Openings @ infineon

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RNSIT Placement Cell

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Dec 31, 2012, 5:41:57 AM12/31/12

to rnsit11, rnsit2012batch, sridhara saligrama n, rnsit.tpo rnsit.tpo

Dear Students,

Greetings from the RNSIT Placement & Training Centre,

The interested students are hereby informed to go through below details :

Apprentice/Engineer Graduate

Contact

· Dollegowda Nandakumar (IFIN HR)

Page Content

ATV SW: Embedded Software

General Purpose

· Platform enabler software development and testing for Infineon’s Automotive & Industrial chipset

Areas of Responsibility

· Microcontroller Device Driver Software development and validation for various peripherals of Infineon’s automotive microcontrollers based on TriCore and ARM-Cortex-Mx (e.g. CAN, SPI, I2C, LIN, FlexRay, UART, Flash, Timers, PWM, etc).Development of application specific drivers & libraries. Author architecture, design, test specifications and customer documents.·

· Participate in software requirements analysis and ambiguity resolution.

Provide technical solutions to customer change requests.
Conceive and develop validation infrastructure for topics in own responsibility.
Liaise with chip development engineers on a need basis.

Interfaces:

· Project Manager, Program Manager, Application Engineers, 3rd party consultants.

Education:

· B.Tech/BE/M.Tech/MS in Electrical/Electronics/Computer Science/Instrumentation

Experience:

· 1-3 years of experience.

· Embedded system software development/validation in C, assembly languages & SDLC.

· Good knowledge of computer architecture (16/32bit), real-time systems.

· Experience in standards such as AUTOSAR, IEC61508, ISO26262 is desirable .

· Acquaintance with development tool-chains such as GNU, Tasking, Keil, RVCT etc.

· Good working knowledge of debuggers such as PLS, Lauterbach etc.

· Proven ability to work with standard lab equipment - oscilloscopes, logic analyzers, power benches etc .

· Good team player in a multi-site work environment.

ATV VV: PCB Design Engineer

General Purpose:

· The candidate will be responsible for the design and validation of validation/customer boards within Verification and Validation team. He/She will contribute to the Si development / validation for MC D organization for ATV.

Areas of Responsibility

· Collect requirement from VV team on validation board and understand the use models .

· Ramp on Tri-Core and peripheral devices as well as interface bus on validation boards.

· Create schematic including creation of library elements using schematic capture tools.

· Debug failing boards, then work with validation & verification engineers, designers and architects to resolve issues.

· Technical owner of the validation board .

· Ramp on Silicon validation using functional and requirement based validation methodologies to effectively design and deliver the quality board.

· Build a collaborative environment across different Geos (Munich, Bristol, Singapore) and maximize contributions to the organization.

· Contribute in the area of Board Design expand the influence across MC D organization with positive impact.

· Meet or exceed customer expectations .

Interfaces:

· Board design team in Bangalore, Munich (Board Design Methodology alignment), ADC boards in Villach.

· Verification (IP & SoC) and Validation team across MC D organization.

· Designers, Concept Engineers, Project Managers, and Program Managers across MC D.

Education:

· Must have a Bachelors or Masters degree in Electrical Engineering, or Computer Engineering or equivalent.

Experience:

· 1-3 years experience in PCB design and validation.

· The ideal candidate will have experience in PCB layout design, PCB fabrications and PCB design flow.

· Experience/familiarity of tools such as Altium Designer, Mentor Graphics schematics editor, Cadence ORCAD, Allegro Viewer, PADS PCB ORCAD, PADS, ALLEGRO and Altera Quartus.

· Understanding of SI and thermal analysis is a plus.

· Experience in Silicon validation using functional and requirement based validation methodologies.

· Exposure to IP modules such as CAN, LIN, USB, Ethernet, etc.

· Familiarity with Post-Si validation concepts, test plans, post-Si validation environment, and test writing/debug.

· Experience in using lab equipments such as Oscilloscopes, Protocol Analyzers/Exercisers, Mid-bus Probes, Logic Analyzers, JTAG based Debuggers etc.

· Familiarity in programming languages such as C, Assembly, Perl / Shell scripting, etc. is plus.

· Working knowledge of UNIX, Windows and embedded operating system .

· Candidates should have strong written and verbal communication skills.

· Exposure to test development on system simulators and emulators is an advantage.

· Experience in working with cross-site organizations is a must.

· Schematic capture in Orcad or Cadence tools - Layout in Allegro.

· Interpreting the requirements from system specifications and/or verbal inputs (completion of the specification of) the detailed requirements of the Printed Circuit Board (PCB) assembly.

· Creation of the schematic including creation of library elements using schematic capture tools such as ORCAD.

· PCB design for analog, RF, power supplies and high speed digital circuits.

· Schematic entry in Candence OrCAD and / or Mentor Graphics tools.

· Board layout review, gerber review, Board bring-up and functional testing.

· Need to debug failing boards, then work with validation & verification engineers, designers and architects to resolve issues.

· Successful engineers can anticipate failure modes, and write test content to stress the design and identify bugs.

· The quality of the design and the final product is directly proportional to the quality of the Silicon validation work.

· Behavioural traits for this position include: Strong problem solving and tolerance of ambiguity.

· Strong discipline and attention to detail in ensuring effective and high quality board design that minimizes bug escapes to higher levels of validation .

· Contributing to process improvements where applicable, and gaining domain expertise to be able to independently validate effectively.

ATV VV: Validation & Verification

General Purpose:

· The candidate will be responsible for verification/validation of individual IP Modules and/or SoC within Verification and Validation team. He/She will lead one or more functional areas and contribute to the Si development / validation for MC D organization for ATV.

Areas of Responsibility

· Development of Pre-Silicon verification and Post-Silicon validation collateral & methodologies

· Writing verification / validation tests and execute by simulating and/or running on Silicon

· Candidates will need to debug failing tests, then work with designers and architects to resolve issues

· Successful candidates can anticipate failure modes, and write test content to stress the design and identify bugs

· Candidate will analyze coverage gaps and develop strategies to fill coverage holes

· The quality of the design and the final product is directly proportional to the quality of the design verification & validation work.

· Strong discipline and attention to detail in ensuring effective and high quality verification that minimizes bug escapes to higher levels of validation .

Interfaces:

· VV and SW team members in BLR, Munich, Singapore & Bristol.

· Verification (IP & SoC) and Validation teams across MC D organization.

· Designers, Concept Engineers, Project Managers, and Program Managers across MC D.

Education:

· Must have a Bachelors or Masters degree in Electrical Engineering, Computer Science or Computer Engineering or equivalent.

Experience:

· 1-3 years experience in verification/validation of IP Modules and SoC verification/validation.

· Experience in RTL verification using functional and requirement based validation methodologies.

· Good experience in Specman, System Verilog, and Perl / Shell scripting .

· Good experience in programming languages such as C/C++, Assembly, Perl / Shell scripting, etc.

· Experience in the area of verification/validation of IP modules such as CAN, LIN, USB, Ethernet, etc. is a plus.

· Familiarity with coverage concepts, test plans, test benches, bus-functional-models, checkers, trackers, and test writing/debug .

· Experience in using lab equipments such as Oscilloscopes, Protocol Analyzers/Exercisers, Mid-bus Probes, Logic Analyzers, JTAG based Debuggers etc.

· Working knowledge of UNIX and Windows.

· Candidates should have strong written and verbal communication skills.

· Exposure to test development on system simulators and emulators is an advantage.

· Experience in working with cross-site organizations is a must.

· Writing verification / validation test plans, and then writing tests to execute those plans.

· Development of verification / validation collateral, such as self checking tests and stressing the peripheral interfaces is often required to enable test plan execution.

· Candidates will need to debug failing tests, then work with verification engineers, designers and architects to resolve bugs.

· Successful verification / validation engineers can anticipate failure modes, and write test content to stress the design and identify bugs.

· Candidate will analyze coverage gaps and develop strategies to fill coverage holes.

· The quality of the design and the final product is directly proportional to the quality of the RTL verification / validation work.

· Behavioural traits for this position include: Strong problem solving and tolerance of ambiguity.

· Strong discipline and attention to detail in ensuring effective and high quality verification that minimizes bug escapes to higher levels of validation.

· Contributing to process improvements where applicable, and gaining domain expertise to be able to independently validate effectively.

DES: Design flow Infrastructure

Areas of Responsibility

Development of VLSI Design Flow automation tools and applications
Design Flow infrastructure development , enhancements & component testing
Candidate will need to write scripts to automate flow steps
Candidate will need to work on a flow test integration and automation using workflow management tools
Strong Programming aptitude to find automation needs and applications using scripting languages with OOAD techniques.

Education:

BE/ B.Tech, ME/ M.Tech in Computer Science Engineering (CSE) / Electrical Engineering (EE) / Electronics & Communication Engineering (ECE).

Experience:

1-3yrs of relevant experience
Should have attended digital design courses, basic electronics
Strong C/C++ programming and PERL script skills
Ability to understand UML and Design principles
Ability to enhance knowledge through continuous learning
Good working knowledge with UNIX & Shell programming
Candidates should have strong written and verbal communication skills
Behavioural traits for this position include: Strong problem solving and tolerance of ambiguity

DES: PCell Development & QA

Areas of Responsibility

Do continuous regression test of Process Design Kit’s(PDK)
To come up with methodology and scripts to test PDK's
Help in third party tool evaluations as and when required
Would involve in test for Physical verification, extraction & simulation.

Education:

BE/ B.Tech, ME/ M.Tech in Computer Science Engineering (CSE) / Electrical Engineering (EE) / Electronics & Communication Engineering (ECE).

Experience:

1-3yrs experience
Good understanding of device physics and layout verification concepts
Exposure to Virtuoso full custom design environment
Exposure to CAD tools (Virtuoso, Calibre)
Understanding of Cadence skill programming is desirable
Strong C/C++ programming and PERL scripting skills
Good working knowledge with UNIX & Shell programming
Strong written and verbal communication skills

DES: ASIC Library Development

General Purpose:

ASIC Library development Engineer

Areas of Responsibility

Development and verification of Library components for design enabling
Design, Layout and characterization of components for different technologies
Generation of frontend and backend views and integration into the design flow
Automation of view generation, layout generation, design verification and validation, Testchip development and automation, Quality Assurance of the generated library views
High Quality Library component delivery, measured through QOD from customer.
Task and work packages ownership in Library department

Education:

· B.tech/M.tech/MS in Electrical Engineering (EE) / Electronics & Communication Engineering (ECE), Msc in Electronics

Experience:

1-3yrs of relevant work experience.
Should have done courses in digital design, basic digital and analog electronics, cmos design.
Strong fundamentals of CMOS structures, digital gates, analog basics.
Good PERL script skills .
Good working knowledge with UNIX & Shell programming.
Candidates should have strong written and verbal communication skills.
Behavioural traits for this position include: Strong problem solving, analytical skills and quick adaptability.

Sales: Power Electronics Application Engineer

General Purpose

To train apprentice program candidates in fields of knowledge pertinent to customer applications in power electronics

Education:

Graduate degree in Engineering (electrical / electronic major)

Interfaces:

IPC & PMM Application Engineering, sales & marketing & controlled exposure to customers.

Experience:

1-3 years work experience in power electronics industry.
Training in Power Electronics Applications
High Power: UPS, Traction, wind/solar converters, medical, genl. Purpose & medium voltage drives, etc.
Low Power: AC/DC converter with various power range, DC/DC converter, UPS, Solar Inverter, Lighting, etc.
Build up application and system know-how via internal projects.
Training on how to provide on-site Design-In technical support to customers and solve related technical issues; as well as support sales and business activities
Training on how to achieve the development & product definition of power electronics related projects covering concepts on circuit topologies based on Infineon leading power devices; and perform hands-on design and testing of power electronics systems.
Learn how to perform technical analysis of the circuits to meet customers’ criteria as well as system performance analysis/comparison of multiple suppliers’ products
Training on troubleshooting of FAR issues on application level and propose effective solutions.
Training on handling documentation for product requirements, application notes and system datasheet.

Sales: Sales Apprenticeship

General Purpose:

· To train apprentice program candidates in fields of knowledge pertinent to sales activities.

Interfaces:

· Sales, Application Engineering, Regional Marketing, MSS

Education:

· Graduate degree preferably in engineering or sciences.

Experience:

· 1-3 years work experience in sales.

· Market Strategies – Understanding how market dynamics and company portfolios come together in order to formulate optimal sales strategies for market penetration & growth.

· Sales Planning – Understanding sales forecasting and importance of accurate planning.

· Customer Management – Building customer relationships and expanding reach into customer organizations.

· Channel Management – Understanding the supply and learning about interactions with distributors, design partners and marcom .

· Presentation skills – how to create impactful presentations conveying effective sales messages.

· Negotiation, Value & Solution Selling – how to maximize sales while maintaining strong customer focus.

· Competitive Positioning – how to manage product positioning in the market and understand competitors’ strengths & weaknesses.