#ACN GN I&E HighTech_ Semi PLM Consultant

Job Title: Semiconductor PLM Consultant; Company: Accenture | Semiconductor Practice

Role Overview As a Semiconductor PLM Consultant, you will partner with leading semiconductor clients to design, implement, and optimize Product Lifecycle Management solutions that accelerate chip development, streamline engineering workflows, and drive operational efficiency across the product value chain.

Key Responsibilities

• Lead end-to-end PLM implementations (e.g., Siemens Teamcenter, PTC Windchill, Aras) for semiconductor clients covering design, manufacturing, and supply chain domains
• Translate business requirements into PLM system configurations, workflows, and integrations with ERP systems (e.g., SAP)
• Advise clients on PLM strategy, roadmap definition, and digital thread/digital twin initiatives
• Support program management, change management, and user adoption activities
• Collaborate with Accenture's global delivery network and cross-functional client teams

Required Qualifications

• 3–7 years of PLM consulting or implementation experience, ideally in semiconductors or high-tech
• Hands-on experience with at least one major PLM platform (Teamcenter, Windchill, or equivalent)
• Understanding of semiconductor product development processes (Across one or more sgements – including design, NPI, BOM management for foundry/equipmet)
• Strong client-facing communication and stakeholder management skills

Preferred Qualifications

• Familiarity with Agile delivery methodologies
• Exposure to Industry 4.0, digital twin, or IoT initiatives in manufacturing

Education Bachelor's or master’s degree in electrical engineering, Computer Science, Information Systems, or a related field; An MBA or Consulting Background is preferred but not required

Job Title: Semiconductor MES Consultant; Company: Accenture | Semiconductor Practice

Role Overview As a Semiconductor MES Consultant, you will support the design and implementation of Manufacturing Execution System solutions for leading semiconductor clients. Working alongside senior practitioners, you will help translate client requirements into functional MES configurations, integrations, and process improvements that enhance fab efficiency and product quality.

Key Responsibilities

• Support end-to-end MES implementation projects across wafer fabrication, assembly, and test environments
• Gather and document client business and functional requirements, translating them into system design specifications
• Assist in configuring and testing MES platforms (e.g., Siemens Opcenter, Applied Materials Celerity, or equivalent)
• Contribute to integration workstreams connecting MES with ERP (SAP), equipment systems, and quality tools
• Develop project documentation including process flows, test scripts, training materials, and status reports

Required Qualifications

• 2–5 years of experience in MES implementation, semiconductor manufacturing operations, or related IT/OT consulting
• Basic understanding of fab operations and semiconductor manufacturing processes
• Exposure to at least one MES platform or manufacturing IT environment
• Strong analytical, problem-solving, and communication skills
• Ability to work in a fast-paced, client-facing consulting environment

Preferred Qualifications

• Familiarity with SEMI standards or fab automation concepts
• Experience with SAP, data analysis tools, or process mapping methodologies
• Knowledge of Agile or hybrid project delivery approaches

Education Bachelor's degree in Electrical Engineering, Computer Science, Industrial Engineering, Information Systems, or a related field. An MBA or Consulting Background is preferred but not required

Job Title: Consultant – Semiconductor Foundry Setup; Company: Accenture | Semiconductor Practice

Role Overview As a Consultant within Accenture's Semiconductor Practice, you will support greenfield and brownfield foundry establishment programs for clients navigating the complexities of new fab construction, technology transfer, and operational ramp-up. You will work at the intersection of manufacturing strategy, digital systems, and operational readiness — helping clients stand up world-class foundry operations faster and more efficiently.

Key Responsibilities

• Support foundry setup engagements covering site selection, fab layout planning, utility and facilities readiness, and equipment procurement planning
• Assist in defining and documenting manufacturing process flows, operational SOPs, and quality frameworks aligned to foundry ramp milestones
• Contribute to technology transfer workstreams, supporting process qualification, PDK readiness, and customer onboarding activities
• Help implement and configure core manufacturing systems (MES, ERP, LIMS, APC) within the foundry environment
• Participate in readiness assessments and gap analyses across people, process, and technology dimensions
• Collaborate with client operations, engineering, and IT teams to align systems and workflows to foundry business objectives
• Support development of program reporting, governance frameworks, and executive-level status communications

Required Qualifications

• 2–5 years of experience in semiconductor manufacturing, foundry operations, or related consulting roles
• Working knowledge of foundry business models (pure-play, IDM, or specialty foundry) and fab ramp lifecycle
• Familiarity with key foundry operational domains including process engineering, yield management, capacity planning, or manufacturing IT
• Strong structured problem-solving and documentation skills
• Comfortable working in complex, multi-stakeholder client environments

Preferred Qualifications

• Exposure to leading foundries across the world (preferred), or IDM operating models
• Clear understanding of SEMI standards, equipment integration, or cleanroom operations
• Familiarity with government-incentivized fab programs (e.g., India Semiconductor Mission) is a strong plus

Education Bachelor's or Master's degree in Electrical Engineering, Chemical Engineering, Materials Science, Industrial Engineering, or a related field. An MBA or Consulting background is preferred but not required

Job Title: Supply Chain Consultant – Kinaxis | Company: Accenture | Semiconductor Practice

Profile Summary A results-driven supply chain professional with a strong blend of Kinaxis functional expertise and semiconductor industry exposure. Brings either a management consulting background or direct industry experience in semiconductor supply chain operations, with a proven ability to configure, implement, and optimize Kinaxis solutions across planning, demand management, and supply optimization workstreams. Comfortable operating in fast-moving, high-complexity environments typical of semiconductor supply chains.

Core Competencies

• Kinaxis configuration, implementation, and end-user enablement
• Semiconductor supply chain planning — across foundries, equipment or IDMs/fabless
• S&OP / IBP process design and digital enablement
• Supply chain analytics, scenario modeling, and what-if analysis
• Cross-functional stakeholder engagement across operations, procurement, and finance
• Business requirements gathering, process mapping, and solution design

Relevant Experience

• Led or supported at least 1–2 full-cycle Kinaxis RapidResponse implementations, covering requirements, build, testing, training, and go-live
• Worked with semiconductor or high-tech clients on supply chain transformation engagements
• Familiar with structured consulting methodologies (e.g., Agile, Waterfall, hybrid delivery)
• Strong client-facing experience including workshops, executive readouts, and change management support

• Deep understanding of semiconductor planning cycles, long lead-time management, and supply-demand balancing

Semiconductor Domain Knowledge

• Understanding of semiconductor supply chain dynamics — long lead times, capacity constraints, multi-tier BOM complexity
• Familiarity with fab, OSAT, and distribution planning environments
• Exposure to supply chain risk management, allocation planning, and spot market dynamics
• Awareness of geopolitical and supply diversification trends impacting the semiconductor industry