Diploma, Professional Degree, Engineering (Civil Engineering) or equivalent.
• 2-3 years of experiences in Precast Industry
• Knowledge of Autocad would be an advantage
• Good communicative skills, able to interact with people of all levels and teamwork
• Team player

Perks & Benefits

• Free snacks / Happy hours
• Company trips
• Medical insurance
• Personal development opportunities

• 監督工廠生產運營，確保所有工作指示和程序嚴格遵守。
• 與各方合作，組織、制定計劃和有效安排規則，以實現生產能力的最佳利用。
• 確保生產進度依照生產計畫在規定的時間內完成。
• 負責與行政部門、物流部門、採購部門、分包商及相關人員聯絡協調，以確保日常生產順利進行。
• 協作並主動識別和診斷產品缺陷的根本原因，以提高生產效率。
• 確保預製混凝土構件的生產品質符合最新核准的施工圖、工作指導書、澆築程序和核准的品質管制方法。
• 根據已批准的預製構件車間圖紙，與顧問代表一起對預製構件進行每日澆築前和澆築後檢查的全面檢查。
• 協助監控和控製材料使用和浪費情況，確保其在容許範圍內。
• 協助資深生產工程師管理生產主管和工人團隊，確保預製構件的及時生產和交付。如有需要，可透過生產主管傳達。
• 向管理部門提供必要的生產文件。
• 依照公司製定的專案品質手冊和標準作業程序，在工廠和專案現場維護和實施品質控制系統。
• 與生產部門成員和分包商聯絡，處理澆築前檢查中發現的任何不合格情況，並在必要時對工人進行培訓。
• 管理層不時指派的其他任何任務。

職位要求：

• 候選人必須至少擁有學士學位、研究生文憑、專業學位、工程（土木工程）或同等學歷。
• 2-3年預製件產業經驗
• 掌握AutoCAD軟體者優先考慮
• 良好的溝通能力，能與各階層人士互動，並具備團隊合作精神。
• 團隊合作者

福利待遇

• 免費小吃/歡樂時光
• 公司旅行
• 醫療保險
• 個人發展機會

The Engineering Team at Cricut develops and delivers high-quality products that delight our consumers. Join us in creating innovative products and experience the satisfaction of seeing people enjoy and love what they create.

The primary responsibility of this role is to collaborate with part suppliers and contract manufacturers on both new and existing products to resolve product and process issues. This position requires strong engineering fundamentals, hands-on technical problem-solving capabilities, and solid design expertise to improve or correct products throughout their lifecycle.

Responsibilities

• Partner with the NPI team on new product introduction projects, working closely with R&D, Quality, Manufacturing, Procurement, Sourcing, and Operations to ensure a smooth transition from design to stable mass production, aligned with program timelines and quality objectives.
• Support the design of 3D CAD models and 2D drawings for components involving mechanisms, sheet metal structures, plastic housings, and gearing systems.
• Conduct Design for Manufacturing and Assembly (DFMA), Design for Inspection (DFI), and Design to Cost (DTC) reviews to ensure designs are manufacturable, inspectable, and cost-effective.
• Drive cost-reduction initiatives through Value Engineering and Design-to-Cost principles across the product development lifecycle.
• Review and approve tooling and manufacturing processes for fabricated parts, including First Article Inspection (FAI) and verification of form, fit, and function at each development phase.
• Lead root cause analysis and corrective action implementation for product and process issues using structured problem-solving methodologies such as 8D, 5-Why, and Fishbone diagrams.
• Apply statistical tools, including process capability studies and Design of Experiments (DOE), to optimize product and process performance.
• Perform functional and reliability testing during validation and verification phases in collaboration with the Quality team.
• Work closely with suppliers and contract manufacturers to qualify tooling, materials, jigs, and fixtures.
• Monitor customer feedback and field performance data to drive continuous improvement and inform future product enhancements.
• Manage multiple projects and priorities simultaneously with minimal supervision while keeping stakeholders and management informed.

Knowledge, Skills, and Abilities:

• Strong training and hands-on experience with statistical-based problem-solving methods for product and process improvement.
• High proficiency in root cause analysis methodologies such as 8D and 5-Why.
• Proficiency in Pro/ENGINEER (Creo) is highly preferred; SolidWorks experience will also be considered. Experience with FEA simulation is an added advantage.
• Strong interest and aptitude in robotics, kinematics, dynamics, mechatronics, and mechanism design.
• Experience in injection-molded plastic part design, tooling best practices, and process parameter optimization.
• Proven experience bringing products from concept through high-volume manufacturing.
• Familiarity with sheet metal design and fabrication processes.
• Knowledge of rapid prototyping techniques, including hands-on experience with 3D printing, is a plus.
• Solid understanding of GD&T principles.
• Self-motivated, detail-oriented, and capable of working independently.
• Strong verbal and written communication skills.

We are seeking a Supplier Quality Engineer (SQE) with strong expertise in plastic injection tooling & molding processes. The ideal candidate will have hands-on experience in defining, optimizing, and validating molding parameters, reviewing and approving tooling designs, selecting appropriate resin materials, and diagnosing process-related defects. This role will work closely with suppliers to ensure robust, stable, and capable manufacturing processes from tool design through mass production.

Key Responsibilities

- Responsible for supplier quality plastic injection molded components from development through mass production
- Review, evaluate, and approve tooling design (mold design) together with Engineering team to ensure manufacturability, quality, and process robustness
- Collaborate with Engineering & suppliers on mold flow analysis, gate location, cooling layout, venting, and shrinkage considerations
- Evaluate and approve supplier injection molding processes, including parameter setup and process controls
- Determine and validate optimal molding parameters
- Lead root cause analysis and corrective actions for molding defects (e.g., sink marks, warpage, short shots, flash, burn marks, cracks, breakage)
- Assess and ensure correct resin material selection based on product requirements and application
- Conduct supplier audits focusing on molding process capability, tooling condition, and quality systems
- Drive continuous improvement initiatives with suppliers to enhance yield, reduce variation, and improve process stability
- Responsible for review and approve PPAP, FMEA, Control Plans, and SPC data from suppliers.

Technical Requirements

- Strong knowledge of plastic injection molding processes and tooling design principles
- Experience in tool design review , including:
  • Gate type and location selection
  • Runner system (hot runner / cold runner)
  • Cooling channel design and effectiveness
  • Venting and air traps
  • Ejection system design
  • Shrinkage and warpage considerations

- Deep understanding of critical process parameters:
  • Melt temperature, mold temperature
  • Injection speed and pressure
  • Holding/packing pressure and time
  • Cooling time and cycle optimization etc

- Ability to determine process windows and understand parameter variation impact
- Experience diagnosing molding defects and linking them to root causes
- Knowledge of resin materials (ABS, PC, PP, Nylon, etc.)
- Familiarity with scientific molding, decoupled molding, and/or DOE