661 Material Science jobs in India

Why IPP-MPP

IPP-MPP product line offers high performance, innovative and cost-effective power solutions for a broad range of customer applications in enterprise, communications and automotive which include multiple phase DC/DC controllers, smart power stages, and sequencers. In MPP, our mission is to deliver the converter solutions which power large CPU, SOC, ASIC platforms in the rapidly expanding Enterprise Computing/Datacenter market. Target platforms include Intel, AMD, ARM, NVidia and custom ASIC/FPGAs from various vendors.

Product engineering (PE) works with our design, systems and back-end (test/val) teams to ensure a product is designed for manufacturability and reliability. PEs usually work on a product family or category and ensure that those devices are meeting specifications and quality targets as defined in our data sheets. In addition, PEs may be responsible for "sustaining support," meaning they work with design, ATD (process technology), SCP (packaging), manufacturing, test, quality, reliability, and marketing teams to further optimize the manufacturing flow of a given device, targeting to reduce cost or otherwise improve the overall long-term development and profit profile of the device post-release.

Responsibilities may include, but are not limited to:

1. Development work in support of a broad range of Power devices (Buck converter multiphase controller, power stages, Power sequencers, etc.)
2. Collaborate and work in a team environment with Design, Applications, Test, Marketing, Manufacturing, Quality and Reliability in all aspects of new product development, production release to accomplish goals and objectives
3. Design sHTOL, dHTOL, ELFR, BHAST, and PTC boards to qualify Power products
4. Perform evaluation, debug and characterization of integrated circuits to ensure they meet the product requirement specifications and manufacturing requirements
5. Work with failure analysis (FA) to determine root cause of any reliability and qualification failures
6. Work with process and package technology development to develop and qualify technologies for new product development
7. Work closely with the global manufacturing facilities to address customer specific product quality, yield management and cost reductions issues on mature products. Scope of work could include product spins and derivatives
8. Work with planning team to ensure smooth device ramp post release to manufacturing (RTM)
9. Qualify second source wafer fab, assembly / test (A/T) facility, and Bill of Materials (BOM) to ensure device continuity of supply
10. Perform test conversion, test time reduction, and yield improvements to achieve device entitlement operational transfer cost (OTC)
11. Handle material builds post design release by working with manufacturing sites
12. Drive any customer returns to full closure with a Root cause analysis

Minimum requirements

• Bachelor’s/ Masters degree in Electrical Engineering, ECE

• 2-5 years of relevant experience

• Strong technical background, with the ability to produce high quality technical documentation

Preferred qualifications

Solid understanding of analog and digital circuits their operation and analysis

Extensive hands on experience working with different lab equipment for taking data and / or performing device debug or failure analysis. For example, use of the curve tracers; return loss analyzers, oscilloscopes and spectrum analyzers.

Experience of bench testing of op-amps, ADCs, mixed –signal circuits and digital circuits

Experience with bench validation and characterization PCBs

Experience with integrated circuit and device failure analysis

Experience with Eagle Test System or mixed signal ATE

Programming skills for automation of bench characterization equipment (LabVIEW/Test stand), along with C and or C++ for ATE

Extensive knowledge of statistics and tools to analyze large amounts of characterization data and determine and set production test limits and predict yield data

Have working knowledge of what is required to take a product from development stage to production

Ability to work in a team setup comprising of other functional groups

Strong time management skills that enable on-time project delivery

Demonstrated ability to build strong, influential relationships

Ability to work effectively in a fast-paced and rapidly changing environment

Ability to take the initiative and drive for results

Strong problem solving, verbal and written communications skills

Ability to multiplex between projects and be able to maintain project schedules

Why IPP-MPP

IPP-MPP product line offers high performance, innovative and cost-effective power solutions for a broad range of customer applications in enterprise, communications and automotive which include multiple phase DC/DC controllers, smart power stages, and sequencers. In MPP, our mission is to deliver the converter solutions which power large CPU, SOC, ASIC platforms in the rapidly expanding Enterprise Computing/Datacenter market. Target platforms include Intel, AMD, ARM, NVidia and custom ASIC/FPGAs from various vendors.

Product engineering (PE) works with our design, systems and back-end (test/val) teams to ensure a product is designed for manufacturability and reliability. PEs usually work on a product family or category and ensure that those devices are meeting specifications and quality targets as defined in our data sheets. In addition, PEs may be responsible for "sustaining support," meaning they work with design, ATD (process technology), SCP (packaging), manufacturing, test, quality, reliability, and marketing teams to further optimize the manufacturing flow of a given device, targeting to reduce cost or otherwise improve the overall long-term development and profit profile of the device post-release.

Responsibilities may include, but are not limited to:

• Development work in support of a broad range of Power devices (Buck converter multiphase controller, power stages, Power sequencers, etc.)
• Collaborate and work in a team environment with Design, Applications, Test, Marketing, Manufacturing, Quality and Reliability in all aspects of new product development, production release to accomplish goals and objectives
• Design sHTOL, dHTOL, ELFR, BHAST, and PTC boards to qualify Power products
• Perform evaluation, debug and characterization of integrated circuits to ensure they meet the product requirement specifications and manufacturing requirements
• Work with failure analysis (FA) to determine root cause of any reliability and qualification failures
• Work with process and package technology development to develop and qualify technologies for new product development
• Work closely with the global manufacturing facilities to address customer specific product quality, yield management and cost reductions issues on mature products. Scope of work could include product spins and derivatives
• Work with planning team to ensure smooth device ramp post release to manufacturing (RTM)
• Qualify second source wafer fab, assembly / test (A/T) facility, and Bill of Materials (BOM) to ensure device continuity of supply
• Perform test conversion, test time reduction, and yield improvements to achieve device entitlement operational transfer cost (OTC)
• Handle material builds post design release by working with manufacturing sites
• Drive any customer returns to full closure with a Root cause analysis

Minimum requirements

• Bachelor’s/ Masters degree in Electrical Engineering, ECE

• 2-5 years of relevant experience

• Strong technical background, with the ability to produce high quality technical documentation

Preferred qualifications

Solid understanding of analog and digital circuits their operation and analysis

Extensive hands on experience working with different lab equipment for taking data and / or performing device debug or failure analysis. For example, use of the curve tracers; return loss analyzers, oscilloscopes and spectrum analyzers.

Experience of bench testing of op-amps, ADCs, mixed –signal circuits and digital circuits

Experience with bench validation and characterization PCBs

Experience with integrated circuit and device failure analysis

Experience with Eagle Test System or mixed signal ATE

Programming skills for automation of bench characterization equipment (LabVIEW/Test stand), along with C and or C++ for ATE

Extensive knowledge of statistics and tools to analyze large amounts of characterization data and determine and set production test limits and predict yield data

Have working knowledge of what is required to take a product from development stage to production

Ability to work in a team setup comprising of other functional groups

Strong time management skills that enable on-time project delivery

Demonstrated ability to build strong, influential relationships

Ability to work effectively in a fast-paced and rapidly changing environment

Ability to take the initiative and drive for results

Strong problem solving, verbal and written communications skills

Ability to multiplex between projects and be able to maintain project schedules

Why IPP-MPPIPP-MPP product line offers high performance, innovative and cost-effective power solutions for a broad range of customer applications in enterprise, communications and automotive which include multiple phase DC/DC controllers, smart power stages, and sequencers. In MPP, our mission is to deliver the converter solutions which power large CPU, SOC, ASIC platforms in the rapidly expanding Enterprise Computing/Datacenter market. Target platforms include Intel, AMD, ARM, NVidia and custom ASIC/FPGAs from various vendors.Product engineering (PE) works with our design, systems and back-end (test/val) teams to ensure a product is designed for manufacturability and reliability. PEs usually work on a product family or category and ensure that those devices are meeting specifications and quality targets as defined in our data sheets. In addition, PEs may be responsible for "sustaining support," meaning they work with design, ATD (process technology), SCP (packaging), manufacturing, test, quality, reliability, and marketing teams to further optimize the manufacturing flow of a given device, targeting to reduce cost or otherwise improve the overall long-term development and profit profile of the device post-release.Responsibilities may include, but are not limited to:Development work in support of a broad range of Power devices (Buck converter multiphase controller, power stages, Power sequencers, etc.)Collaborate and work in a team environment with Design, Applications, Test, Marketing, Manufacturing, Quality and Reliability in all aspects of new product development, production release to accomplish goals and objectivesDesign s HTOL, d HTOL, ELFR, BHAST, and PTC boards to qualify Power productsPerform evaluation, debug and characterization of integrated circuits to ensure they meet the product requirement specifications and manufacturing requirementsWork with failure analysis (FA) to determine root cause of any reliability and qualification failuresWork with process and package technology development to develop and qualify technologies for new product developmentWork closely with the global manufacturing facilities to address customer specific product quality, yield management and cost reductions issues on mature products. Scope of work could include product spins and derivativesWork with planning team to ensure smooth device ramp post release to manufacturing (RTM)Qualify second source wafer fab, assembly / test (A/T) facility, and Bill of Materials (BOM) to ensure device continuity of supplyPerform test conversion, test time reduction, and yield improvements to achieve device entitlement operational transfer cost (OTC)Handle material builds post design release by working with manufacturing sitesDrive any customer returns to full closure with a Root cause analysisMinimum requirements • Bachelor’s/ Masters degree in Electrical Engineering, ECE• 2-5 years of relevant experience• Strong technical background, with the ability to produce high quality technical documentationPreferred qualifications Solid understanding of analog and digital circuits their operation and analysisExtensive hands on experience working with different lab equipment for taking data and / or performing device debug or failure analysis. For example, use of the curve tracers; return loss analyzers, oscilloscopes and spectrum analyzers.Experience of bench testing of op-amps, ADCs, mixed –signal circuits and digital circuitsExperience with bench validation and characterization PCBsExperience with integrated circuit and device failure analysisExperience with Eagle Test System or mixed signal ATEProgramming skills for automation of bench characterization equipment (Lab VIEW/Test stand), along with C and or C++ for ATEExtensive knowledge of statistics and tools to analyze large amounts of characterization data and determine and set production test limits and predict yield dataHave working knowledge of what is required to take a product from development stage to productionAbility to work in a team setup comprising of other functional groupsStrong time management skills that enable on-time project deliveryDemonstrated ability to build strong, influential relationshipsAbility to work effectively in a fast-paced and rapidly changing environmentAbility to take the initiative and drive for resultsStrong problem solving, verbal and written communications skillsAbility to multiplex between projects and be able to maintain project schedules

Why IPP-MPP

IPP-MPP product line offers high performance, innovative and cost-effective power solutions for a broad range of customer applications in enterprise, communications and automotive which include multiple phase DC/DC controllers, smart power stages, and sequencers. In MPP, our mission is to deliver the converter solutions which power large CPU, SOC, ASIC platforms in the rapidly expanding Enterprise Computing/Datacenter market. Target platforms include Intel, AMD, ARM, NVidia and custom ASIC/FPGAs from various vendors.

Product engineering (PE) works with our design, systems and back-end (test/val) teams to ensure a product is designed for manufacturability and reliability. PEs usually work on a product family or category and ensure that those devices are meeting specifications and quality targets as defined in our data sheets. In addition, PEs may be responsible for "sustaining support," meaning they work with design, ATD (process technology), SCP (packaging), manufacturing, test, quality, reliability, and marketing teams to further optimize the manufacturing flow of a given device, targeting to reduce cost or otherwise improve the overall long-term development and profit profile of the device post-release.

Responsibilities may include, but are not limited to:

1. Development work in support of a broad range of Power devices (Buck converter multiphase controller, power stages, Power sequencers, etc.)
2. Collaborate and work in a team environment with Design, Applications, Test, Marketing, Manufacturing, Quality and Reliability in all aspects of new product development, production release to accomplish goals and objectives
3. Design sHTOL, dHTOL, ELFR, BHAST, and PTC boards to qualify Power products
4. Perform evaluation, debug and characterization of integrated circuits to ensure they meet the product requirement specifications and manufacturing requirements
5. Work with failure analysis (FA) to determine root cause of any reliability and qualification failures
6. Work with process and package technology development to develop and qualify technologies for new product development
7. Work closely with the global manufacturing facilities to address customer specific product quality, yield management and cost reductions issues on mature products. Scope of work could include product spins and derivatives
8. Work with planning team to ensure smooth device ramp post release to manufacturing (RTM)
9. Qualify second source wafer fab, assembly / test (A/T) facility, and Bill of Materials (BOM) to ensure device continuity of supply
10. Perform test conversion, test time reduction, and yield improvements to achieve device entitlement operational transfer cost (OTC)
11. Handle material builds post design release by working with manufacturing sites
12. Drive any customer returns to full closure with a Root cause analysis

Minimum requirements

• Bachelor’s/ Masters degree in Electrical Engineering, ECE

• 2-5 years of relevant experience

• Strong technical background, with the ability to produce high quality technical documentation

Preferred qualifications

Solid understanding of analog and digital circuits their operation and analysis

Extensive hands on experience working with different lab equipment for taking data and / or performing device debug or failure analysis. For example, use of the curve tracers; return loss analyzers, oscilloscopes and spectrum analyzers.

Experience of bench testing of op-amps, ADCs, mixed –signal circuits and digital circuits

Experience with bench validation and characterization PCBs

Experience with integrated circuit and device failure analysis

Experience with Eagle Test System or mixed signal ATE

Programming skills for automation of bench characterization equipment (LabVIEW/Test stand), along with C and or C++ for ATE

Extensive knowledge of statistics and tools to analyze large amounts of characterization data and determine and set production test limits and predict yield data

Have working knowledge of what is required to take a product from development stage to production

Ability to work in a team setup comprising of other functional groups

Strong time management skills that enable on-time project delivery

Demonstrated ability to build strong, influential relationships

Ability to work effectively in a fast-paced and rapidly changing environment

Ability to take the initiative and drive for results

Strong problem solving, verbal and written communications skills

Ability to multiplex between projects and be able to maintain project schedules

Why IPP-MPP

IPP-MPP product line offers high performance, innovative and cost-effective power solutions for a broad range of customer applications in enterprise, communications and automotive which include multiple phase DC/DC controllers, smart power stages, and sequencers. In MPP, our mission is to deliver the converter solutions which power large CPU, SOC, ASIC platforms in the rapidly expanding Enterprise Computing/Datacenter market. Target platforms include Intel, AMD, ARM, NVidia and custom ASIC/FPGAs from various vendors.

Product engineering (PE) works with our design, systems and back-end (test/val) teams to ensure a product is designed for manufacturability and reliability. PEs usually work on a product family or category and ensure that those devices are meeting specifications and quality targets as defined in our data sheets. In addition, PEs may be responsible for "sustaining support," meaning they work with design, ATD (process technology), SCP (packaging), manufacturing, test, quality, reliability, and marketing teams to further optimize the manufacturing flow of a given device, targeting to reduce cost or otherwise improve the overall long-term development and profit profile of the device post-release.

Responsibilities may include, but are not limited to:

• Development work in support of a broad range of Power devices (Buck converter multiphase controller, power stages, Power sequencers, etc.)
• Collaborate and work in a team environment with Design, Applications, Test, Marketing, Manufacturing, Quality and Reliability in all aspects of new product development, production release to accomplish goals and objectives
• Design sHTOL, dHTOL, ELFR, BHAST, and PTC boards to qualify Power products
• Perform evaluation, debug and characterization of integrated circuits to ensure they meet the product requirement specifications and manufacturing requirements
• Work with failure analysis (FA) to determine root cause of any reliability and qualification failures
• Work with process and package technology development to develop and qualify technologies for new product development
• Work closely with the global manufacturing facilities to address customer specific product quality, yield management and cost reductions issues on mature products. Scope of work could include product spins and derivatives
• Work with planning team to ensure smooth device ramp post release to manufacturing (RTM)
• Qualify second source wafer fab, assembly / test (A/T) facility, and Bill of Materials (BOM) to ensure device continuity of supply
• Perform test conversion, test time reduction, and yield improvements to achieve device entitlement operational transfer cost (OTC)
• Handle material builds post design release by working with manufacturing sites
• Drive any customer returns to full closure with a Root cause analysis

Minimum requirements

• Bachelor’s/ Masters degree in Electrical Engineering, ECE

• 2-5 years of relevant experience

• Strong technical background, with the ability to produce high quality technical documentation

Preferred qualifications

Solid understanding of analog and digital circuits their operation and analysis

Extensive hands on experience working with different lab equipment for taking data and / or performing device debug or failure analysis. For example, use of the curve tracers; return loss analyzers, oscilloscopes and spectrum analyzers.

Experience of bench testing of op-amps, ADCs, mixed –signal circuits and digital circuits

Experience with bench validation and characterization PCBs

Experience with integrated circuit and device failure analysis

Experience with Eagle Test System or mixed signal ATE

Programming skills for automation of bench characterization equipment (LabVIEW/Test stand), along with C and or C++ for ATE

Extensive knowledge of statistics and tools to analyze large amounts of characterization data and determine and set production test limits and predict yield data

Have working knowledge of what is required to take a product from development stage to production

Ability to work in a team setup comprising of other functional groups

Strong time management skills that enable on-time project delivery

Demonstrated ability to build strong, influential relationships

Ability to work effectively in a fast-paced and rapidly changing environment

Ability to take the initiative and drive for results

Strong problem solving, verbal and written communications skills

Ability to multiplex between projects and be able to maintain project schedules

JD Below:

• Requirements
• Graduate or PG in Material Science and or Mechanical engineering.
• Ability to understand Material properties of various material grades such Metals, Plastics, Elastomers etc.
• Strong fundamentals in Material behaviours such as Static Stiffness, strength & failure, Impact, Creep, Fatigue, NVH etc.
• Ability to work with Intermediate MS Excel is a must.
• Should know Solid mechanics, Strength of materials, Material testing, Material models have used in their simulation

Job Description:

• Work with customer material data onsite and manually transform scattered data into a structured format.
• With the recent developments in large language models like ChatGPT, GPT-4, etc, use of these models for such tasks can be explored further.

JD Below:

• Requirements
• Graduate or PG in Material Science and or Mechanical engineering.
• Ability to understand Material properties of various material grades such Metals, Plastics, Elastomers etc.
• Strong fundamentals in Material behaviours such as Static Stiffness, strength & failure, Impact, Creep, Fatigue, NVH etc.
• Ability to work with Intermediate MS Excel is a must.
• Should know Solid mechanics, Strength of materials, Material testing, Material models have used in their simulation

Job Description:

• Work with customer material data onsite and manually transform scattered data into a structured format.
• With the recent developments in large language models like ChatGPT, GPT-4, etc, use of these models for such tasks can be explored further.

• Conceptualizing, designing, and executing research programs in material science, focusing on areas such as nanotechnology, polymers, composites, or advanced alloys.
• Leading and mentoring a team of researchers and technicians, providing scientific direction and technical guidance.
• Developing and optimizing synthesis, characterization, and testing methodologies for new materials.
• Writing and submitting grant proposals to secure research funding from government agencies and private foundations.
• Publishing research findings in high-impact peer-reviewed journals and presenting at international conferences.
• Collaborating with industrial partners to facilitate technology transfer and commercialization of research outcomes.
• Ensuring compliance with laboratory safety protocols and ethical research practices.
• Managing laboratory resources, equipment, and budgets effectively.
• Contributing to the strategic direction of the research division and identifying future research opportunities.