37 Job openings found

Electrical power engineering focuses on the generation, transmission, and distribution of electricity, encompassing areas like electric power systems, electrical machines, and power electronics. It deals with the design, operation, maintenance, and analysis of electric power systems, including power generation, transmission, and distribution.    Key areas within electrical power engineering include:    Electric Power Systems: This area focuses ...

Job Description: Welders and flame cutters weld and cut metal parts using gas flame, electric arc and other sources of heat to melt and cut, or to melt and fuse metal. (h) examining work pieces for defects and measuring work pieces with straight edges or templates to ensure conformance with specifications.   Job ...

Job Description: Welders and flame cutters weld and cut metal parts using gas flame, electric arc and other sources of heat to melt and cut, or to melt and fuse metal. (h) examining work pieces for defects and measuring work pieces with straight edges or templates to ensure conformance with specifications.   Job ...

Responsibilities: Strategic Planning: Developing and implementing strategies to achieve business goals.    Team Leadership: Leading and motivating teams of engineers and other professionals.    Business Development: Identifying and pursuing new opportunities for growth.    Innovation: Driving innovation in products, processes, and technologies.    Customer Focus: Ensuring customer satisfaction and delivering value.    Examples of Companies and Individuals: Schneider Electric: Arvind Kakru, Vice President of Industrial Automation for the ...

Job Description: 1) Controls steam-driven turbogenerators in electric or nuclear power generating station: Starts or signals AUXILIARY-EQUIPMENT OPERATOR to start turbines and boiler auxiliary units.   2) Adjusts throttle and vacuum-breaker valve to engage governor that regulates speed of turbines and notifies SWITCHBOARD OPERATOR that turbine-driven generators can be synchronized with auxiliary units.   3) ...

Key Responsibilities: Load and unload trucks, containers, and delivery vehicles safely and efficiently Move, stack, and organize products/materials in designated areas Inspect items for damage or discrepancies during the loading/unloading process Operate manual and electric pallet jacks (if trained) Follow all safety protocols and procedures to prevent injuries Maintain cleanliness and order in the loading/unloading areas Support ...

Responsibilities: Strategic Planning: Develop and implement long-term strategies for the plant, aligning with the overall company goals.    Operations Management: Oversee all aspects of plant operations, ensuring efficient and safe production.    Quality Control: Maintain and improve product quality, ensuring it meets customer requirements and industry standards.    Cost Management: Monitor and control production costs, identify cost-saving opportunities, and implement cost-reduction ...

Job Description Job Responsibility : Monitoring Operational Performance of Two Four Strand Billet Casters with responsibility of Two 110 t AC Electric Arc Furnace Operations - 100% Cold DRI and Scrap Melting. & Secondary Steel Making.Ensure all production teams have effective resources and are working to the standard processes defined in the ...

Ferroalloys in AOD Steelmaking: Purpose: Ferroalloys are used in AOD steelmaking to add specific alloying elements (like chromium, manganese, silicon, etc.) to the molten steel to achieve desired properties.    Types of Ferroalloys: Common ferroalloys used in AOD include ferromanganese (FeMn), ferrochromium (FeCr), ferrosilicon (FeSi), and ferromolybdenum (FeMo).    Process: AOD is a refining process that uses argon ...

"mechanical GM DRI plant" refers to a plant that uses mechanical processes, like rotary kilns, to produce Direct Reduced Iron (DRI), also known as sponge iron, from iron ore using reducing gases like hydrogen and carbon monoxide.    Here's a more detailed explanation: Direct Reduced Iron (DRI): DRI is a product of the direct reduction ...