Job description

Development and management of central tools, solutions and automated processes for “CAD IT Solutions & Central Services” group inside the IT “Infrastructure and Services” organization, with special focus on services, tools and software used for the technical management of SW licenses used by CAD designers. Integration with Corporate IT projects and programs is also required.

The CAD-IT Central Tools & Process Automation Engineer is mandated for the day-today management, development and maintenance, of solutions and tools for CAD licenses and the CAD-IT environment in which these are used for electronic design, according to defined Service and/or Operational level agreements.

He/she has also to implement business change requests to existing CAD-IT SW solutions or systems, and also follow and resolve users’ incidents in an effective and efficient manner respecting the defined service level objectives.

Key accountability of CAD-IT Central Tools & Process Automation Engineer is an effective and efficient management of CAD-IT SW infrastructure, solutions and services.

Profile

Good knowledge of UNIX/Linux operating system, and user environment (tools, variables…).

Knowledge of shell scripting (C/Bash/Bourne/Korn)

SW code production and testing. knowledge of Perl language and other programming languages and automation tools is a must.

Ability to work in team, good communication skills, customer and support oriented.

Analytical and problem solving skills/attitude.

Willing to learn and to get experienced in the technical aspects of CAD-IT SW

Solutions

Job description

The position is an exciting opportunity to be part of a flexible and dynamic team in thegrowing markets of mixed signal chips with signal processing IPs, ARM processor and AMBA bus interface like Wireless Chargers, Bluetooth, PMIC etc. used in Mobile, Tablets, Microcontrollers etc. The role works within the digital design team with the aim to create an efficient Digital Design.

Job scope.

• Work at IP level design, but occasionally also at SOC design.
• Creation of RTL code
• Some opportunities to integrate the IP in the SOC
• UPF flow, Low power Flow, Power aware simulations
• CDC/RDC/LINT checks using various tools
• Verification of concept using Matlab/Simulink and toolboxes
• Opportunities to run HLS and HLV platforms like Catapult.
• Synthesis, Scan insertion, ATPG.
• STA.
• Schedule preparation at IP level together with the Design leader and execution adhere to plan.
• Reporting to the management.
• Accountability.

Profile

Masters in Electronics’ Engineering (a relevant experience with minimum 2 years in a semiconductor or high technology R&D environment would be appreciated)

• Some Knowledge of ARM based Architectures, AMBA bus, Peripherals, Boot would be appreciated
• Some Knowledge of RISC-V architectures would be appreciated.
• Some Experience in Hardware Design Language (such as VHDL or Verilog).
• Some Experience in CDC, RDC, LINT would be appreciated
• Some Experience in Synthesis, Scan Insertion, ATPG.
• Some exposure to Physical Design, including Power analysis, Clock tree Synthesis,
• Physical Checks would be appreciated
• Some exposure to Power Aware, Low power and UPF methodology would be appreciated
• Some knowledge of tools porting from Verilog RTL into C++ would be appreciated.
• Some exposure to Scripting languages (PERL, TCL, PYTHON) would be
• appreciated
• Knowledge in Static Timing Analysis
• Good communication and written skills in English.
• Able to work in a multi-cultural team.
• Strong analytical and problem-solving skill.
• Able to keep up with fast moving new design methodology.

EQUIPMENT ENGINEER

You will be a contributor in STMicroelectronics new facility installation and start-up, moving then to maintenance support to the facility.

In the first phase You will act as a Hook-up engineer, and in this role you will: Follow on the floor the hook-up of a set of manufacturing equipment, i.e. the connection between the battery limits (facilities panel to the equipment) and the equipment installation, up to the start-up of the hardware (before qualification stage of the equipment). Ensure that the hook-up and installation activities, although they might be carried out by contractor personnel, are compliant with hook-up and installation specifications (including P&I, schematics and drawings) quality, safety and environmental rules and any applicable STMicroelectronics standard, regulations and good practices.

Contribute to on-time execution of hook-up and installation, with follow-up of daily works, highlighting any deviation versus the specifications and/or schedule

Participate to periodic meetings on activities progress with suppliers and STMicroelectronics project team.

Participate to commissioning tests to certify the compliance of the hook-up and installations during the commissioning stages of manufacturing equipment.

Contribute to the collection of documentation related to commissioning In the second phase You will act as an Equipment Maintenance engineer and in this role, for a set of manufacturing equipment and ancillaries, you will prepare/update maintenance procedures according to system manuals and learning curve.

Recommend/establish a preventive maintenance schedule and control plan.

Perform preventive and corrective maintenance activities on as set of manufacturing equipment and ancillaries, either in the mechanical or electrical/electronic domains, following the maintenance operating procedures and system’s manuals

Ensure that maintenance activities, carried out by You or STMicroelectronics colleagues or contractors are compliant with safety and environmental rules and/or contractual agreements. Analyze equipment performances and act towards the achievement of target indicators (KPIs). Initiate improvement activities on the equipment performance by regular teamwork with process engineering, production and facilities teams

Spread with maintenance team the know-how acquired during installation and startup/ramp-up phases and lessons learned and interact with tool vendors for improvements

Profile

Candidates that best fit this role should have/be:

(minimum) Bachelor’s Degree in Mechatronics, Industrial Engineering or Electronics Engineering

Master degree in Automation and Robotics Engineering, with bachelor’s in Industrial Engineering, Electrical, Electronics or Mechatronics Engineering

(Preferred): working experience in maintenance activities, best if in domains such as electro-medical equipment, industrial facilities equipment, chemical and gases facilities equipment

(Preferred) experience in companies specializing in the repair of electrical / electronic, electromechanical and instrumental components (vacuum pumps, radio frequency generators, robotics and automation)

Able to read and understand electrical, mechanical and instrumental schematics.

(Preferred) knowledge of AutoCad

Great attention to details

Very good analysis, problem solving, synthesis and reporting capabilities Good communication and documentation skills

Good teamwork ability

(Preferred) ability to work by objectives

Job description

To develop new Wide band gap Power transistor products focusing on testing coverage and electrical testing program definition, implementation, debugging and release to production. To analyse the test and characterization data to define Specification/datasheet conditions and limits. To develop and implement Power devices Test methods. To characterize the devices. To Define the testing roadmap for product industrialization and yield optimization.

Profile

Required Electronic Engineering or Physics Master Degree.

It is needed knowledge on Si and WBG semiconductor Physics and power MOSFET structure and operation, power transistor characterization, power device test methods, Circuit analyses, Statistics, Microsoft office: Excel, Word, power point, Access.

It is appreciated the knowledge of semiconductor diffusion/assembly/testing process.

it is appreciated knowledge of programming language.

it is appreciated knowledge of measurement equipment.

Attitude to a very dynamic job: candidate must be able to switch between tasks and priority according to business needs. The Job requires availability to business trips to production plants/customers if needed

As the Application Engineer, the candidate will be part of a team and will follow various phases of product development such as Architecture definition, Specification definition, Tests plan implementation and electrical characterization/validation of our devices. He/she will contribute to the definition of new products leveraging on new applications knowledge as main factor for innovation.

As key member of a cross functional team he/she will work closely with divisional design and product engineers, quality organization and regional sales teams. The candidate will have a continuously interaction with customers through meeting/call and on-site support. He/she will also prepare the required documents (such as Application Notes, evaluation board) aiming at facilitating product design and promotion at our customers.

Master ‘s level degree in Electronic Engineering, English fluency, and strong technical knowledge in analog and digital electronics. The ideal candidate is a team player that works well in collaborative situations and challenging environments. He/She has a strong Problem-Solving approach, a Result orientation, a sense of urgency and proactivity skills. Previous experience will be considered an added value.

Since most of the job will be conducted on the bench, it is required to have good laboratory skills and or attitude to work in a laboratory environment. In addition, he/she shall know industry-standard software for PCB design and simulation (Cadence, Orcad, Altium, etc.) and software tools to aid the automatic characterization/validation process (Labview, Matlab, etc.) A methodic approach into the execution of the required tests is needed as well as knowledge sharing with our stakeholders/Technical Community