4 Siemens Controls Jobs

The Senior Manager - Powertrain Production (Machine Shop) at Tata Motors in Ahmedabad Plant is responsible for overseeing the cylinder block machining process. The ideal candidate should have a Bachelor's degree in Mechanical or Automobile Engineering with more than 8 years of experience in engine manufacturing. Key skills required for this role include expertise in engine manufacturing processes such as honing, machining center operations, CNC programming, tool correction, and understanding of controls like Fanuc and Siemens. The Senior Manager will be responsible for resolving process and quality issues related to engine assembly and testing, identifying engine defects and conducting root cause analysis, setting up new model machining lines, and improving capacity through debottlenecking. They will also focus on implementing zero rejection concepts, reducing revenue costs, and generating improvement ideas. In addition to technical skills, the ideal candidate should possess strong people management skills to handle conflicts and IR issues, as well as experience in handling work content reduction and implementing TPM principles. Knowledge of quality tools, safety protocols, and adherence to quality systems are essential for this role. Personality traits such as conflict management, good communication skills, and an analytical mindset are crucial for success in this role. The Senior Manager should also demonstrate technical competence in handling CNC machines such as Makino, Nagel, and Robotic Washing equipment. Tata Motors values leadership competencies such as customer centricity, developing self and others, driving execution, leading by example, leading change, and motivating self and others. Functional competencies required for this role include a strong understanding of manufacturing processes, quality systems, and continuous improvement initiatives. If you meet the above qualifications and are ready to take on the challenge of leading the Powertrain Cylinder Block Machining team at Tata Motors, we encourage you to apply now.,

You will be responsible for troubleshooting, assembling, installing, testing, and maintaining electrical systems using all necessary tools to ensure equipment availability and capability. It is crucial to learn and understand the protocols for safely working with electricity and other energy sources in industrial equipment. You may work independently and also provide instruction or coaching to others. Your key responsibilities will include: Health, Safety & Environmental (HSE): - Stop work and report major injury hazards promptly. - Report any work-related injuries, illnesses, incidents, or hazards. - Comply with HSE standards, policies, procedures, and regulations. - Use appropriate personal protective equipment. - Promote interdependence among team members. - Correct hazards within your control and capabilities. - Minimize negative environmental impact. - Engage in HSE Training. Quality: - Maintain high standards of workmanship. - Support equipment uptime and downtime failure analysis. - Perform work according to diagrams, sketches, operation manuals, and specifications using various tools and instruments. - Provide feedback for Preventive Maintenance. - Follow process documentation and quality procedures. - Identify and address issues to minimize cost and quality exposures. - Conduct quality inspections. Delivery: - Proficient in troubleshooting, electrical repairs, and equipment maintenance. - Adhere to codes and standards for maintaining, installing, and operating electrical systems. - Instruct, coach, and support team members. - Maintain a clean work area. - Perform other duties as necessary to meet business goals. - Collaborate with peers to identify and resolve manufacturing constraints, schedule maintenance activities, and improve processes. - Participate in continuous improvement activities. Teamwork: - Communicate effectively with the team and support staff. - Participate in training and personal development. - Engage with Total Productive Maintenance (TPM) teams to enhance quality, safety, processes, and employee development. Qualifications: - Education: High school diploma or equivalent experience. - Licenses/Certifications: May require licensing for compliance with export controls or sanctions regulations. Competencies: - Collaborates, Communicates Effectively, Customer Focus, Decision Quality, Drives Results, Nimble Learning, Health and Safety Fundamentals, Controls Safety, Electrical System Troubleshooting, Factory Automation and Control Systems, Machine Programming, Manufacturing Knowledge, Values Differences. Experience: - Significant relevant work experience or specialized skills obtained through education, training, or on-the-job experience. Skills: - Hands-on experience with precision CNC machines, Grinding machines, EDM machines, Robots & Cobots. - Expertise in Fanuc, Allen-Bradley (AB), and Siemens controls. - Strong PLC troubleshooting and logic modification skills. - Proficiency in servo systems, HMIs, and industrial automation. - Experience with machine retrofits, commissioning, and electrical troubleshooting. - Ability to interpret electrical drawings and ladder logic diagrams. - Strong analytical and problem-solving skills. - Good communication skills and ability to work in a cross-functional team. - Knowledge of robotics and Industry 4.0 technologies. - Exposure to SCADA and industrial network communication protocols. The candidate must have comprehensive knowledge of Lockout/Tagout (LOTO) protocols to ensure safety during maintenance activities.,

Imagine what you could do here. At Apple, innovative ideas quickly become extraordinary products, services, and customer experiences. This is where individual imaginations and experiences gather, leading to great work. Bring passion and dedication to your job, and there's no telling what you could accomplish. The people here at Apple don't just create products - they make the kind of wonder that's revolutionized entire industries. The diversity of those people and their ideas inspire the innovation that runs through everything we do, from amazing technology to industry-leading environmental efforts. Join Apple, and help us leave the world better than we found it. In this highly visible role, you will have the opportunity to make a significant impact on Apple Products and leave a footprint for years to come. We have an opportunity for an accomplished manufacturing design engineer to lead development, and ramp for next generation Apple products. Our Manufacturing Design Engineering team enables the mass creation of impossible products as a partner in the development of Apple's renowned designs. You will be a part of collaborative environment contributing to the creation, evaluation, and implementation of end-to-end manufacturing solutions for Apple products. The Apple Manufacturing Design Engineer (MDE) is accountable for leading the development and implementation of innovative manufacturing processes across Apple's worldwide supply base. You will collaborate closely with cross-functional stakeholders in Quality Engineering, Global Supply Management, Product Design, and Industrial Design in order to ensure our manufacturing solutions meet our product quality, cost, yield, capacity, schedule, and environmental goals. The MDE role is empowered to bring creativity to Apple's manufacturing approach, enabling us to deliver our best work to as many customers as possible. Partner with multi-functional teams to evaluate design and processes at the concept phase. Develop manufacturing technologies, control strategies and manufacturing methods that achieve ambitious specifications at a mass production scale. Develop and implement cutting-edge processes to deliver on cosmetic and dimensional part characteristics. Compile and evaluate data to figure out appropriate limits and variables for process and part specifications. Work with internal and external groups to ensure proper definition of process expectations and that appropriate fixturing techniques are used for the product. Coordinate all Manufacturing Design Engineering functions for a program, serving as project manager to lead efforts at supplier locations. Conduct process optimization DOEs, combining data-driven and hands-on approaches in tandem, to find solutions to complex challenges. Evaluate and communicate yields of new and existing processes. Drive corrective actions multi-functionally with internal and external team members. You may be asked to lead development in one or more of the following areas: - CNC machining, CNC milling and turning process development, perform simulations on Vericut, validate drawings/CAD, cutting tool design and development, fabrication and cutter life evaluation. Scope appropriate CNC equipment to be used, develop CNC fixtures, evaluate fixture design concepts and prototyping, implement touch probing, lead the reduction of cycle time, development of advanced cutters and coatings, high-speed machining implementation, support programming and optimization of all CNC-related activities at contract manufacturers worldwide. Own yield improvement actions and process change decisions based on statistical process control (SPC) data analysis. - Surface Finishing - Develop new processes for blasting, tumbling, polishing, robotics, wet sanding, lapping, plating, anodizing, and PVD in response to cosmetic, functional, and reliability targets. Ensure that quality and yield requirements are met. Minimum Qualifications: - Bachelor's degree in Engineering (Mechanical Engineering, Industrial Engineering, Manufacturing Engineering, Industrial Technology, Manufacturing systems engineering, Chemical engineering, or similar). - 10+ years of experience in high-volume mechanical product development, manufacturing engineering, tooling engineering, high-precision fabrication, or similar roles. - Hands-on experience in metal cutting (CNC), Robotics, Polishing, Sandblasting, Lapping, Laser Etching, Laser Welding, Adhesive dispensing and/or Process bring up. - A solid understanding of core principles of fixture and automation design (including the use of design software and FEA for stress/structural analysis), Data Analysis, and Design of Experiments. - Experience in developing process DFMs, and driving corrective actions and failure analysis efforts. - Expert level knowledge of GD&T, Stack up Analysis, NX, Siemens Controls, Mastercam, Vericut, JMP/Minitab. - Willingness and ability to travel domestically up to 75%. Preferred Qualifications: - Master's degree in Engineering or PhD (Mechanical Engineering, Industrial Engineering, Manufacturing Engineering, Industrial Technology, Chemical engineering, or similar). - Working knowledge of mechanical quality and reliability concepts, supplier management, and general manufacturing operations. - Project management experience and an understanding of problem-solving tools including design of experiments, root cause analysis, and statistical analytical tools. - Experience in cosmetic parts manufacturing and process control. - Hands-on approach to engineering and problem-solving. - A quick learner who approaches problems flexibly and proactively identifies solutions in the face of challenges. - Experience working with OEMs and Contract Manufacturers. - Innovative and first principles problem-solving approach.,

Troubleshoots, assembles, installs, tests, and maintains electrical systems using all necessary tools to keep equipment available and capable. Learns and understands the protocols of working safely with electricity and other energy sources with industrial equipment. May work independently and instruct or coach others. Key Responsibilities : Health, Safety & Environmental (HSE) : Stop work and immediately report any major injury hazards. Report any work-related injury, illness, incident, or hazard. Comply with HSE standards, policies, procedures, and regulations. Use appropriate personal protective equipment. Promote interdependence by looking out for one another. Correct hazards within your control and capabilities. Recognize how your work may impact the environment and work to minimize the negative impact. Engage in HSE Training. Quality : Apply high standards of workmanship and craftsmanship. Support equipment uptime and downtime failure analysis. Perform work in accordance with diagrams, sketches, operation manuals, and specifications using various tools, measuring, and testing instruments. Provide feedback into the Preventive Maintenance system. Follow all process documentation and quality procedures. Raise issues to minimize cost and quality exposures. Perform quality inspections. Delivery : Fully proficient in troubleshooting, electrical repairs, and maintenance of equipment. Conform to applicable codes and standards to maintain, install, and operate electrical systems. Instruct and coach others and act as an informal resource for team members with less capability. Maintain a clean and orderly work area, including routine housekeeping and machine cleaning tasks. Perform other duties as required to meet business goals. Work with peers and support staff to identify and reduce manufacturing constraints, schedule maintenance activities around production requirements, solve problems, and improve processes. Participate in continuous improvement activities. Teamwork : Communicate effectively with the assigned team and all support teams. Complete training and personal development in line with business requirements. Participate actively with local Total Productive Maintenance (TPM) teams to improve quality, safety, process, material flow, and employee development. Experience : Requires significant relevant work experience or specialized skills obtained through education, training, or on-the-job experience. Skills: Hands-on experience with precision CNC machines, Grinding machines, EDM machines, Robots & Cobots. Expertise in Fanuc, Allen-Bradley (AB), and Siemens controls. Strong PLC troubleshooting and logic modification skills. Proficiency in servo systems, HMIs, and industrial automation. Experience with machine retrofits, commissioning, and electrical troubleshooting. Ability to interpret electrical drawings and ladder logic diagrams. Strong analytical and problem-solving skills with a proactive approach. Good communication skills and the ability to work in a cross-functional team. Knowledge of robotics and Industry 4.0 technologies. Exposure to SCADA and industrial network communication protocols. The candidate must possess comprehensive knowledge of Lockout/Tagout (LOTO) protocols to ensure safety while performing maintenance activities. Qualifications : Education : High school diploma or certificate of completion of secondary education or equivalent experience. Licenses/Certifications : This position may require licensing for compliance with export controls or sanctions regulations. Competencies : Collaborates : Building partnerships and working collaboratively with others to meet shared objectives. Communicates Effectively : Developing and delivering multi-mode communications that convey a clear understanding of the unique needs of different audiences. Customer Focus : Building strong customer relationships and delivering customer-centric solutions. Decision Quality : Making good and timely decisions that keep the organization moving forward. Drives Results : Consistently achieving results, even under tough circumstances. Nimble Learning : Actively learning through experimentation when tackling new problems, using both successes and failures as learning fodder. Health and Safety Fundamentals : Champions and models proactive health and safety behaviors by identifying, reporting, and participating in actions to improve health and safety to build an interdependent culture and contribute to an injury-free workplace. Controls Safety : Recognizes controls-related hazards in a manufacturing environment (Electrical, Hydraulic, Pneumatic) to incorporate safe practices and procedures as part of the daily work plan to reduce injuries and create a safe machine environment. Electrical System Troubleshooting : Analyzes an electrical control system to resolve and repair electrical issues to return the system to proper operating conditions. Factory Automation and Control Systems : Implements changes to further automate manufacturing processes using available technology, programming techniques, and identifying needed material and resources for project completion to provide the optimum automation for the manufacturing environment. Machine Programming : Creates factory floor machine programs by designing and implementing solutions to improve usage of machine and overall operation. Manufacturing Knowledge : Demonstrates knowledge of manufacturing by correctly implementing changes in current processes, equipment, and applications to meet the function's needs and contribute towards continuous improvement. Values Differences : Recognizing the value that different perspectives and cultures bring to an organization.