Key Responsibilities: Monitoring and Inspection: QA professionals oversee production processes, inspect goods and services, and ensure they meet established standards. Testing: They design and execute tests to identify defects and ensure functionality. Problem Solving: QA specialists analyze issues, troubleshoot problems, and implement corrective actions. Documentation: They document quality assurance activities, create audit reports, and maintain records. Process Improvement: QA professionals propose and implement measures to enhance processes, improve reliability, and minimize errors. Compliance: They ensure products and processes comply with industry regulations and standards. Communication: QA specialists collaborate with other team members to resolve issues and communicate findings. Training: They may create training materials and operational guides. Skills Required: Technical Skills: Knowledge of quality assurance terminology, methods, and tools. Analytical Skills: Ability to analyze data, identify trends, and solve problems. Communication Skills: Clear verbal and written communication is essential for explaining tasks, reporting findings, and collaborating with teams. Attention to Detail: QA professionals need to be meticulous in their work to identify even minor defects. Problem-Solving Skills: Troubleshooting, identifying root causes, and implementing solutions are crucial.

Key Responsibilities: Production Planning and Execution: Developing and implementing production plans, schedules, and strategies to meet production objectives and customer demand. Team Management: Leading, motivating, and coordinating the production team, assigning tasks, and ensuring staff receive appropriate training. Quality Control: Implementing and maintaining quality control systems, conducting inspections, and addressing any quality-related issues. Safety Management: Ensuring a safe working environment by implementing and enforcing safety procedures and regulations. Equipment Management: Monitoring equipment performance, scheduling maintenance, and coordinating repairs to minimize downtime. Inventory Management: Managing inventory levels and coordinating with supply chain staff to ensure the availability of materials. Performance Monitoring: Tracking production metrics, analyzing data, and identifying areas for improvement. Problem Solving: Identifying production issues, developing solutions, and implementing corrective actions. Reporting: Compiling and analyzing production data, preparing reports, and communicating relevant information to management. Essential Skills: Leadership and Communication: Ability to effectively lead, motivate, and communicate with a team. Technical Proficiency: Understanding of production processes, equipment, and quality control procedures. Problem-Solving and Decision-Making: Ability to identify and resolve production issues efficiently. Organization and Time Management: Ability to plan, prioritize, and manage multiple tasks effectively. Safety Awareness: Commitment to maintaining a safe working environment and enforcing safety regulations. Knowledge of relevant regulations: Understanding of industry-specific regulations, such as GMP, PPE, and food safety guidelines.

Key Responsibilities: Machine Operation: Setting up and operating injection molding machines, including adjusting machine controls (temperature, pressure, etc.) and installing molds. Production Monitoring: Observing the molding process, ensuring parts are produced according to specifications, and making necessary adjustments to maintain quality. Quality Control: Inspecting finished parts for defects, identifying and reporting any issues to supervisors, and ensuring adherence to quality standards. Troubleshooting: Diagnosing and resolving problems with the molding machine or process, including identifying and addressing material or equipment malfunctions. Maintenance: Performing routine maintenance tasks on the machines, such as cleaning, lubrication, and minor repairs, and reporting more complex issues to maintenance personnel. Documentation: Recording production data, including cycle times, scrap rates, and downtime, and completing necessary paperwork. Safety: Following safety procedures and maintaining a clean and organized work environment. Collaboration: Working with other team members, such as supervisors, engineers, and quality control personnel, to improve production efficiency and address any issues. Material Handling: Loading raw materials into the machine, removing finished parts, and potentially trimming excess material or preparing parts for packaging. Required Skills and Qualifications: Technical Skills: Understanding of injection molding processes, machine operation, and basic mechanical principles. Troubleshooting: Ability to diagnose and resolve problems with machinery and processes. Quality Control: Knowledge of quality standards and the ability to identify defects. Communication: Effective communication skills to report issues and collaborate with team members. Physical Stamina: Ability to stand for extended periods, lift moderate weights (up to 50 lbs), and perform repetitive tasks. Attention to Detail: Keen attention to detail to ensure quality and accuracy in production. Safety Awareness: Adherence to safety regulations and procedures. Experience: Prior experience in injection molding or a related manufacturing field may be required.

Tool and Die Maker Responsibilities: Reading and interpreting blueprints, design schematics, and CAD drawings. Visualizing and computing metal shapes and tolerances. Designing jigs and templates as work aids in the fabrication of parts. Measuring and marking metal stock for machining. Setting up machine tools such as drills, lathes, grinders, and milling machines. Cutting and shaping blocks to specified dimensions. Filling, grinding, and shimming metals to ensure a smooth finish. Fitting and assembling tools and die parts. Inspecting finished dies and tools for defects, smoothness, and contour deformities. Conducting test runs with completed tools and dies.

Responsibilities: Design Development: Creating and designing electrodes using CAD/CAM software for various applications, such as medical devices or EDM processes. Material Selection: Researching and selecting appropriate electrode materials (e.g., graphite, copper) based on specific requirements. 3D Modeling & 2D Drawings: Developing 3D models and 2D detailed drawings for electrode manufacturing. Optimization: Optimizing electrode designs for performance, safety, reliability, and cost. Collaboration: Working closely with engineering teams, CNC machinists, mold makers, and project engineers to ensure design feasibility and efficiency. Evaluation and Analysis: Evaluating electrode designs based on lineup specifications, machining capabilities, and company standards. Troubleshooting: Identifying and resolving design issues and implementing solutions. Documentation: Creating and maintaining documentation related to electrode designs and processes. Staying Updated: Keeping abreast of new technologies and best practices in electrode design and manufacturing. Qualifications: Education: Typically requires a degree or diploma in a relevant field like Tool & Die making, or Mechanical Engineering. Experience: Experience in electrode design, preferably with experience in the Die & Mold industry or medical device development. Software Proficiency: Proficient in CAD/CAM software, such as Delcam Powershape, SolidWorks, AutoCAD, or CATIA. Technical Skills: Strong understanding of electrode materials, manufacturing processes (EDM, CNC machining), and design principles. Problem-solving: Ability to analyze complex design problems and develop effective solutions. Communication: Excellent communication and collaboration skills.

Key Responsibilities: Inventory Management: Receiving and inspecting goods, verifying against purchase orders. Storing items in designated areas and maintaining accurate stock records. Monitoring stock levels, identifying shortages, and initiating replenishment. Conducting regular stock takes and reconciliations. Managing the layout of the store to optimize space and product visibility. Staff Supervision: Assigning tasks and responsibilities to store staff. Providing training and guidance to staff members. Monitoring employee performance and providing feedback. Ensuring staff adherence to company policies and procedures.

Key Responsibilities: Creating technical drawings: Draughtsmen use CAD software (like AutoCAD, SolidWorks, or Revit) to produce detailed drawings, plans, and schematics for buildings, machines, and other structures. Converting concepts into drawings: They transform rough sketches, verbal instructions, and design specifications into precise technical drawings. Ensuring accuracy and adherence to standards: Draughtsmen verify that their drawings are accurate, complete, and comply with relevant industry codes, standards, and regulations. Revising and updating drawings: They modify existing drawings to reflect changes or updates requested by the engineering or design team. Collaborating with other professionals: Draughtsmen work closely with architects, engineers, and other team members to ensure designs are coordinated and meet project requirements. Preparing documentation: They may also be involved in preparing bills of materials, cost estimates, and other project documentation related to the drawings. Staying up-to-date: Draughtsmen keep abreast of the latest advancements in CAD technology and design trends to enhance their skills and productivity. Skills and Qualifications: Proficiency in CAD software: Expertise in using CAD tools like AutoCAD, SolidWorks, or Revit is essential. Technical drawing skills: Strong understanding of technical drawing principles, including drafting standards and conventions. Attention to detail: Draughtsmen need to be meticulous and accurate in their work to ensure the final designs are error-free. Problem-solving skills: They should be able to identify and resolve design issues and discrepancies. Communication skills: Effective communication with team members is crucial for coordinating design efforts. Knowledge of relevant industry standards and regulations: Understanding building codes, engineering standards, and other relevant guidelines is important. Ability to work independently and collaboratively: Draughtsmen may work independently on specific tasks or as part of a larger team. Time management and organizational skills: They need to manage their workload effectively and meet deadlines

General Responsibilities of Packaging Roles: Packing and Wrapping: Preparing items for shipment by placing them in appropriate containers, using materials like boxes, padding, and wrapping. Labeling: Applying labels with necessary information like product details, addresses, and barcodes. Quality Control: Inspecting items for damage or defects and ensuring they meet quality standards before packaging. Order Fulfillment: Locating and selecting items based on customer orders, often using barcodes or serial numbers. Inventory Management: Maintaining organized storage areas, keeping track of stock levels, and potentially assisting with inventory control. Equipment Operation: Using various packaging machinery, such as forklifts, pallet wrappers, and other automated systems. Safety Compliance: Following safety procedures and maintaining a clean, organized, and safe work environment. Documentation: Completing paperwork, recording shipment details, and potentially using order fulfillment software. Teamwork: Collaborating with other team members, supervisors, and potentially quality assurance teams. Types of Packaging Roles: Packer/Packager: Entry-level positions focused on the physical process of packing and preparing items for shipment. Packaging Operator: Operates and maintains packaging machinery, monitors the process, and ensures product quality. Packaging Specialist: Focuses on designing and developing packaging solutions, considering factors like cost, aesthetics, and product protection. Warehouse Packer/Picker Packer: Combines picking items from inventory and packing them for shipment, often in a warehouse setting. Packaging Engineer: Designs and develops packaging solutions, conducts feasibility studies, and improves packaging processes. Food Packaging Operative: Specializes in packaging food products, often in a production line setting.