Description:
• Exact nature of internship to be discussed after acceptance.
• Typical tasks can include can include topology selection and comparison, system modeling and optimization, hardware design, layout and debug and, hardware testing.

Qualifications:
• Qualified candidates will be currently pursuing a Ph.D in Electrical Engineering.
• Have hands on experience with power converter design and optimization, prototyping and bench evaluation.

How to Apply:
Please send your CV to
b-majmunovic@ti.com

Description:

Eaton is seeking a lead power electronics engineer for the Power Component Division of its Electrical Sector. This position is responsible for designing, developing and testing advanced power electronics topologies, its associated electrical systems and subsystems for circuit protection products to be used in both low voltage and medium voltage applications. You will have the opportunity to work with a newly formed Advanced Technology team of dedicated engineers and experience the excitement of bringing new products to life from design concept through to production launch.

Leads the effort to identify, analyze, and validate advanced power electronics topologies in the areas of current switching and fault current interruption.
Defines, analyzes, and validates electronic control circuit and power circuits for power electronic circuit protection products.
Contribute to the development, design, build, test evaluation and documentation of hybrid and solid state circuit interrupters employing Agile Start project management process.
Stays current with the latest power electronics technologies and applies the knowledge to circuit protection applications.
Develops product technical requirements by working together with marketing team and identify components for product designs.
Creates technical reports and presentations.
Collaborates with PCD multi-disciplinary, multi-cultural, and globally distributed teams to achieve the project goals.

Qualifications:
Required (Basic) Qualifications:

Bachelor’s degree in Electrical Engineering or Physics from an accredited institution AND Minimum of 10 years of engineering experience in designing, developing and testing power electronics switching products
OR Master’s degree in Electrical Engineering or Physics from an accredited institution AND Minimum of 8 years of engineering experience in designing, developing and testing power electronics switching products
Preferred Qualifications:

PhD in electrical engineering or physics from an accredited institution
Hands-on experience in developing hybrid and solid-state circuit interrupter/breakers
Experience in designing power electronics with thermal and reliability
Experience with circuit interrupter products

How to Apply:
Apply at application link ; Job ID 4479

Description:
The Communications & Cloud/Datacenter (C&C) Business Unit is currently seeking an experienced engineer to work on power system design and development in the areas of Cloud and Communications including Data Center/Networking Power and RF Systems Power.

The role requires a broad skilled engineer, capable of many aspects of electronic system design while possessing strong interpersonal skills. The candidate should enjoy and excel at solving system level problems for both internal apps groups and customer specific applications. The candidate will operate as an interface between IC designers, application engineers, software developers, marketing, and customers. The position will play a critical role in developing system demonstrations defining product and sub-system requirements and contribute creative ideas to advance the company’s product offering.

Qualifications:
Develop reference design power solutions that demonstrate improved Cloud and RF system performance using ADI technology. Work closely with the Power and RF applications and design teams to demonstrate, document and present improved system performance with the goal of assisting field sales with the design in of ADI power solutions. Interact closely with sales, customers, system architects and key technology leaders in the communications industry, learning pain points, application challenges and unique power related solutions to achieve best in class system performance. Support customers to evaluate and design ADI portfolio into end systems. And work with marketing contributing to the technical aspects of product definition for future product roadmaps. Work with IC development teams on requirements for future products & systems. Support product development teams on features, performance, and cost trade-offs.

How to Apply:
Apply via link. Job ID R234977

Description:
JoulWatt is currently seeking a Systems Engineer, responsible for marketing survey, power system definition and verification, IC product development and debug, developing reference circuits, writing technical documents and reports, and providing application support and technical training. Products are analog power management ICs.

Qualifications:
-Master/PhD EE or equivalent, major in power electronics or related.
-Comprehensive knowledge and good sense on power electronics.
-Team player, open minded, responsible, and pursuit of excellence.
-Skilled in system modeling, simulation, hardware implementation, and issue analysis. Excellent communication, writing and presentation skills

How to Apply:
hr@joulwatt.com

Description:
Delta Electronics (Americas) Ltd. is seeking a dynamic and innovative Power Electronics Engineer with extensive expertise and experience to spearhead pioneering R&D initiatives for the next generation of high-performance power converters.

As a Power Electronics R&D Engineer at Delta Electronics (Americas) Ltd., you will:
- Conceptualize and Innovate: Envision and develop groundbreaking technologies that elevate power density and efficiency in the next-gen power converters.
- Lead and Execute: Take charge of designing, constructing, and validating selected concepts and technologies, translating ideas into tangible solutions.
- Technical Expertise: Cultivate and uphold proficiency within your domain of expertise, staying current with advancements and trends in power electronics.
- Collaboration: Engage in close collaboration with cross-functional product teams across USA, Asia and Europe, contributing to seamless integration and enhanced performance.
- Technology Tracking: Monitor emerging technologies and megatrends, providing insights on their potential impact on upcoming power conversion systems.
Required Qualifications, Skills, and Experience
- In-depth Expertise: Demonstrable know-how of circuit topologies, soft-switching techniques, modeling and control of power converters.
- Hands-on Aptitude: Proven track record of hands-on design, debugging, and testing of power converters.
- Control Proficiency: Familiarity with control theory and the implementation

Qualifications:
Required Qualifications, Skills, and Experience
- In-depth Expertise: Demonstrable know-how of circuit topologies, soft-switching techniques, modeling and control of power converters.
- Hands-on Aptitude: Proven track record of hands-on design, debugging, and testing of power converters.
- Control Proficiency: Familiarity with control theory and the implementation on digital controllers.
- Magnetic Component Insight: Knowledge of high-frequency magnetic component design and proficiency with multi-physics simulation tools.
Preferred Expertise and Knowledge
- Wide Band Gap Devices: Solid knowledge of wide band gap device characteristics, driving circuitry, loss mechanisms, and protection.
- Inverter Expertise: Proficiency in inverters and modulation, encompassing ANPC and flying capacitor topologies.
- Resonant Converters: Strong understanding of resonant dc-dc converters, including bidirectional operation.
- Advanced Topologies: Knowledge of single-phase totem-pole and three-phase PFC circuits in various operational modes.
- High-Frequency Design: Proficiency in high-frequency design and techniques for mitigating electromagnetic compatibility (EMC) issues.
- Optimization Skills:

How to Apply:
https://www.linkedin.com/jobs/view/3727254029/?alternateChannel=search&refId=r%2FIiLcxXcV0XJvk%2F76PQUg%3D%3D&trackingId=AsNFAoR9xStG5zucrwnevw%3D%3D

Reach out to Dereck Miske at dereck.miske@deltaww.com

Description:
Generac’s Core Power Electronics Technology Intern position, located in Bedford, MA, is responsible to work with other engineers to fulfill special design requests on our products. Under supervision of engineers, the intern will help on designing and testing high power dual active bridge DC/DC converter, develop technical skills through challenging assignments and usage of technical tools. The intern will help the team solve tough problems and help Generac deliver better solutions to our customers.

Essential Duties and Responsibilities:
Work closely with design team to develop testing procedure of bi-directional DC/DC EV charger.
Operate, test and troubleshoot DAB DC/DC Converter.
Pre/post processing of test data.
Documentation of test procedures and reports.
Other duties as assigned.

Qualifications:
Minimum Qualifications:
Currently pursuing a BS degree in Engineering (preferably Electrical Engineering).
The ability to work 15-20 hours during the school year and full-time during school breaks.

Preferred Qualifications:
Currently pursuing a MS (preferably in Electrical Engineering).
Understanding or working knowledge of Pro-E and/or AutoCAD experience.
Solid knowledge of power electronics.
Experience with typical lab equipment such as oscilloscopes, power supply, DMM and spectrum analyzer.
Experience with simulation tools such as Matlab/Simulink, PLECS.
Experience with hands-on, high-power lab work.
Strong analytical and problem-solving skills.
Proficient oral and written communication and bale to write clearly and succinctly to get a message across.
Microsoft Office experience (including Excel).

How to Apply:
Please use the following link to apply. https://generacta.avature.net/careers/JobDetail/Bedford-Massachusetts-United-States-Engineering-Intern-Core-Power-Electronics-Technology/10773

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