4 Semiconductor Equipment Jobs

Critical Equipment Management: Hi Side Equipment Management Lead the engineering team in evaluating, selecting, and acquiring cutting-edge semiconductor equipment. Collaborate with vendors to assess equipment performance and plan upgrades for advanced technology adoption. Implement strategies to enhance equipment reliability and reduce mean time to repair (MTTR). Facilitate collaboration with vendors to ensure seamless integration of new equipment into the lab environment. Scrubber Management Develop and implement protocols for efficient operation and maintenance of scrubbers. Conduct regular assessments to ensure scrubbers meet air quality standards. Implement improvements to enhance the overall effectiveness of scrubber systems. Toxic Gases Management Develop and enforce strict protocols for the safe handling, storage, and disposal of toxic gases. Conduct regular safety drills and training sessions for team members on handling toxic gases. Collaborate with vendors to enhance gas detection systems and implement advanced safety features. ETP Management Optimize ETP performance to meet wastewater treatment standards and regulatory requirements. Collaborate with environmental engineers to implement advanced technologies for ETP efficiency. Implement preventive maintenance programs to minimize downtime and ensure continuous ETP operation. Gas Panel Management Collaborate in the design and optimization of gas panel systems for semiconductor processes. Implement safety measures and protocols related to gas panel operation. Train team members on gas panel operation and emergency procedures. Project & Operation Management Project Management Lead complex projects such as lab expansions, infrastructure upgrades, and facility improvements. Collaborate with architects, Designers, contractors, and other stakeholders for effective project execution. Implement project management best practices, ensuring timely completion within budget constraints. EHS Management Oversee EHS initiatives within the engineering department, ensuring compliance and best practices. Collaborate with EHS teams to integrate safety measures into engineering processes. Implement measures to enhance the overall well-being and safety of engineering team members. Vendor Management Collaborate with vendors for equipment procurement, maintenance, and services, ensuring cost-effectiveness and quality. Budget Management Collaborate in budget planning, ensuring financial resources are allocated effectively for engineering projects. Team Leadership Provide strong leadership to a multidisciplinary team of engineers and technicians, fostering a culture of innovation and excellence. Establish and communicate team goals aligned with the lab's strategic objectives. Conduct performance evaluations and implement career development plans for team members. Implement continuous improvement initiatives and recognize team achievements. Compliance & Governance Risk Management Assess and manage risks associated with engineering projects, ensuring proactive risk mitigation measures. Compliance & Audits Lead the development and implementation of robust safety protocols and compliance standards. Stay abreast of industry standards and regulatory requirements, implementing necessary changes in protocols and procedures. Interface with regulatory agencies to ensure the lab's compliance with environmental and safety regulations. ESG Responsibilities Integrate ESG considerations into the decision-making process for facility projects and operations. Develop strategies to reduce the lab's environmental impact and promote social responsibility. Implement measures to enhance diversity and inclusion within the engineering team and the lab. Collaborate with cross-functional teams to incorporate ESG considerations into lab design and operations. Regulatory Affairs Monitor and ensure compliance with relevant regulations and standards governing engineering projects and lab operations. Data Security and Intellectual Property Protection Collaborate with IT and security teams to ensure data security and intellectual property protection measures are in place. Energy, Innovation & Quality Energy Efficiency and Sustainability Integrate energy-efficient solutions into engineering projects, promoting sustainability in lab operations. Implement strategies to improve energy efficiency and enhance sustainability. Lead the adoption of innovative technologies in engineering projects. Emergency Response and Continuity Planning Implement and test emergency response plans for engineering projects, minimizing disruptions. Collaboration with Research and Development Teams Collaborate with R&D teams to align engineering projects with research goals and facilitate seamless integration. Space Utilization and Optimization Collaborate in lab design and layout planning to optimize space utilization for engineering projects and team efficiency. Innovation and Technology Adoption Advocate for the adoption of innovative technologies in engineering projects, keeping the lab at the forefront of industry advancements. Quality Management Incorporate quality management practices into engineering processes to deliver high-quality results and meet industry standards. Standards, Community, and Training International Standards (ISO) Ensure compliance with ISO standards applicable to engineering practices, contributing to the lab's overall certification efforts. Community Engagement Represent the lab in community engagement initiatives and promote a positive image through outreach and collaboration. Training and Development Provide ongoing training for engineering team members to enhance skills and keep them informed about technological advancements. Execution of Safety Protocols Strict adherence to cleanroom protocols to minimize contamination. Comprehensive training on the proper handling, storage, and disposal of chemicals. Regular equipment inspections and maintenance to ensure safe operation. Implementation of lockout/tagout procedures to prevent accidental equipment activation during maintenance. Mandating the use of appropriate PPE, including safety glasses, face shields, gloves, and specialized protective clothing. Development and regular testing of emergency response plans for various scenarios. Installation of gas detection systems to monitor and alert personnel to the presence of toxic gases. Regular calibration and maintenance of gas monitoring equipment. Comprehensive training programs on safety procedures, chemical hazards, and emergency response. Ongoing education to keep employees informed about the latest safety protocols and industry best practices. Access to and understanding of Material Safety Data Sheets (MSDS) for all chemicals used in the semiconductor manufacturing process. Collaboration with regulatory agencies to ensure compliance with environmental and safety regulations. Implementation of advanced air filtration and ventilation systems to maintain a clean and safe working environment. Monitoring and regular maintenance of air quality control systems. Adherence to specific safety guidelines for handling semiconductor manufacturing tools. Proper training on tool operation and maintenance. Implementation of continuous improvement programs to identify and address safety concerns. Regular safety audits and reviews to enhance overall safety performance. Qualifications: Minimum requirement: B-Tech/BE (Mechanical/Electrical/Civil & Environmental engineering) Preferred: Masters or Ph.D. in a related engineering field. Additional Qualification Substantial experience in health care Manufacturing or R&D labs in Pharmaceutical or semiconductor Industry. Certifications in facility management, project management, environmental management may be advantageous.

KLA is a global leader in diversified electronics for the semiconductor manufacturing ecosystem, playing a crucial role in the production of virtually every electronic device in the world. Without KLA's technologies, devices such as laptops, smartphones, wearables, voice-controlled gadgets, flexible screens, VR devices, and smart cars would not have reached the hands of consumers. The company focuses heavily on innovation, investing 15% of sales back into research and development. KLA's expert teams collaborate with leading technology providers to drive the advancement of tomorrow's electronic devices, making the work environment both exciting and challenging. As a member of the team, you will be responsible for qualifying new and existing products and features through functional, requirements-based, regression, performance, and reliability testing. This includes designing and qualifying test cases, publishing results and recommendations, and developing training materials and best practices. You will also engage with various teams including Algorithms, System Engineering, Application Engineering, Marketing, Manufacturing, and Customer Support to meet global requirements and collaborate with cross-locational teams. Additionally, you will assess the automation feasibility of test cases, script test cases for automated execution, participate in all software development stages, and represent the Software Quality Engineering (SQE) team in product lifecycle and key program meetings. Travel to customer fabrication facilities may be required to understand customer use cases, deploy software, and troubleshoot as needed. The minimum qualifications for this role include a Master's Level Degree in Physics, Mathematics, Chemistry, or related fields. Strong communication, analytical, and interpersonal skills are essential, along with self-drive and the ability to work effectively in a team. A background in IC processing or Semiconductor equipment is advantageous, as is hands-on experience with automation tools. Willingness to travel and thrive in diverse cultural environments are also desired traits. At KLA, we offer a competitive total rewards package designed to reflect our commitment to inclusivity and meet the diverse needs of our employees. We are proud to be an equal opportunity employer and emphasize caution against potential fraudulent job postings or suspicious recruiting activities. KLA does not request financial compensation for interviews, employment, or equipment and does not work with recruiters who charge such fees. To verify the legitimacy of any communication or job offer, please contact talent.acquisition@kla.com. Your privacy is of utmost importance, and we handle your information with the highest level of confidentiality.,

You will be working as a Semiconductor Domain Consultant for a reputable multinational corporation. Your primary responsibilities will include leveraging your expertise in semiconductor manufacturing processes, chip design, and testing methodologies. You should have a strong understanding of semiconductor technologies such as CMOS, memory devices, RF, power semiconductors, and sensors. Additionally, you will be expected to have experience in semiconductor supply chain management and market analysis. In this role, it is essential to possess excellent communication, presentation, and client relationship management skills. You should be capable of working both independently and collaboratively within a team environment. Knowledge of industry standards, regulations, and certifications is crucial for this position. Project management experience would be considered advantageous. It would be beneficial if you have experience with advanced semiconductor packaging technologies and are familiar with semiconductor EDA (Electronic Design Automation) tools and software. An understanding of semiconductor equipment and infrastructure is also desirable. Furthermore, experience in emerging fields like AI/ML hardware accelerators, quantum computing, and IoT would be an added advantage. The position is based in PAN India, and the ideal candidate will possess a strong technical skill set in semiconductor manufacturing processes. If you meet the requirements and are looking for a challenging opportunity in the semiconductor domain, we encourage you to apply promptly.,

You will be part of a big MNC as a Semiconductor Domain Consultant, responsible for utilizing your expertise in semiconductor manufacturing processes, chip design, and testing methodologies. Your role will require a strong understanding of semiconductor technologies such as CMOS, memory devices, RF, power semiconductors, and sensors. Additionally, you will need experience with semiconductor supply chain management, market analysis, and knowledge of industry standards, regulations, and certifications. Your responsibilities will include effective communication, presentation, and client relationship management. You should be able to work both independently and collaboratively as part of a team. Project management experience would be beneficial for this role. It would be advantageous to have experience with advanced semiconductor packaging technologies, familiarity with semiconductor EDA tools and software, knowledge of semiconductor equipment and infrastructure, and experience in emerging fields like AI/ML hardware accelerators, quantum computing, and IoT. Join us at this exciting opportunity located PAN India and contribute your skills to the dynamic world of semiconductor technology.,