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Remote Semiconductor Device Engineer Jobs in Kentucky

Lumimeds

$101K - $139K/yr

Platform & Product Engineering - LumiMeds Location: Remote / Hybrid Seniority: Mid-Level / Senior ... device sizes and breakpoints. * Performance Ownership: Own Core Web Vitals - optimize LCP, INP, and ...

Nityo Infotech

IT Support Specialist

Florence, KY · On-site +1

Remote (Florence, KY). Should be willing to travel to client location as needed. Duration: Fulltim ... Troubleshoot and resolve mobile device issues or problems with device hardware and software to the ...

KLH Engineers

Lead Mechanical Designer

Fort Thomas, KY · On-site +1

Remote-Friendly Market: All of our mechanical team members have an opportunity to serve across many ... Reports To: Team Leader of Mechanical Engineering Department I. Summary Mechanical Designers ...

Deloitte

System Test and Validation Lead

Louisville, KY · On-site +1

Bachelor's degree in business, information systems, computer science, engineering, or equivalent ... This compensation range is specific to a remote role and takes into account the wide range of ...

Deloitte

System Test and Validation Lead

Louisville, KY · On-site +1

Bachelor's degree in business, information systems, computer science, engineering, or equivalent ... This compensation range is specific to a remote role and takes into account the wide range of ...

Deloitte

System Test and Validation Lead

Louisville, KY · On-site +1

Bachelor's degree in business, information systems, computer science, engineering, or equivalent ... This compensation range is specific to a remote role and takes into account the wide range of ...

All JobsSemiconductor Device Engineer JobsRemote Semiconductor Device Engineer JobsRemote Semiconductor Device Engineer Jobs in Kentucky

Remote Semiconductor Device Engineer information

What is a Remote Semiconductor Device Engineer?

A Remote Semiconductor Device Engineer is a professional who designs, develops, and analyzes semiconductor devices such as transistors, diodes, and integrated circuits, while working from a remote location. They use specialized software and simulation tools to test device performance, troubleshoot issues, and collaborate with engineering teams virtually. This role requires strong knowledge of semiconductor physics, materials, and fabrication processes, and is often found in industries like electronics, telecommunications, and computing.

What is the difference between Remote Semiconductor Device Engineer vs Remote Electronics Design Engineer?

AspectRemote Semiconductor Device EngineerRemote Electronics Design Engineer
Required CredentialsBachelor's/Master's in Electrical Engineering, Semiconductor PhysicsBachelor's/Master's in Electrical/Electronic Engineering
Work EnvironmentResearch labs, manufacturing firms, tech companiesProduct development, consumer electronics, industrial equipment
Industry UsageSemiconductor manufacturing, integrated circuit designConsumer electronics, industrial systems, IoT devices
Common Search IntentFocus on semiconductor devices, fabrication, testingFocus on electronic circuit design, prototyping

The Remote Semiconductor Device Engineer specializes in designing and testing semiconductor components used in integrated circuits, often working closely with fabrication processes. In contrast, the Remote Electronics Design Engineer focuses on creating electronic circuits and systems for various applications. While both roles require electrical engineering credentials and involve remote work, their core responsibilities and industry focus differ significantly.

What are the key skills and qualifications needed to thrive as a Remote Semiconductor Device Engineer, and why are they important?

A Remote Semiconductor Device Engineer requires a solid background in electrical engineering or physics, experience in device fabrication, and a thorough understanding of semiconductor physics, typically backed by a relevant degree. Proficiency with simulation tools such as TCAD, programming languages like Python or MATLAB, and experience with CAD systems are commonly expected, along with familiarity with remote collaboration platforms. Strong analytical thinking, communication, and self-motivation are essential soft skills for effectively managing complex projects and collaborating with distributed teams. Mastering these skills ensures high-quality device design, efficient teamwork, and the ability to innovate in a rapidly evolving, remote work environment.

How does a Remote Semiconductor Device Engineer typically collaborate with cross-functional teams despite working offsite?

Remote Semiconductor Device Engineers frequently collaborate with diverse teams such as design, fabrication, and testing through digital tools like video conferencing, shared simulation platforms, and project management software. Regular virtual meetings, clear documentation, and version-controlled repositories ensure alignment and smooth information flow. While remote work offers flexibility, it also demands proactive communication and self-discipline to keep up with rapid project developments. Building strong online relationships and participating in virtual brainstorming sessions are key to overcoming the challenges of limited in-person interaction.
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Remote Semiconductor Device Engineer jobs near you
Lead Electrical Engineer (AEC Industry)

Lead Electrical Engineer (AEC Industry)

KLH Engineers

Fort Thomas, KY • On-site, Remote

$145K - $151K/yr

Full-time

Posted 14 days ago

Job description

Title: Lead Electrical Associate / Engineer
Location: Hybrid or Remote Friendly
Department: Electrical
Reports To: Team Leader amp; Director of Electrical Engineering
I. Summary
The role of a Lead Electrical Engineer is to apply their education, skill and expertise to fulfill the design and engineering requirements of a project. They possess their Professional Engineer (PE) certification and are responsible for developing technical deliverables while leading teams of other engineers, associates and/or designers. They communicate directly with clients as the lead for the electrical scope of the project and their responsibilities include assisting with planning, conducting and evaluating approaches to meet project objectives in a timely, cost-effective fashion.
II. Duties amp; Responsibilities
General
  • Perform engineering tasks individually and with a team of other designers and engineers to produce technical deliverables.
  • Comprehend design principals within discipline and possess a basic understanding of other MEP discipline principals.
  • Effectively delegate work to others.
  • Create, organize and plot construction document deliverables for issuance to the field.
  • Read and understand construction documents including site plans, floor plans, sections, details and schedules.
  • Apply engineering principals for multiple project types and clients from inception to closeout.
  • Review submittals and answer questions from the field.
  • Competently communicate with clients verbally and in written form.
  • Perform detailed surveys.
  • Actively participate in company training.
  • Actively learn and grow technical knowledge and soft skills.
  • Competently lead, supervise, and effectively delegate to individuals or project teams of designers or engineers.
  • Take on responsibility and ownership the work of others who report to them.
  • Actively teach and mentor others.
  • Competently communicate with clients as the lead for their discipline on a project.
  • Take on leadership roles within the company and their department.
  • Possess a higher level of Revit proficiency including family modifications, schedule manipulation, parameter manipulation, creating software development plans, etc.
  • Assist in the preparation of time and effort estimates for project proformas.
Technical
  • Engineer the following systems: power distribution, lighting, lighting controls, equipment connections, fire alarm, grounding, emergency generator systems, and life safety systems
  • Perform the following calculations: load diversification, fault current and voltage drop.
  • Understand and apply relevant aspects of building, electrical and energy codes.
  • Perform branch circuiting and panel schedule calculations.
  • Perform device layouts for power, lighting and fire alarm systems.
  • Coordinate scope and connections with other trades.
  • Perform lighting calculations and manipulate to obtain a required light level.
  • Perform lighting energy compliance calculations and document results.
  • Edit master specifications to be job specific.
  • Engineer more complex systems to a higher level of detail.
  • Engineer the following systems: lightning protection, surge protective devices (SPDs), uninterruptible power supplies (UPS) and medium voltage distribution.
  • Perform advanced calculations such as load shedding, derating, custom feeder sizing, etc.
  • Possess a detailed understanding of applicable electrical codes and standards including the National Electrical Code (NEC), building codes, NFPA standards, etc.
  • Research and prepare feasibility studies, life cycle analysis and other similar reports.
  • Make recommendations and design changes based on selective coordination studies.
  • Edit master specifications to be job specific, infilling new sections where required.
  • Design detailed lighting control schemes including daylight controls, networked systems, digital controls, etc. in compliance with energy code requirements.
  • Perform complex electrical distribution analysis that may include custom feeder sizing, multiple service configurations, site utility layouts, etc.
  • Perform and document code research.
  • Design general lighting control schemes including switching, dimming, occupancy sensors, etc. in compliance with energy code requirements.
  • Coordinate with local utilities and integrate requirements into design.
  • Review deliverables and find errors in layout or calculations.
  • Perform basic opinion of cost.
  • Read and understand selective coordination studies.
  • Competently communicates with clients on large, complex projects as the lead for engineering.
  • Review and signoff on the quality, code compliance and completeness of other’s work
  • Review and mitigate the most complex of change orders and confrontational owner/architect meetings.
  • Write technical reports and articles that may be published.
  • Speak publicly at conferences and local user groups.
III. Qualifications
Education
  • Minimum of a Bachelor of Science Degree (BS) from an accredited four-year university or equivalent experience required
Computer Skills
  • Basic computing skills and proficiency in the Microsoft Office Suite
  • Proficiency in Revit preferred
Certifications
  • Professional Engineering (PE) license preferred
  • LEED AP preferred
Experience
  • 5+ years working in a MEP engineering consulting firm on multiple building types
  • Construction field experience preferred
IV. Performance Metrics
  • Attitude
  • Accepts responsibility and ownership of work
  • Accuracy and timeliness of completed tasks
  • Expands knowledge base and consistently applies
  • Attention to detail
  • Understanding and application of company standards
  • Department participation
  • Innovation
  • Quality and effectiveness of communication with clients and other outside parties
  • Effective delegation
  • Technical mentoring of others
  • Knowledge and understanding of complex principals of electrical engineering

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