Performing installations, implementing new developments, and conducting qualification procedures, as well as carrying out preventive and corrective maintenance on complex electronic/electromechanical semiconductor equipment at ASM customer sites
Performing repairs during equipment downtime, collaborating in diverse teams, and developing and presenting proposed solutions
Working on-site at various customer locations within cleanroom environments
Test Engineer responsible for developing, implementing, and improving testing procedures for electronic products, analyzing test results, identifying and resolving defects, and ensuring equipment accuracy.
Responsibilities
Develop, implement, and improve testing procedures for electronic products
Analyze test results, identify and resolve defects
Participate in risk assessment during process changes
Organize procurement and balance of spare parts for testing equipment
Collaborate with engineers and team managers on testing processes
Ability to mentor and train machinists who have less experience through effective communication of technical data
Ability to explain machining techniques and specifications to a larger group drawing from past experience and knowledge as an expert on best practices and customer specifications
Supervises a team of machinists across two shifts in support of safe, high quality, on time delivery of customer specimens.
Designs, sets-up and performs a majority machining tasks according to customer specifications and requirements
Requires little supervision and technical input of a Department Manager, Principal Machinist, Project Coordinator or Engineer
Setup and operate one machine tool or process equipment type and operate more than one unrelated machine tool or process equipment types within an assigned area to produce precision turbine engine parts.
Perform work where methods, procedures and processes are well developed and the required tooling, gaging and fixturing are provided.
Under the direction of leader/supervisor, work from verbal and written instructions, operation sheets, drawings and other pertinent information.
Following established methods and procedures, use manual or numerically controlled machine tools such as milling, boring, grinding, turning, broaching and shaping machines to achieve the required dimensional specifications.
Recognize indications of dull or damaged cutting tools and replace them as needed.