Description:
You will join Analog HW Electronics team lead by Yuriy Puchkov, applying your knowledge and skills in technology and/or product development.
You will see how your personal efforts converted to real products, impacting evolution of electrical grids, making it more green, reliable, and resilient.
You will work in comfortable office with great transport communication (near central station), with modern equipment in our brand-new on-site laboratory area.
Our organization will support your competence development, knowledge sharing, work-life balance, harmony of diversity.
Our teammates are open-minded, friendly, and working in good spirit.

Your responsibilities
Participate in the full lifecycle of hardware platform for HVDC Control & Protection system, from idea, requirements, simulations, prototyping, testing up to release & sustaining production.
Take care of robust analogue design, signal conversion, optoelectronics, gate drivers, power electronic, etc…
Do conceptual design of hardware platform based on initial requirements, influence technology based on your knowledge and experience.
Work with simulations, parts selection, schematics, and layout.
Prototype, verify and validate. Care of test infrastructure and setups.
Prepare and manage technical documentation.
Drive technical reviews and project planning.
Drive processes and tools improvement activities.

Qualifications:
At least Master/Bachelor’s degree in Electronics Engineering or related field.

At least 5 years’ professional circuit board design experience.

Practical knowledge of hardware electronics design process and tools (e.g. SPICE, Altium, Zuken CADSTAR, PADS…).

Experience with laboratory test and measurement equipment and circuit boards testing, reworking.

A high level of self-motivation, curiosity, and desire to learn about new technologies.

A collaborative, solutions-oriented approach, and good communication skills.

Knowledge of design reliability methodologies (DFMEA, MTBF, etc).

Awareness of relevant industry standards and methodology.

English language – at least Intermediate / B2 / Technical communication.

Strong commitment to safe work practices and dedication to following all relevant workplace safety guidelines.

Theory and strong practical knowledge are expected in following areas:
o Analog signal processing (Filters, OpAmps, etc)
o Discreet elements design (Capacitors, BJT, FET, Zener, Diodes, Resistors)
o Power integrity and management (decoupling, multiply domains, supervision).
o SMPS design (topologies, controllers, magnetics, gate drivers, feedback).

How to Apply:
Please apply using the link.

Description:
You will join Digital HW Electronics team lead by Michal Kamon, applying your knowledge and skills in technology and/or product development.
- You will see how your personal efforts converted to real products, impacting evolution of electrical grids, making it more green, reliable, and resilient.
- You will work in comfortable office with great transport communication (near central station), with modern equipment in our brand-new on-site laboratory area.
- Our organization will support your competence development, knowledge sharing, work-life balance, harmony of diversity.
- Our teammates are open-minded, friendly, and working in good spirit.
Your Responsibilities
- Participate in the full lifecycle of hardware platform for HVDC Control & Protection system, from idea, requirements, simulations, prototyping, testing up to release & sustaining production.
- Take care of robust design, including analogue/digital electronics, high speed, optoelectronics, gate drivers, power electronic, etc…
- Do conceptual design of hardware platform based on initial requirements, influence technology based on your knowledge and experience.
- Work with simulations, parts selection, schematics, and layout.
- Do prototyping, validating, and testing. Care of testing infrastructure and environment.
- Prepare and manage technical documentation.
- Participate in technical reviews and project planning.
- Drive processes and tools improvement activities.
- Living Hitachi Energy’s core values

Qualifications:
- Practical knowledge of hardware electronics design process and tools (e.g. SPICE, Altium, PADS, Zuken CADSTAR…).
- Experience with laboratory test and measurement equipment and circuit boards testing, reworking.
- Strong commitment to SAFe (Agile) work practices and dedication to follow all relevant workplace safety guidelines.
- A high level of self-motivation, curiosity, and desire to learn about new technologies.
- A collaborative, solutions-oriented approach, and good communication skills.
- Knowledge of design reliability methodologies (DFMEA, MTBF, etc).
- Awareness of relevant industry standards and methodology.
- English language – at least Intermediate / B2 / Technical communication.
Theory and strong practical knowledge are expected in following areas
o Digital area:
- Logic IC (Gates, Families, Level shifters)
- Microcontrollers / CPU (inpu/output standards, block functionalities, JTAG)
- FPGA (inpu/output standards, block functionalities, JTAG)
- Clock management (sources, domains, parameters, distribution)
o Digital-analog conversion.
o Circuit simulation (SPICE, Model modification, performance analysis)

How to Apply:
Please apply via the link below

Description:
You will join Digital HW Electronics team lead by Michal Kamon, applying your knowledge and skills in technology and/or product development.
- You will see how your personal efforts converted to real products, impacting evolution of electrical grids, making it more green, reliable, and resilient.
- You will work in comfortable office with great transport communication (near central station), with modern equipment in our brand-new on-site laboratory area.
- Our organization will support your competence development, knowledge sharing, work-life balance, harmony of diversity.
- Our teammates are open-minded, friendly, and working in good spirit.
Your Responsibilities
- Participate in the full lifecycle of hardware platform for HVDC Control & Protection system, from idea, requirements, simulations, prototyping, testing up to release & sustaining production.
- Take care of robust design, including analogue/digital electronics, high speed, optoelectronics, gate drivers, power electronic, etc…
- Do conceptual design of hardware platform based on initial requirements, influence technology based on your knowledge and experience.
- Work with simulations, parts selection, schematics, and layout.
- Do prototyping, validating, and testing. Care of testing infrastructure and environment.
- Prepare and manage technical documentation.
- Participate in technical reviews and project planning.

Qualifications:
- At least Master/Bachelor’s degree in Electronics Engineering or related field.
- At least 2 years’ professional analog circuit board design experience.
- Digital area:
- Logic IC (Gates, Families, Level shifters)
- Microcontrollers / CPU (inpu/output standards, block functionalities, JTAG)
- Practical knowledge of hardware electronics design process and tools (e.g. Altium, PADS, Zuken CADSTAR…).
- Experience with laboratory test and measurement equipment and circuit boards testing, reworking.
- Circuit simulation (SPICE, etc)
- A high level of self-motivation, curiosity, and desire to learn about new technologies.
- A collaborative, solutions-oriented approach, and good communication skills.
- Awareness of relevant industry standards and methodology.
- English language – at least Intermediate / B2 / Technical communication.
It would be advantage to have experience
- in SAFe (Agile) work practices and dedication to follow all relevant workplace safety guidelines.
- Experience with high-speed electronics circuits and interfaces (FPGA, CPUs, Memories, Backplanes…)
- Experience with PCB layout design and PCBA manufacturing

How to Apply:
Please apply via the link below

Description:
You will join Digital HW Electronics team lead by Michal Kamon, applying your knowledge and skills in technology and/or product development.
- You will see how your personal efforts converted to real products, impacting evolution of electrical grids, making it more green, reliable, and resilient.
- You will work in comfortable office with great transport communication (near central station), with modern equipment in our brand-new on-site laboratory area.
- Our organization will support your competence development, knowledge sharing, work-life balance, harmony of diversity.
- Our teammates are open-minded, friendly, and working in good spirit.
Your Responsibilities
- Participate in the full lifecycle of hardware platform for HVDC Control & Protection system, from idea, requirements, simulations, prototyping, testing up to release & sustaining production.
- You are going to take care of system integrity of products, working close with adjacent teams (software and FPGA engineers, product verification engineers, etc)
- Contributing to testability of designs, influence requirements based on your experience
- Participation in simulations, schematics and layout reviews, product release process
- Prototyping, validation and testing of products, development and support of local verification infrastructure and setups
- Preparing and managing technical documentation
- Living Hitachi Hitachi Energy’s core values

Qualifications:
- At least Master/bachelor’s degree in Electronics/Electrical Engineering or related field
- Professional experience or participation in end-to-end study projects with building and testing prototypes.
- knowledge of hardware design process and tools (e.g. SPICE, Altium, PADS, CADSTAR…)
- Experience with laboratory equipment and circuit boards testing and measurements, soldering
- A high level of self-motivation, curiosity and desire to learn about new technologies
- A collaborative, solutions-oriented approach and strong communication skills
- English language – at least Intermediate / B1 / Technical communication
It would be advantage
- SAFe (Agile) work practices and dedication to follow all relevant workplace safety guidelines.
- Understanding of component and device reliability, DFMEA
- Experience with fiber optics and copper media communication interfaces
- Experience with Test and Measuring automation tools (VISA, Python, LabView)
- Experience in product certification, EMC, signal and power integrity
- Basic principles of C/C++ or VHDL language
- Understanding mechanical documentation

How to Apply:
Please apply via the link below

Description:
You will join Analog HW Electronics team lead by Yuriy Puchkov, applying your knowledge and skills in technology and product development.
You will see how your personal efforts converted to real products, impacting evolution of electrical grids, making it more green, reliable, and resilient.
You will work in comfortable office with great transport communication (near central station), with modern equipment in our brand-new on-site laboratory area.
Our organization will support your competence development, knowledge sharing, work-life balance, harmony of diversity.
Our teammates are open-minded, friendly, and working in good spirit.
Your responsibilities
-Participate in the full lifecycle of hardware platform for HVDC Control & Protection system, from idea, requirements, simulations, prototyping, testing up to release & sustaining production.
-Take care of robust design, including analogue electronics, high speed, optoelectronics, gate drivers, power electronic, etc…
-Work with circuit board schematics and layout, simulations, parts selection.
-Do prototyping, verification of design, implementing manufacturing test procedures.
-Care of testing infrastructure and environment.
-Prepare and manage technical documentation.
-Participate in technical reviews and project planning.
-Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business.

Qualifications:
-At least Master/Bachelor’s degree in Electronics/Electrical Engineering or related field.
-Experience or participation in end-to-end study projects with designing and simulating circuit boards, building, and testing prototypes.
-Strong commitment to safe work practices and dedication to following all relevant workplace safety guidelines.
-Practical knowledge of hardware design process and tools (Schematics and layout tools like Altium, KiCad, Eagle, circuit simulations like SPICE, LTspice).
-Knowledge of main properties of electronics components used in electronics design, you should have general knowledge that resistance is not the only property of resistor, and capacitance is not the only property of capacitor. You should understand main parameters of transistors, integrated circuits, inductors, and transformers.
-Practical knowledge of test and measurement equipment (power supply, signal generator, oscilloscope) and circuit boards testing (measuring of voltages and currents, capturing of signal shape or response).
-A high level of self-motivation, curiosity, and desire to learn about new technologies.

How to Apply:
Please apply via the link

Description:
About the job
TI’s High Voltage Power is an exciting group looking to productize smart power products in the market and demonstrate the significant performance benefits of TI’s technologies. We are a quick-moving group looking to leverage TI’s advantages to develop groundbreaking solutions. Our team is looking to extend TI’s technologies further to specify and develop products enabling new cutting-edge automotive and industrial applications.
High Power Driver product line is growing swiftly within a segment where the market is rapidly expanding. We’re searching for a systems engineer who has the passion and excitement to grow, innovative, take an active role in defining and implementing new product strategies to continue to drive the product line’s fast growth. This strategic role offers an exciting mix of technical and market centric responsibilities and challenges including 1) owning the roadmap for a family of gate drivers for MOSFET, IGBT, SiC or GaN used in a variety of end equipments including EV/HEV, solar/wind renewables, high density switch mode power supplies and motor drives 2) defining compelling new products and working with multi-discipline teams to realize and validate them, 3) ensuring new product success by planning/generating take-to-market collateral and drive adoption at top customers.

Qualifications:
Responsibilities may include:
• Research and create new product definitions, including developing business case proposals, product family strategies and priorities, defining competitive specifications, lead silicon validation/verification and taking products to RTM.
• Analyze key end-equipment care about in automotive, industrial, identify future trends and opportunities for improved performance, and add value to these systems with innovative and competitive solution, architect short and long term product strategy and roadmap.
• Assess and negotiate IC development tradeoffs with design team and customers
• Lead/own cross-functional teams for silicon validation/verification and related documentation
• Be the technical expert, responsible for product ramp up for the customer
• Application support for newly introduced and existing products
• Support and train applications engineering and sales organizations on new/existing products
• Assist with generating the revenue plan for the organization
• Create technical literature such as datasheets, critical application notes, spice models, etc.
• Build relationships with customers/field teams by closely interacting with them

How to Apply:
contact Wei Zhang
Cell: 214-476-8915
Email: w-zhang@ti.com
Wechat: zwcpes

Description:
Soft-magnetic components such as transformers and chokes are essential in automotive power-electronic converters such as chargers or DCDC-converters. They have a high impact on the overall device in terms of cost, size, and efficiency. To significantly improve these key components, Bosch research is looking for a PhD who can shape this exciting topic.

In current converter systems like automotive onboard Chargers (OBC) the magnetics in the power-range of 11-22kW are based on discrete wire-wound magnetics. Those wire-wound magnetics are either labor-intensive or require product specific production lines. Development trends towards planar magnetics are seen in academia for quite some time and recently gain momentum due to new semiconductor device technologies enabling higher frequencies. However, the major limitation of this planar approach is given by the losses in the PCB-winding and the magnetic core besides integration aspects like cooling. This design trade-off will be one of the major parts of this PhD thesis.

The main objective of the work will be the design of a 11kW charger with planar magnetics including the build-up and demonstration by an operational functional demonstrator. Beyond the general function, the main performance indicators will be a high efficiency and compact size. To reach that goal, new circuit topologies, magnetic design and integration approaches are required here, which will be the focus of the work.

Qualifications:
Education: Master degree with focus in Electrical Engineering or Physics with focus on Power Electronics and/or soft-magnetic components
Experience and Knowledge: first lab experience in electronics and good command of Matlab/Simulink as well as first experience with FEM tools for electromagnetics
Personality and Working Practice: autonomous, systematic, and proactive working style
Languages: good in German and English or willingness to learn German

The work takes place in the central research and advance development department of an industrial company. We ensure that 100% of your working time can be used for the PhD topics.

How to Apply:
Apply via the attached link;

Description:
Join the Bosch corporate research team to create new power electronics solutions through the introduction of new technologies, design approaches and power conversion concepts. Your innovative idea can make a difference in the next generation of power electronics products and help shaping the future of electromobility.
You create new high performance and highly compact dc-dc converters and battery chargers as part of a multidisciplinary project team and critically evaluate the impact of new technologies (e.g., SiC and GaN devices) and concepts on component as well as on product level.
You conduct in-depth research in several aspects of power electronics that may involve modelling, simulation, design and validation of power converters and their subcomponents, development of new converter topologies, magnetic component design concepts, modulation techniques and control strategies as well as testing and characterization of new concepts in lab environment.
You passionately push your ideas from concept to validation, strive for successful technology transfer to Bosch business units and support development engineers on the path towards industrialization by tackling concept related challenges.
You continuously follow the technology advances and research trends in your field of expertise and share those along with your innovative ideas with researchers at our corporate research organization and developers at Bosch business units.

Qualifications:
Education: PhD degree with focus on Power Electronics or Master degree with a minimum 5 years of relevant industrial/academic experience in the field of Power Electronics with responsibility for HW design for high-voltage converters
Experience and Knowledge: several years of work experience in the field of power electronics research, demonstrated innovation potential and problem-solving ability; good command of Matlab/Simulink, Plecs, Pspice/LTspice and at least one circuit design tool (Altium or similar); expert knowledge in minimum two of the following categories:
- converter topologies for switch-mode power supplies, isolated dc-dc converters and battery chargers,
- high-frequency isolated dc-dc converter design, build-up and testing,
- converter and associated circuit design experience with wide-band-gap semiconductors like GaN and SiC,
- high-frequency magnetic component design and modelling,
- dynamic modelling of converters with control design and implementation

Personality: team player, willing to learn, flexible and goal-oriented
Working Practice: well organized, self-starter, excellent communication skills and analytical think

How to Apply:
Please apply via the attached link

Description:
The successful candidate will be responsible for a major new project design or an existing product area.

Essential Job Functions (Roles and Responsibilities)
1. Designs new products and modifies existing designs to improve existing product performance or to generate (spin-off) products to meet new customer needs.
2. Performs engineering work in basic and applied research, development, and/or design of new products.
3. Analyzes designed equipment and conducts experimental tests to define operating limits.
4. Provides feedback for failure analysis, corrective action, and continued improvement activities.
5. Promotes technological innovation and focuses on technical pursuits of mutual interest to the company and the employee.
6. Serves as technical advisor and provides mentoring to other employees. May manage a small group of direct reports.
7. Provides technical, creative, and entrepreneurial support to the company's strategic planning and product development/marketing processes.

Qualifications:
Education: M.Sc. degree in Electrical Engineering is required (Ph.D. preferred).
Experience: Experience in the design of high power (>10kW), and high voltage (>1kV) power converters based on SiC devices.
Minimum of 15 years of professional experience in product design, including circuit modeling and simulation, and PCBA design
Experience as a lead design engineer on at least one product that was smoothly transferred to volume production.
Required Skills: Strong expertise in the design of power electronics systems, including electrical and thermal analysis, and the design of high-frequency magnetic components.
Solid understanding of physics and power electronics principles, including physics of high-power devices, power modules, inverters, converters, and related components
Experience with analog and digital control, and control simulation tools and techniques
Proficiency in circuit and layout design, and PCBA design software (Altium, PCAD)
Excellent analytical, problem-solving, and communication skills
Ability to work independently and collaborate effectively in a team environment.

How to Apply:
Apply directly to this link: https://www.ampt.com/careers/

Description:
The Sr. Control Systems Engineer is a hands-on position responsible for delivering rigorously-developed and tested control system solutions for energy storage applications. Solutions typically incorporate signal processing, filtering and estimation algorithms, modulators, phase-locked loops, predictive control algorithms, etc. The successful candidate will take ownership of developing high-quality control system solutions and contribute across residential and commercial/industrial end-markets.

Essential Responsibilities:
• With mentorship from principal and staff engineers; contribute to developing a robust and reusable control system algorithm library/platform for Core energy storage solutions
• Design and implement digital controls for energy storage technology stacks; including inverters, dc/dc converters, battery management systems, and electrical machines
• Work closely with power electronics, battery, and firmware engineers to translate product requirements and broader direction into detailed plans for control system development
• Rigorously develop detailed physical system models and control system models; share and disseminate validated models with the technical user community
• Contribute to control system platform roadmaps & innovation projects; work with engineering teams to assess needs & ideas, add capabilities, and adapt platforms for new applications

Qualifications:
Basic Qualifications:
• Bachelor of Science in Electrical Engineering, Control Systems engineering, or directly related Engineering discipline
• 5 years of professional experience or advanced degree equivalency

Preferred Qualifications & Skills:
• Rigorous educational training in control system theory, digital signal processing, power electronics or similar; Master’s degree or advanced degree preferred
• Hands-on working propensity & solid lab skills; not satisfied until it works in the lab & field
• Proficiency developing embedded C code in DSP’s;
• Proficiency in system simulation environments (PLECS, Matlab/Simulink, PSIM, etc)
• Demonstrated understanding of application physics and first principles; familiarity with power electronics or power systems is a plus
• Ability to perform upfront trade-off analysis; identify issues; and drive technical decisions
• Ability to develop Python scripts for analysis and data processing
• Ability to identify key technical issues and communicate them clearly and appropriately
• Familiarity with analog and digital circuitry; the ability to model and account for circuitry in control system design

How to Apply:
Please send your resume to David.Oteman@generac.com or David.Wu@generac.com