Welder

Description

Job Summary: Experienced welder skilled in flux-cored arc welding (FCAW), MIG/MAG, and shielded metal arc welding (SMAW), responsible for welding complex components according to technical drawings and procedures, ensuring dimensional and visual quality. Key Highlights: 1. Welding of highly complex components 2. Focus on dimensional and visual quality 3. Opportunity for professional growth and development Welder Weir ESCO Betim \- MG Job Objective: To weld highly complex components using technical drawings, welding procedures, and EPS technical data sheets (Welding Procedure Specifications) for Flux-Cored Arc Welding (FCAW), MIG/MAG, and Shielded Metal Arc Welding (SMAW). Job Description:* Read and interpret engineering drawings, possessing necessary knowledge and basic understanding of welding symbols and design concepts. * Weld highly complex components using technical drawings, welding procedures, and EPS technical data sheets (Welding Procedure Specifications) for Flux-Cored Arc Welding (FCAW), MIG/MAG, and Shielded Metal Arc Welding (SMAW) (in some procedures, solid wire is used); * Perform self-inspection to ensure dimensional and visual quality of components per project specifications; * Knowledge of Liquid Penetrant Testing (LPT) application on weld joints prior to ultrasonic testing. * Apply preheating to components using heating and cutting torches. * Complete all forms relevant to performed activities (checklists). * Safeguard the company’s technical assets (machinery, tools, and drawings), maintaining confidentiality of information from external parties and competitors. * Basic computer skills for Weir Time 4\.0 training and time recording. * Comply with Duty of Care requirements (a document outlining individual and collective commitment to Health and Safety). * Safety first: Demonstrate 100% commitment to our Zero-Harm behaviors in support of our effort to build a world-class safety culture. Requirements:* Completed high school education; * Proven experience as a welder in Flux-Cored Arc Welding (FCAW), MIG/MAG, and Shielded Metal Arc Welding (SMAW); * Knowledge of reading and interpreting technical drawings. Why Choose Weir: At Weir, a growing world depends on us. It depends on our constant reinvention, rapid adaptation, and continuous discovery of better, faster, and safer ways to access the resources needed to thrive. It depends on each of us doing the best work of our lives. It’s a big challenge — but it’s exciting. An opportunity to grow your way: Everything moves quickly in Weir’s dynamic world. This creates opportunities to take on new challenges, explore new areas, learn, progress, and stand out. Best of all, there’s no predefined path our people must follow. Instead, you’ll receive full support and freedom to shape your own career and do the best work of your life. Feel empowered to be yourself and take ownership: Weir is a welcoming and inclusive place where every individual’s contribution is recognized, and all employees are encouraged to innovate, collaborate, and be themselves. We continuously focus on people and their well-being. We believe in fairness and choose to be honest, transparent, and authentic in everything we do. Founded in 1871, Weir is a global engineering leader committed to making mining operations smarter, more efficient, and more sustainable. Thanks to Weir technology, our customers can produce essential metals and minerals using less energy, water, and waste — at lower cost. With increasing demand for metals and minerals to enable climate change solutions, Weir colleagues are playing their part in contributing to a low-carbon future. We are a global family of 11\.000 talented people across more than 60 countries, inspiring one another to do the best work of our lives. Weir is committed to an inclusive and diverse workplace. We are an equal opportunity employer and do not discriminate based on race, nationality, sex, gender, sexual orientation, disability, age, or any other legally protected status. For more information about working at Weir, visit our Career Page and LinkedIn Life Page \#esco \#onsite