Metal Machinist courses in Richmond

Mechanical Fitters assemble and repair machinery using metal parts, assessing materials and ensuring equipment performance.

Automation Engineers design and maintain automated manufacturing processes, enhancing efficiency while ensuring quality standards are met.

A Plant Engineer oversees equipment and systems in a plant, ensuring operations run smoothly, conducting assessments, and implementing improvements.

A Mechanical Engineer oversees mechanical operations in a plant, designing and monitoring equipment like engines and turbines for optimal performance.

An Apprentice Engineer trains in creating and maintaining machinery parts, uses various tools, and must follow instructions, work in teams, and be adaptable.

An Engineering Tradesperson creates and maintains parts for construction projects, using various tools and machinery while managing multiple projects effectively.

An Advanced Engineering Tradesperson handles complex projects, using tools and machinery, leading teams, and ensuring quality and safety standards.

An Industrial Electrician performs electrical work in industrial settings, including installations, maintenance, fault diagnosis, and safety checks.

A Machinist operates machinery to create, fit, and verify metal parts, ensuring precision, problem-solving, and teamwork in various locations.

A Hydraulic Mechanic fixes hydraulic machinery, handling repairs, inspections, and maintenance across industries and environments.

A Hydraulic Fitter fabricates and installs parts for hydraulic equipment, ensuring they meet specifications and function effectively across various industries like mining and construction.

A Plant Mechanic repairs and maintains heavy machinery, conducts inspections, sources parts, and works in workshops or on-site.

A Manufacturing Engineer maintains and repairs factory equipment, develops production systems, and solves technical issues as part of a team.

A Research Engineer develops and tests new engineering products and systems, solving problems with existing processes while requiring strong analytical and communication skills.

An Engineering Patternmaker creates patterns from materials like wood and polymers for various industries, requiring technical skills and precision.

A Maintenance Engineer services equipment, conducts maintenance, resolves issues, and works across industries, requiring strong technical skills and safety focus.

A CNC Programmer designs and configures CNC programs for manufacturing, using technical skills and blueprints, while ensuring safety and precision.

An Apprentice Industrial Designer aids in developing industrial products by designing concepts, selecting materials, and overseeing manufacturing under guidance.

An Industrial Engineer enhances processes and systems for efficiency, quality, and productivity, ensuring safety and cost-effective solutions.

A Materials Engineer develops and tests materials for products, focusing on durability, cost, and environmental impact across various industries.

A Maintenance Fitter produces metal parts for machinery, determining specifications and materials, while ensuring safety and teamwork.

A Field Engineer installs, maintains, and inspects equipment, adapting technical skills to solve problems and work within a team.

An Asset Engineer manages equipment installation and maintenance, conducting tests, repairs, and ensuring compliance while collaborating with a team.

An Engineering Consultant advises on construction projects, monitors progress, recommends materials, and ensures compliance with regulations.

A Workshop Supervisor manages daily workshop operations, ensuring safety, quality, and timely completion of tasks, while leading and organising staff.

A Production Engineer designs, maintains, and optimises manufacturing equipment, ensuring efficient production, reduced waste, and effective teamwork.

A Process Engineer designs and improves manufacturing equipment, boosts production, reduces waste, and adapts to maintain efficiency.

A Design Engineer creates and improves products, collaborates on designs, tests prototypes, and ensures efficiency while managing multiple projects.

An Industrial Designer creates product designs through market research, sketching, and working with engineers to ensure function, safety, and style.

An Automotive Engineer designs and develops vehicles, focusing on performance, safety, and efficiency through research, prototyping, and testing.

A Quality Assurance Engineer ensures products meet quality standards by developing testing plans, analysing data, and collaborating with teams.

Instrumentation Engineers design and maintain control systems in industrial settings, ensuring efficient and safe operations of instruments.

Computer Hardware Engineers design and test physical components for computer systems, ensuring efficient hardware performance and compatibility.

A Product Design Engineer innovates and refines products using engineering principles, collaborating with teams to meet user needs and standards.

A Composites Engineer designs, tests, and develops strong, lightweight composite materials for industries, focusing on performance, durability, and meeting specifications.

A Product Development Engineer designs innovative products from concept to production, collaborating with teams to meet customer needs and standards.

A Research and Development Engineer designs and tests innovative technologies to meet industry needs, collaborating with teams to ensure compliance and performance.

A Process Control Engineer designs and optimises automated systems in manufacturing, focusing on efficiency, safety, and quality improvement.

A Plastics Engineer develops and optimises plastic materials and products, focusing on design, testing, and production efficiency across various industries.

A Corrosion Engineer prevents material degradation by analysing structures and designing solutions to enhance the lifespan of equipment and infrastructure.

A Mechanical Designer creates precise drawings and designs for mechanical systems using CAD software, ensuring safety and performance standards.

A Mechanical Design Engineer creates and develops mechanical systems using CAD software, ensuring safety and efficiency in various industries.

A Control Systems Engineer designs and manages automated systems, optimising performance and safety across industries like manufacturing and energy.

A Junior Engineer assists senior engineers in designing and maintaining projects, conducting inspections, and analysing data to ensure success.

An Engineering Technician supports engineers in designing and maintaining systems across various sectors, ensuring project standards and efficiency.

A Manufacturing Technician operates and maintains production equipment, ensuring efficiency, troubleshooting issues, and upholding safety standards.

A Mechanical Engineering Technician aids in designing and maintaining mechanical systems, ensuring efficiency and adherence to safety standards.

A Fluid Power Engineer designs and maintains hydraulic and pneumatic systems in machinery, ensuring efficiency and safety in various industries.

An Electro Plater coats metal parts to improve durability, appearance, and corrosion resistance, ensuring high-quality, safe finishes.

A Mechanical Engineering Draftsperson creates precise CAD drawings for machinery, ensuring designs meet specifications, safety, and industry standards.