Total 14,884 process improvement manager job vacancies in Australia

ROLES & RESPONSIBILITIES

• day-to-day operating process and maintain daily operation.
• Monitor and maintain process quality according to company standards.
• Ensure that the workplace is properly maintained and clean.
• Maintain a positive and professional approach with customers.
• Resolving of conflicts in a professional way.

REQUIREMENTS

• Minimum 3 years relevant experience
• Good team management skill
• Strong analytical, problem-solving & decision-making skills
• Must hardworking and responsibility.

Position Summary

The Associate Engineer, Test Process reports to the Test Manager and is responsible for setting up the test readiness on the shop floor. Other responsibilities include supporting test hardware maintenance and setup for engineering activities and production ramp-up, performing required test correlation, FA/REL verification testing, and test characterization on new product offloads.

Responsibilities

• Assist engineers in carrying out all test-related activities, low yield lot verification, disposition and reporting.
• Support and implement various product configuration setups in MES and Test Application Systems.
• Test, analyze, and troubleshoot device failures, collaborating closely with process and equipment engineers to improve yield.
• Repair and debug failures of the test hardware (FT loadboard, EWS probecard) and hardware spares inventory tracking.
• Update the HW lifespan tracking records, PM the probe heads and probe pins replacement.
• Provide training on work instructions to new hires and peers.
• Support the Test NPI process and production runs, LOH disposition and REL manual testing activity.

Requirements

• Minimum diploma in electrical and electronic engineering or equivalent.
• At least 1-3 years of experience in a testing and debugging environment.
• Familiar with the ATE platform and the test handler and prober basic operation.
• Skillful in handling the probe pins replacement and measurement.
• Good understanding of the testing methods and concepts.
• Knowledge of programming/scripting is a plus (C language, Perl or Python).
• Demonstrate excellent written and communication skills.
• Able to multi-task and work in a fast-paced environment with lots of ambiguity.
• Able to perform 12 hours rotating shift work/duty.

Job Overview

In today's information-centric world, the core of information technology lies in the semiconductor industry. UMC is a leading global semiconductor foundry company and we are sincerely inviting process engineers to join us. You have the opportunity to develop your expertise in the semiconductor industry and improve the conditions for advanced technologies through design and development experiments to provide a more stable process at lower cost and higher yield! Learn to establish a cooperative atmosphere with various manufacturers and engineers to jointly develop strategies and solutions to improve the company's efficiency.

Responsibilities

• Day to Day monitoring and ownership to timely address in-line SPC/defect/Equipment abnormality, handling and disposition
• Manage projects in productivity improvement, particularly for new processes, using process characteristic analytical tool to improve process condition and technology
• Establish process parameters for a variety of semiconductor equipment to ensure line stability
• Evaluation and development of new equipment/materials/process

Qualifications

• Minimum requirement of a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Chemical Engineering, Materials Science, Mechanical Engineering and Physics
• Demonstrated experience of at least 2 years in semiconductor foundry module process
• 22/28 nanometer and below advance technology nodes experience is highly desirable
• Strong understanding of process development, optimization and troubleshooting.
• Proven leadership skills in leading cross-functional teams and managing projects related to process improvement or technology transfer
• Ability to analyze complex process issues, identify root causes, and implement effective solutions
• Experience skills including SPC, 8D reporting, DOE, FMEA and PMO is preferred
• Able to commit shift work

Job Overview
Do you enjoy solving riddles and have an inquisitive mind? Are you passionate about finding the source of a manufacturing process issue that causes a wafer yield breakthrough?

UMC is looking for a Defect Management (DM) Process Engineer to drive for Process Stability in defect reduction activities. You can pursue your passion in semiconductors engineering by utilizing cutting-edge and intelligent operating systems to assist with data analytics and inspection sampling strategy while staying under cycle time constraints. You will work closely with product and process owners to create and manage projects that address wafer and line yield issues.

Responsibilities

• Day to Day monitoring and ownership to timely address in-line defect abnormality escalation, handling and disposition
• Render support in Production ramp-up, New process implementation and process characterization for project success
• Evaluate and implement productivity projects for DM Production, Tool and Cost index improvement
• Define and deploy inspection tool recipes BKM to ensure detection capability
• Assist in Customer audits on inspection strategy deployment and execution
  Perform baseline defect improvement

Qualifications

• Possess at least a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Chemical Engineering, Materials Science, Mechanical Engineering and Physics
• Able to think critically with strong investigating skills
• Possess good communication skills
• Possess good time management skills as well as a strong sense of commitment
• Prior leadership or competition experience in school activities will be an advantage
• Candidates with at least 2 years of relevant prior working experience

Job Overview

Are you curious about the advancement of technology that enable millions of devices to be created on a single silicon chip the size of your finger? Are you pursuing to become a wafer fabrication expert in a fully integrated process chain? Look no further as UMC Process Integration Engineer position is the perfect fit for you.

UMC Singapore is expanding its production capacity and will build the first 22-nanometer production line in 'Garden City' Singapore. We are looking for Process Integration Engineer to maintain customer production by ensuring stable wafer quality and on-time wafer delivery through process integration and daily management. This position provides excellent opportunities for growth and development.

Responsibilities

• Introduce customer's new product to FAB and support in new product's tape out procedures to ensure pilot success.
• Improve new Product yield and ensure mass production inline, WAT and CP yield stable
• Define standard operation procedure for daily job
• Co-work with module engineers to solve production related issues. (inline, WAT, yield and reliability...)
• Co-work with module engineers to develop customized process to meet customer special requirement

Qualifications

• Minimum requirement of at least a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Physics
• Possess good communication skills
• Possess good time management skills as well as a strong sense of commitment
• At least 6 years of semiconductor foundry process engineer / process integration background with 3 years of 22/28 and below nanometer experience is required
• Possess 22/28 nanometer tape out and NTO pilot experience
• Possess good ability to coordinate cross department task and drive related parties to achieve task force goal on time

Job Description

Role Responsibilities: 

• Design, collect data, analyze, and compile reports on a wide range of complex process engineering experiments for multiple products

• Utilize techniques, define methods, and apply new technologies to characterize hardware, and/or perform hardware characterization on a high number of complex systems for multiple products

• Generate internal and external documentation for products, presentations, technical reports and create process engineering specifications

• Develop, plan, and execute process engineering projects, within safety guidelines

• Train engineers in measurement techniques of film properties and guide them in the interpretation of the data, new methodologies, troubleshooting techniques and issue resolution

• Communicate and engage with customers to resolve a broad spectrum of complex process engineering issues, with limited supervision

• Design and implement new technology, products, and analytical instrumentation

• Identify, select, and partner with vendors and suppliers with limited to no supervision

• Lead functional teams or projects, as needed

Minimum Qualifications:

• Bachelor’s degree in a related field

• 7-10 years of related experience  

• Demonstrates conceptual and practical expertise in complex problem solving

About the role:

The Process Engineer II is to Support/lead troubleshooting of manufacturing operations Upstream process/product issues. Technical subject matter expert (SME) for manufacturing operations to resolve process issues, perform root cause analysis and impact assessment for process investigations. Support evaluation of technologies, plan and execute process improvements. Support and execute global manufacturing science initiatives. Plan, support and execute site manufacturing science activities such as continuous process verification (CPV) program, technology transfer of new products and process monitoring and trending.

Responsibilities:

• Support site manufacturing upstream activities through

• Planning and executing activities required for process investigation such as performing process impact assessment, participating and performing root cause analysis. Work with cross functional teams for process issues investigation

• Analyzing process trends, monitoring process performance as part of the CPV program. Escalate and perform investigation in event of any out of trend or process issues

• Leading process investigations to identify root cause and implement action plans to correct or prevent re-occurrence

• Planning and executing process improvements and robustness projects

• Leading/supporting cycle development for process parameters where applicable

• Drafting process training slides and providing process training to cross functional teams

• Raising change controls as change owners for process changes

• Performing impact assessments for relevant change controls

• Providing technical /process parameters for creation and revision of master batch records. Review master batch records.

• Lead/Support technology transfer for new technologies/product introduction through

• Leading/Supporting the evaluation of new manufacturing technologies and/or equipment for process improvement or process capabilities build.

• Planning and executing technical transfer activities according to project timelines. Raise change controls where applicable to support the technical transfer.

• Monitoring process performance and trending through the site CPV program. Proactively investigate where required to ensure process robustness.

Performing risk assessment, drafting required technical transfer and process control strategy documents and updating lifecycle documents.

Authoring study and process validation protocols and reports where needed.

• Support audits, regulatory submissions and responses.

• Support and execute global manufacturing sciences initiatives according to project timelines.

• Responsibility to adhere to any applicable EHS requirements.

• Commitment to a fair and respectful relationship to others and behavior in accordance with Takeda’s Code of Conduct.

• Any other duties as assigned by supervisor.

What you bring to Takeda:

Education and Experience Requirements

• Bachelor’s Degree in Biochemistry, Chemistry, Chemical Engineering, Biotechnology, Biochemical Engineering with minimum 3 - 4 years of relevant experience or Master’s Degree with 2 years of relevant work experience or a fresh PhD in the relevant technical area.

• Hands-on experience with cell culture/ upstream processes and/or downstream processes in a manufacturing or development environment.

• Has knowledge of cGMPs.

Key Skills and Competencies

• Strong technical knowledge and proficiency in process understanding and application in biopharmaceutical processes

• Strong analytical skills including demonstration of systematic evaluation of potential issues, correlation or cause and effect relationships, root cause analysis methodology

• Good communication skills

• Willingness to learn

• Team worker/ able to work in matrix environment

• Independent worker/ Self starter.

Job Overview

In today's information-centric world, the core of information technology lies in the semiconductor industry. UMC is a leading global semiconductor foundry company and we are sincerely inviting process engineers to join us. You have the opportunity to develop your expertise in the semiconductor industry and improve the conditions for advanced technologies through design and development experiments to provide a more stable process at lower cost and higher yield! Learn to establish a cooperative atmosphere with various manufacturers and engineers to jointly develop strategies and solutions to improve the company's efficiency.

Responsibilities

• Day to Day monitoring and ownership to timely address in-line SPC/defect/Equipment abnormality, handling and disposition
• Manage projects in productivity improvement, particularly for new processes, using process characteristic analytical tool to improve process condition and technology
• Establish process parameters for a variety of semiconductor equipment to ensure line stability
• Evaluation and development of new equipment/materials/process

Qualifications

• Minimum requirement of a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Chemical Engineering, Materials Science, Mechanical Engineering and Physics
• Demonstrated experience of at least 2 years in semiconductor foundry module process
• 22/28 nanometer and below advance technology nodes experience is highly desirable
• Strong understanding of process development, optimization and troubleshooting.
• Proven leadership skills in leading cross-functional teams and managing projects related to process improvement or technology transfer
• Ability to analyze complex process issues, identify root causes, and implement effective solutions
• Experience skills including SPC, 8D reporting, DOE, FMEA and PMO is preferred
• Able to commit shift work

Job Overview

In today's information-centric world, the core of information technology lies in the semiconductor industry. UMC is a leading global semiconductor foundry company and we are sincerely inviting process engineers to join us. You have the opportunity to develop your expertise in the semiconductor industry and improve the conditions for advanced technologies through design and development experiments to provide a more stable process at lower cost and higher yield! Learn to establish a cooperative atmosphere with various manufacturers and engineers to jointly develop strategies and solutions to improve the company's efficiency.

Responsibilities

• Day to Day monitoring and ownership to timely address in-line SPC/defect/Equipment abnormality, handling and disposition
• Manage projects in productivity improvement, particularly for new processes, using process characteristic analytical tool to improve process condition and technology
• Establish process parameters for a variety of semiconductor equipment to ensure line stability
• Evaluation and development of new equipment/materials/process

Qualifications

• Minimum requirement of a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Chemical Engineering, Materials Science, Mechanical Engineering and Physics
• Demonstrated experience of at least 2 years in semiconductor foundry module process
• 22/28 nanometer and below advance technology nodes experience is highly desirable
• Strong understanding of process development, optimization and troubleshooting.
• Proven leadership skills in leading cross-functional teams and managing projects related to process improvement or technology transfer
• Ability to analyze complex process issues, identify root causes, and implement effective solutions
• Experience skills including SPC, 8D reporting, DOE, FMEA and PMO is preferred
• Able to commit shift work

Job Overview

In today's information-centric world, the core of information technology lies in the semiconductor industry. UMC is a leading global semiconductor foundry company and we are sincerely inviting process engineers to join us. You have the opportunity to develop your expertise in the semiconductor industry and improve the conditions for advanced technologies through design and development experiments to provide a more stable process at lower cost and higher yield! Learn to establish a cooperative atmosphere with various manufacturers and engineers to jointly develop strategies and solutions to improve the company's efficiency.

Responsibilities

• Day to Day monitoring and ownership to timely address in-line SPC/defect/Equipment abnormality, handling and disposition
• Manage projects in productivity improvement, particularly for new processes, using process characteristic analytical tool to improve process condition and technology
• Establish process parameters for a variety of semiconductor equipment to ensure line stability
• Evaluation and development of new equipment/materials/process

Qualifications

• Minimum requirement of a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Chemical Engineering, Materials Science, Mechanical Engineering and Physics
• Demonstrated experience of at least 2 years in semiconductor foundry module process
• 22/28 nanometer and below advance technology nodes experience is highly desirable
• Strong understanding of process development, optimization and troubleshooting.
• Proven leadership skills in leading cross-functional teams and managing projects related to process improvement or technology transfer
• Ability to analyze complex process issues, identify root causes, and implement effective solutions
• Experience skills including SPC, 8D reporting, DOE, FMEA and PMO is preferred
• Able to commit shift work

Job Overview

In today's information-centric world, the core of information technology lies in the semiconductor industry. UMC is a leading global semiconductor foundry company and we are sincerely inviting process engineers to join us. You have the opportunity to develop your expertise in the semiconductor industry and improve the conditions for advanced technologies through design and development experiments to provide a more stable process at lower cost and higher yield! Learn to establish a cooperative atmosphere with various manufacturers and engineers to jointly develop strategies and solutions to improve the company's efficiency.

Responsibilities

• Day to Day monitoring and ownership to timely address in-line SPC/defect/Equipment abnormality, handling and disposition
• Manage projects in productivity improvement, particularly for new processes, using process characteristic analytical tool to improve process condition and technology
• Establish process parameters for a variety of semiconductor equipment to ensure line stability
• Evaluation and development of new equipment/materials/process

Qualifications

• Minimum requirement of a Bachelor's Degree in Electronic Engineering , Electrical Electronic Engineering, Chemical Engineering, Materials Science, Mechanical Engineering and Physics
• Demonstrated experience of at least 2 years in semiconductor foundry module process
• 22/28 nanometer and below advance technology nodes experience is highly desirable
• Strong understanding of process development, optimization and troubleshooting.
• Proven leadership skills in leading cross-functional teams and managing projects related to process improvement or technology transfer
• Ability to analyze complex process issues, identify root causes, and implement effective solutions
• Experience skills including SPC, 8D reporting, DOE, FMEA and PMO is preferred
• Able to commit shift work

• Perform process setup and buyoff for both Drive Backend Assembly, ensuring that yield, cycle time, and quality outcomes meet defined targets
• Support product ID label buyoff to ensure compliance with product specifications and standards• Monitor production yield to detect any excursions, conduct process mapping, and implement immediate containment (stop bleeding)
• Establish hypotheses, design experiments to identify root causes, propose corrective actions, and report findings to engineers
• Escalate process and technical issues appropriately per PMP requirements
• Conduct basic data queries and analysis to provide relevant information and insights for engineering teams
• Ensure process sustainability by monitoring KPIVs/KPOVs and managing Fast Triggering systems to maintain stable and controlled operations
• Lead or participate in continuous improvement projects aimed at enhancing production efficiency in a consistent and sustainable manner
• Perform additional tasks and responsibilities as assigned to support team, department, and company Objectives and Key Results (OKRs)

Requirements:

• Diploma in Engineering and related disciplines
• Strong data querying and analytical capabilities
• Proficient in English with strong verbal and written communication skills
• Able to perform effectively under pressure and meet deadlines
• Demonstrates strong resilience, adaptability, and positive work attitude

To submit your application, please apply online to apply@rn-care.com or call +65 6514 9838 for a private and confidential discussion.

Your interest will be treated with the strictest of confidence. We regret that only shortlisted candidates will be notified or contacted.

RN Care Pte. Ltd

EA License No: 17C8900

We are seeking a highly motivated MEMS Wafer Fab Yield Engineer to join our advanced wafer manufacturing team. This role is responsible for driving fab yield analysis and yield improvement through strong data analytics and deep understanding of MEMS fabrication processes. The ideal candidate brings hands‑on knowledge of wafer fab yield, strong problem‑solving skills, and the ability to communicate effectively and collaborate within team and across global, cross‑functional teams.

Job Description

What a Fab Yield Improvement Engineer does at HP:

• Perform timely investigation of yield excursions, defects, and parametric shifts using data‑driven statistical analysis of fab data.

• Lead and drive yield improvement projects, from problem definition through root cause analysis, solution implementation, and sustained results.

• Develop and maintain a deep understanding of MEMS wafer fab processes, process integration, and tool interactions across the manufacturing flow.

• Partner with process integration, process, equipment, product, and operations teams to define corrective and preventive actions.

• Collaborate closely with worldwide (WW) fab, technology, and product teams to align on yield strategies, goals, share best practices, and support cross-site yield improvement initiatives.

• Prepare clear yield reports and technical presentations to communicate findings, progress, and recommendations to stakeholders.

Key Qualifications

• Bachelor or master’s degree in Materials Science, Chemical Engineering, Mechanical Engineering, Physics, or a related discipline.

• More than 2 years of experience in MEMS or semiconductor wafer fabrication, with exposure to fab processes, yield analysis, or defect investigation. Hands‑on experience in process integration or yield improvement is an advantage.

• Hands on experience of SPC, yield pareto analysis, defect density, or fab data analysis.

Individuals who do well in this role at HP typically possess:

• Strong understanding of semiconductor or MEMS wafer fab processes.

• Solid analytical and problem‑solving skills across multiple technical disciplines, with strong attention to detail.

• Good project management skills, including timeline, risk, and resource management.

• Strong interpersonal skills with the ability to work independently and in cross‑functional teams.

• Ability to perform under tight timelines in a fast‑paced manufacturing environment.

• Strong communication skills, including written, presentation, and influencing skills.

• High ownership, accountability, and an agile, results‑oriented mindset.

• Strong team player with a collaborative attitude.

• Willingness to travel overseas periodically for short‑term business trip.

• Ability to work in a cleanroom environment.

  
  Disclaimer
  This job description describes the general nature and level of work performed in this role. It is not intended to be an exhaustive list of all duties, skills, responsibilities, knowledge, etc. These may be subject to change and additional functions may be assigned as needed by management.

We are seeking a highly skilled Senior Process Integration Engineer to lead the development and optimization of Indium Phosphide (InP) based Edge Emitting Lasers (EELs). In this role, you will be the bridge between design and manufacturing, ensuring that our high-performance optoelectronic devices transition from concept to high-volume production with world-class reliability and yield.

You’ll be working at the frontier of photonics, handling complex material systems and sophisticated fabrication sequences to power the next generation of optical communications and sensing technologies.

Core Responsibilities

• Process Flow Ownership: Design, implement, and manage the full end-to-end fabrication flow for InP-based EELs (e.g., Fabry-Pérot, DFB, and DBR lasers).
• Yield & Performance Optimization: Identify and resolve integration bottlenecks. Use Statistical Process Control (SPC) and Design of Experiments (DOE) to improve device electro-optical performance (threshold current, wall-plug efficiency, and slope efficiency).
• Cross-Functional Collaboration: Partner with Epitaxy (MOCVD) teams to optimize regrowth interfaces and with the Design team to ensure Layout-to-Mask integrity.
• Advanced Fabrication Management: Oversee critical steps including dry/wet etching (ICP/RIE), dielectric deposition (PECVD/ALD), metallization etc.
• Failure Analysis: Coordinate Root Cause Analysis (RCA) on fabrication failures using SEM, TEM, and FIB diagnostics to drive continuous improvement.

Key Technical Requirements

• Materials Expertise: Deep understanding of III-V compound semiconductors, specifically the GaAs/InP/InGaAsP/material systems.
• Device Physics: Strong grasp of semiconductor laser physics
• Fabrication Proficiency: Hands-on experience or good understanding on photolithography, etching, thin film
• Characterization:  Understanding laser characterization data and correlating results back to specific process modules.

Qualifications

• Education: PhD or Master’s degree in Electrical Engineering, Physics, Materials Science, or a related field.
• Experience: 5+ years of direct experience in III-V semiconductor processing
• Software: Proficiency in JMP, or Python for data analysis;
• Mindset: A methodical troubleshooter who thrives in a cleanroom environment and enjoys the "detective work" of process integration.

Job Scope

• Design, develop, and execute research projects in membrane science and technology for sustainable and low-carbon separations.
• Develop advanced polymeric membranes, thin-film composite membranes, mixed-matrix membranes, and molecular-sieving membranes by incorporating sustainable polymers, functional nanomaterials, porous fillers, and advanced crosslinking/interfacial engineering strategies.
• Optimize membrane microstructure, free volume, interfacial compatibility, and transport pathways to achieve high permeability, selectivity, and long-term stability under complex operating conditions.
• Conduct membrane fabrication, modification, and performance evaluation for applications such as CO2 capture, H2 purification, vapor/VOC separation, organic solvent separation, resource recovery, and industrial fluid purification.
• Utilize and troubleshoot advanced characterization techniques, including SEM, TEM, AFM, FTIR, XPS, TGA, DSC, DMA, rheology, gas sorption, and permeation measurements, for membrane structure-property analysis.
• Interpret experimental results, compile technical reports, and present research outcomes at project meetings and international conferences.
• Lead the preparation of high-impact manuscripts for top-tier peer-reviewed journals and actively contribute to patent applications and technology translation.
• Conduct comprehensive literature reviews and propose innovative approaches for developing stable, recyclable, scalable, and high-performance membrane materials.
• Assist in mentoring junior researchers, students, and interns, and contribute to collaborative projects with academic and industrial partners.

JobRequirement

• PhD in Chemical Engineering, Materials Science and Engineering, Polymer Science, Chemistry, Environmental Engineering, or a related discipline.
• Strong research background in membrane science and technology, polymer materials, functional materials, or selective separations.
• Prior experience in polymer membranes, thin-film composite membranes, mixed-matrix membranes, molecular-sieving membranes, gas/vapor separation, organic solvent nanofiltration, or membrane transport studies is highly preferred.
• Experience in CO₂ capture, H₂ purification, hydrocarbon separation, vapor/VOC separation, low-carbon separation processes, or membrane stability under humid/complex industrial streams would be an advantage.
• Proficiency in membrane fabrication, membrane characterization, and separation performance evaluation.
• Familiarity with characterization techniques such as SEM, TEM, AFM, FTIR, XPS, TGA, DSC, DMA, rheology, gas sorption, and membrane permeation testing.
• Track record of publishing high-quality papers in membrane science, polymer materials, chemical engineering, or related fields. Experience in patent applications or technology commercialization is an advantage.
• Proven ability to conduct independent research, manage research projects, analyze complex data, and solve technical problems.
• Good scientific writing, communication, and presentation skills.
• Ability to collaborate effectively in multidisciplinary teams and contribute to the supervision of junior researchers.