For the given job description <<We are currently recruiting for a power electronics engineer to work for a green technology start-up in Berkeley, California. 
Working for a company who have recently closed a round of funding and are now looking at growing, you will be working for an engineering-led business where you will be involved in commercializing their core technology. They are looking for engineers that are happy to get involved in every aspect of the development lifecycle, who enjoy working with a broad range of technology, and who love solving problems. 
The role is based full-time on-site in Berkeley, and the office is located close to a BART station.
The base salary for this role is in the region of $160k - $240k dependent on experience, plus equity and health coverage. 
The role:
Analog design Power Electronics Board-level design, including component knowledgeHigh power high frequencySensor interfacesKnowledge of RF technologyCarry out design reviewsMentoring of junior engineers
Knowledge of control systems andor mechatronics is a nice to have!
Please send in an up to date resume to apply.>> the resume: <<SummaryOrganized and motivated employee eager to apply time management and organizational skills in various environments. Seeking entry-level opportunities to expand skills while facilitating company growth. Ability to work and apply problem solving and analytical skills for practical solutions. Knowledge of solid-state relays and time-delay relays and their electrical contact types and configuration through my experience of previous related coursework. I have some familiarity knowledge of SCADA as control system that uses HMI as host for software communication. Efficient and focused on proficiency in electrical engineering design and applications. Flexibility and strategic lateral thinker, Strong root cause and Problem-solving ability and closure, Project Management fundamentals and effective researcher. Quickly builds rapport with individuals.
SkillsAldec (VHDL), Arduino, C/C++, MIPS, MATLAB, LabVIEW, PSPICE, Multisim, AutoCAD, Autodesk Revit, Windows/Linux/Unix, Autodesk Fusion 360, Microsoft Office Suites (MS Word, Excel, PowerPoint, etc.Knowledge of USN AEGIS Combat System equipmentKnowledge of various network types, current commercial trends in this field, as well as the cabling materials required to supportKnowledge of both military and commercial electrical interface protocols, Combat System integration criteria, equipment interaction methods, major signal flows, as well as, USN and commercial shipbuilding specificationsCustomer servicePlanning & organizingTechnical writing
ExperienceElectrical Engineer,02/2020-CurrentNorthrop Grumman–Mcclellan,CA,Assist in generation and/or maintenance of Combat System cable block diagrams, cable installation / interconnection drawings, cable running sheets, minimum data sets, and cable impact statements.Review Combat System vendor design documentation for completeness and compatibility with prescribed ship builder specification, standards and requirements.Support performance testing and qualification of electrical interface components.Experience with hardware design for power systems and requirements / procedures of MIL-STD-704 and DO-160 testing standardsKnowledge of electrical engineering theory to apply design techniques and design features power systems, including designing for and testing power qualificationSenior Design project - robot,12/2018-11/2019Lockheed Martin–Columbus,OH,Compiled a full set of specifications for one or more hydrophones that will sense the frequencies used in the competitionCollaborate shared and cost-effective task with MAE (Mechanical and Aerospace Engineering) group with preliminary mechanization design and the final mechanization design involving a mechanism that is designed to lower and raise the hydrophoneTalk and share amongst them about any other components or parts on the hull to ensure compatibilityPreliminary software design and implementation showing that the hydrophone is fully capable of integrating from a software design developed to identify new components to another vessel system and receive commands about new discovered information from underwater through sound detection3D printing a hydrophone mount with a robotic arm going through a pipe with a counterbalance to help submerge the wired hydrophones without damage or strainAt the end of the project our EE (Electrical Engineering) group had to present in front of the Board and Chair Members of the Electrical Engineering Department, our collaborative work and well-executed presentation through Microsoft PowerPoint, final detailed-typed, and oral reports from the entire groups’ design process.Electrical Engineering Intern,04/2017-07/2017Thompson Consulting Engineers–City,STATE,Used software programs like Visual for lighting calculationsImplemented building designs drawings using Revit and AutoCADCalculated loads on electrical fixtures and power distribution systemsPerformed and assisted on project planning of many school systems, commercial, and industrial buildings in many local areas of VirginiaAccompanied mechanical and electrical employees to construction sites to see the buildings and projects in process to better understand the schematics and safety precaution manuals to implement.IT Consultant, Reference Help Desk, team lead,04/2016-01/2017Odu Perry Library–City,STATE,Oversaw and had to employ an interoperability skillset when interacting with programs to not affect any TCP/IP networks at the Perry Library help desk so that customers will not experience problems using the equipmentManaged daily operations of the ITS Academic Computer Labs beyond the requirements of a consultantProject management skills to remotely and distinctly communicate with consultants through their daily tasks and ensure proper coordination of the consultants having the proper tools and training to be successfulTeam Leads are assigned special tasks by the Lab Manager such as physically being able to repair cables and connectors on the back of desktops or stationary computersOffered an advanced level of customer service and initiative to both lab patrons and their co-workers from the help desk of the ODU libraryActed in a professional manner during each shift as well as outside of the workplace, as stated by the Old Dominion University Service Standards, as expected.
Education and TrainingBachelor of Science:Electrical Engineering, Engineering Management,Expected in12/2019-Old Dominion University-Norfolk,VAGPA:Status->>. The result is, Potential Fit

Fit assessment: Potential Fit