Environmental Health & Safety Engineer

Responsibilities

• Assist with the creation of and continuously improve an ISO 14001 Environmental Protection Management System and an ISO 45001 Occupational Health and Safety (OH&S) management system
• Establish the ESH culture at the future TSMC AZ Fab, enhance the Fab’s ESH program, and ensure the Fab is in full compliance with all applicable ESH regulation and requirements
• Provide technical, regulatory and process guidance to address emerging ESH issues
• Develop a contractor ESH management program
• Facilitate ESH training in order to enhance ESH awareness for employees and contractors
• Conduct Job Hazard Assessments, perform workplace evaluations, implement corrective ESH actions, review new Fab processes for ESH compliance, evaluate new TSMC AZ machinery, and inspect waste management status
• Communicate inspection results and associated recommendations
• Organize and facilitate Fab site Safety Committee activities
• Demonstrate the TSMC AZ ESH performance index to all levels of the organization
• Work closely with the Facility Department to continually lower the impact of the Fab on the environment
• Support manufacturing and as a team member
• Be a team member advocate for a safe/accident-free working environment
• Conduct additional duties based on business needs, including ERT

Qualifications

• Bachelor's degree required. Preference for engineering or science background including occupational Safety, chemical engineering or chemistry, mechanical engineering, environmental science and emergency response/management
• 3-5+ years experience in environmental engineering, safety engineering, or related experience and regulatory compliance practice
• A candidate with experience in semiconductor, electronics manufacturing, or other chemically intensive manufacturing industries is preferred
• Ability to effectively work independently and as a team player to resolve ESH issues
• Knowledge of current safety and loss control practices is essential
• Ability to apply logical or scientific thinking principles to define problems, collect data, establish facts, draw valid conclusions in controlled situations, and read and understand engineering plans and specifications
• Effective communication, both written and verbal, across functional departments and with external customers, contractors, and suppliers