Our solutions combine MEMS (micro electrical mechanical systems) sensors, such as accelerometers ... remote controls for smart TVs. InvenSense is headquartered in San Jose, CA and has offices in ...
Our solutions combine MEMS (micro electrical mechanical systems) sensors, such as accelerometers ... remote controls for smart TVs. InvenSense is headquartered in San Jose, CA and has offices in ...
Metrology Development Engineer
Livermore, CA · Remote
$90K - $118K/yr
... MEMS probe manufacturing environment. This role focuses on developing, enhancing, and scaling ... A role is remote-eligible only when it is listed as "Remote" in the job location.
Metrology Development Engineer
Livermore, CA · Remote
$90K - $118K/yr
... MEMS probe manufacturing environment. This role focuses on developing, enhancing, and scaling ... A role is remote-eligible only when it is listed as "Remote" in the job location.
Senior Optical System Engineer (Remote)
Dayton, OH · Remote
$175K - $250K/yr
We are seeking a highly motivated Senior Optical Engineer /System Architect to lead the design ... Familiarity with SWIR/MWIR optics, MEMS beam steering, or Risley prisms. * Background in secure ...
Quick apply
Senior Optical System Engineer (Remote)
Dayton, OH · Remote
$175K - $250K/yr
We are seeking a highly motivated Senior Optical Engineer /System Architect to lead the design ... Familiarity with SWIR/MWIR optics, MEMS beam steering, or Risley prisms. * Background in secure ...
Senior Laser Optical Communications Engineer (Remote)
Dayton, OH · Remote
$175K - $250K/yr
We are seeking a highly motivated Senior Laser Optical Communications Engineer /Architect to lead ... Familiarity with SWIR/MWIR optics, MEMS beam steering, or Risley prisms. * Background in secure ...
Quick apply
Senior Laser Optical Communications Engineer (Remote)
Dayton, OH · Remote
$175K - $250K/yr
We are seeking a highly motivated Senior Laser Optical Communications Engineer /Architect to lead ... Familiarity with SWIR/MWIR optics, MEMS beam steering, or Risley prisms. * Background in secure ...
Layout Principal Designer
Minneapolis, MN · On-site +1
This engineer will be a significant contributor to a broad array of design projects supporting ... The position is based at our HQ site in Bloomington, MN, with consideration available for remote ...
Layout Principal Designer
Minneapolis, MN · On-site +1
This engineer will be a significant contributor to a broad array of design projects supporting ... The position is based at our HQ site in Bloomington, MN, with consideration available for remote ...
Remote Mems Engineer information
See salary details
$12.98 - $19.14
2% of jobs
$19.14 - $25.31
6% of jobs
$25.31 - $31.47
10% of jobs
$31.47 - $37.63
6% of jobs
$38.66 is the 25th percentile. Wages below this are outliers.
$37.63 - $43.79
3% of jobs
$43.79 - $49.96
6% of jobs
$49.96 - $56.12
9% of jobs
The median wage is $60.04 / hr.
$56.12 - $62.28
12% of jobs
$62.28 - $68.44
12% of jobs
$72.47 is the 75th percentile. Wages above this are outliers.
$68.44 - $74.61
14% of jobs
$74.61 - $80.77
20% of jobs
$12
$55
$80
How much do remote mems engineer jobs pay per hour?
As of Jul 21, 2026, the average hourly pay for remote mems engineer in the United States is $55.99, according to ZipRecruiter salary data. Most workers in this role earn between $40.14 and $74.52 per hour, depending on experience, location, and employer.
What are Remote MEMS Engineers?
Remote MEMS Engineers are professionals who design, develop, and test micro-electromechanical systems (MEMS) while working from a location outside of a traditional office or laboratory. Their work involves creating tiny mechanical devices, such as sensors and actuators, that integrate with electronic systems. Remote MEMS Engineers use specialized software and simulation tools to collaborate with teams, analyze data, and solve design challenges. This role requires a strong background in engineering, physics, and materials science, as well as the ability to communicate and coordinate effectively in a remote environment.
What are the key skills and qualifications needed to thrive as a Remote MEMS Engineer, and why are they important?
To thrive as a Remote MEMS Engineer, you need a solid background in microelectromechanical systems (MEMS) design, fabrication, and testing, typically supported by a degree in electrical engineering, mechanical engineering, or a related field. Familiarity with CAD software, simulation tools (such as COMSOL or CoventorWare), and experience with semiconductor fabrication processes are commonly required, along with relevant certifications or training. Strong problem-solving abilities, effective communication, and self-motivation are standout soft skills for collaborating with distributed teams and managing remote projects. These qualifications ensure the engineer can drive innovation, maintain project timelines, and deliver reliable MEMS solutions from a remote setting.
What are some common challenges faced by Remote MEMS Engineers and how can they be addressed?
Remote MEMS Engineers often encounter challenges related to collaboration and access to specialized laboratory equipment required for microfabrication and testing. Communication with cross-functional teams, such as design, fabrication, and testing groups, can be more complex when working remotely. These challenges can be addressed by leveraging virtual collaboration tools, maintaining clear documentation, and scheduling regular video meetings to discuss progress and resolve technical issues. In addition, many companies provide remote access to simulation tools and facilitate occasional onsite visits for hands-on tasks, helping ensure successful project outcomes.
What is the difference between Remote Mems Engineer vs Remote Optical Engineer?
| Aspect | Remote Mems Engineer | Remote Optical Engineer |
|---|---|---|
| Required Credentials | Bachelor's or Master's in Electrical, Mechanical, or Materials Engineering; experience with MEMS fabrication and testing | Bachelor's or Master's in Optical, Electrical, or Physics; experience with optical systems and laser technologies |
| Work Environment | Design labs, cleanrooms, or remote collaboration on design and testing | Optical labs, R&D centers, or remote system development |
| Industry Usage | Semiconductor, consumer electronics, biomedical devices | Telecommunications, imaging, laser systems |
The main difference between a Remote Mems Engineer and a Remote Optical Engineer lies in their focus areas. Mems Engineers specialize in micro-electromechanical systems design and fabrication, often working on sensors and actuators, while Optical Engineers focus on optical systems, lasers, and imaging technologies. Both roles require strong technical credentials and often operate in similar remote or lab environments, but their industry applications and technical expertise differ significantly.
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Job description
Founded in 2003, InvenSense Inc., a TDK Group Company, is the world's leading provider of MEMS sensor platforms. InvenSense's vision of Sensing Everything™ targets the consumer electronics and industrial markets with integrated Motion and Sound solutions. Our solutions combine MEMS (micro electrical mechanical systems) sensors, such as accelerometers, gyroscopes, compasses, and microphones with proprietary algorithms and firmware that intelligently process, synthesize, and calibrate the output of sensors, maximizing performance and accuracy. InvenSense's motion tracking, audio and location platforms, and services can be found in many of the world's largest and most iconic brands including smartphones, tablets, wearables, drones, gaming devices, internet of things, automotive products, and remote controls for smart TVs.
InvenSense is headquartered in San Jose, CA and has offices in Boston, China, Taiwan, Korea, Japan, France, Canada, Slovakia, and Italy. We're looking for top-notch Engineers to join our global team. If you're interested in being a part of our journey and helping us grow to become the leading provider of SoC platform solutions, we definitely want to hear from you.
The Foundry Technology Development Engineer is responsible for developing foundry technology processes with external foundry partners for the development of MEMS processes and devices, managing technology development programs at external foundries, and leading the transfer of internally developed process technologies to external manufacturing partners.
Responsibilities:
• Lead and drive MEMS Foundry Process Development and NPI activities.
• Work closely with Design and manufacturing teams to develop new MEMS technology.
• Lead and manage process development activities including timeline and deliverables
• Manage process development at external foundry partners and communicate progress to internal teams
• Work directly with foundries managing the development MEMS processes and products at foundry partners
• Develop and maintain process specifications in order to meet device specifications
• Research and development on new Microphone MEMS processes leading to cutting edge microphones
• Support and drive process/technology development projects
• Support process quality requirements and continuous improvement plans
Requirements:
• Demonstrated understanding of MEMS/semiconductor processes and equipment
• Proven track record of success in device/process development at a foundry.
• MS or Ph.D. (preferred) in Electrical Engineering with minimum 10 years of semiconductor experience
• Hands-on experience in process module development, device design and integration.
• Experience in MEMS products primarily microphones is a plus.
• Successful experience with technology development at foundries.
• In-depth understanding of process integration and process development in cutting-edge advanced MEMS semiconductor process & device technology.
• Excellent program management ability and skills.
• Excellent written and oral communication skills
• Excellent organizational and analytical skills
• Adaptability to work in a fast-paced, global multi-site environment
InvenSense is headquartered in San Jose, CA and has offices in Boston, China, Taiwan, Korea, Japan, France, Canada, Slovakia, and Italy. We're looking for top-notch Engineers to join our global team. If you're interested in being a part of our journey and helping us grow to become the leading provider of SoC platform solutions, we definitely want to hear from you.
The Foundry Technology Development Engineer is responsible for developing foundry technology processes with external foundry partners for the development of MEMS processes and devices, managing technology development programs at external foundries, and leading the transfer of internally developed process technologies to external manufacturing partners.
Responsibilities:
• Lead and drive MEMS Foundry Process Development and NPI activities.
• Work closely with Design and manufacturing teams to develop new MEMS technology.
• Lead and manage process development activities including timeline and deliverables
• Manage process development at external foundry partners and communicate progress to internal teams
• Work directly with foundries managing the development MEMS processes and products at foundry partners
• Develop and maintain process specifications in order to meet device specifications
• Research and development on new Microphone MEMS processes leading to cutting edge microphones
• Support and drive process/technology development projects
• Support process quality requirements and continuous improvement plans
Requirements:
• Demonstrated understanding of MEMS/semiconductor processes and equipment
• Proven track record of success in device/process development at a foundry.
• MS or Ph.D. (preferred) in Electrical Engineering with minimum 10 years of semiconductor experience
• Hands-on experience in process module development, device design and integration.
• Experience in MEMS products primarily microphones is a plus.
• Successful experience with technology development at foundries.
• In-depth understanding of process integration and process development in cutting-edge advanced MEMS semiconductor process & device technology.
• Excellent program management ability and skills.
• Excellent written and oral communication skills
• Excellent organizational and analytical skills
• Adaptability to work in a fast-paced, global multi-site environment