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Remote Air Quality Engineer Jobs (NOW HIRING)

Arcadis is seeking a Project Air Quality Engineer to join our Integrated Sustainability and ... This will be a hybrid role, splitting time between an Arcadis office, remote work and visits to ...

Arcadis is seeking a Principal Air Quality Engineer to join our Integrated Sustainability and ... This will be a hybrid role, splitting time between an Arcadis office, remote work and visits to ...

Senior Air Quality Engineer

Novi, MI ยท On-site +1

$83.40K - $113.10K/yr

Arcadis is seeking a Senior Air Quality Engineer to join our Integrated Sustainability and ... This will be a hybrid role, splitting time between the Novi office, remote work and visits to ...

Remote Compensation: $110,000-$160,000 annually* Dudek's journey began in 1980 with a vision to ... How You'll Make an Impact The Air Quality Permitting Professional Engineer (PE) would serve as ...

Air Quality Specialist

San Francisco, CA ยท On-site +1

$97.76K - $110K/yr

Demonstrated ability to perform engineering evaluations of air pollution sources and assess control technologies and mitigation measures. * Experience supporting air permit applications and ...

Demonstrated ability to perform engineering evaluations of air pollution sources and assess control technologies and mitigation measures. * Experience supporting air permit applications and ...

As an Arcadian, you already help us deliver world leading sustainable design, engineering, and ... This will be a hybrid role, splitting time between an Arcadis office, remote work and visits to ...

Air Quality Specialist

Norfolk, VA ยท On-site +1

$89.61K - $100.80K/yr

Demonstrated ability to perform engineering evaluations of air pollution sources and assess control technologies and mitigation measures. * Experience supporting air permit applications and ...

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Remote Air Quality Engineer information

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$11K

$82.9K

$173.5K

How much do remote air quality engineer jobs pay per year?

As of May 31, 2026, the average yearly pay for remote air quality engineer in the United States is $82,904.00, according to ZipRecruiter salary data. Most workers in this role earn between $53,500.00 and $93,500.00 per year, depending on experience, location, and employer.

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

To thrive as a Remote Air Quality Engineer, you need a strong background in environmental engineering or a related field, with expertise in air quality assessment, data analysis, and regulatory compliance. Familiarity with air quality modeling software (like AERMOD or CALPUFF), GIS tools, and certifications such as EIT or PE are typically required. Excellent communication, problem-solving skills, and self-motivation are vital for collaborating with remote teams and stakeholders. These skills enable effective analysis, reporting, and remote project management, ensuring accurate environmental solutions and regulatory adherence.

How do Remote Air Quality Engineers typically collaborate with on-site teams and stakeholders?

Remote Air Quality Engineers often work closely with on-site environmental teams, project managers, and regulatory agencies through virtual meetings, shared data platforms, and frequent communication. This collaboration ensures accurate data collection, analysis, and reporting, even when the engineer is not physically present at the project location. Engineers may use cloud-based monitoring systems and digital tools to access real-time air quality data and provide technical guidance. Building strong communication skills and being proactive about status updates are essential for maintaining effective teamwork and meeting project goals.

What does a Remote Air Quality Engineer do?

A Remote Air Quality Engineer is responsible for monitoring, analyzing, and improving air quality, often by working from a remote location using digital tools and sensors. They assess pollution sources, interpret data from air monitoring equipment, and help develop strategies to comply with environmental regulations. These engineers may also design air pollution control systems and provide technical guidance to organizations on maintaining clean air standards. Their work often involves collaborating with environmental agencies, industries, and the public to ensure that air quality goals are met.

What is the difference between Remote Air Quality Engineer vs Remote Environmental Consultant?

AspectRemote Air Quality EngineerRemote Environmental Consultant
CredentialsBachelor's in Environmental Engineering or related field, certifications like AEE or AQBBachelor's or higher in Environmental Science, certifications vary by specialization
Work EnvironmentPrimarily technical analysis, data modeling, report writing, often in labs or offices, but remote options availableConsulting projects, site assessments, report development, often remote with site visits
Industry UsageAir quality monitoring, pollution control, regulatory complianceBroader environmental issues including air, water, and soil

Remote Air Quality Engineers focus on air pollution data analysis and compliance, often working remotely in technical roles. Remote Environmental Consultants handle a wider range of environmental issues, including air quality, but with broader consulting responsibilities. Both roles require environmental credentials and may be performed remotely, but their scope and focus differ.

More about Remote Air Quality Engineer jobs
What cities are hiring for Remote Air Quality Engineer jobs? Cities with the most Remote Air Quality Engineer job openings:
What are the most commonly searched types of Air Quality Engineer jobs? The most popular types of Air Quality Engineer jobs are:
What states have the most Remote Air Quality Engineer jobs? States with the most job openings for Remote Air Quality Engineer jobs include:
What job categories do people searching Remote Air Quality Engineer jobs look for? The top searched job categories for Remote Air Quality Engineer jobs are:
Infographic showing various Remote Air Quality Engineer job openings in the United States as of May 2026, with employment types broken down into 75% Full Time, and 25% Part Time. Highlights an 87% Physical, 1% Hybrid, and 12% Remote job distribution, with an average salary of $82,904 per year, or $39.9 per hour.
Air Quality Engineer I/II

Air Quality Engineer I/II

Bay Area Air Quality Management District

San Francisco, CA โ€ข On-site, Remote

$108.57K - $145.50K/yr

Full-time

Medical, Dental, Vision, Life, Retirement, PTO

Posted 12 days ago


Job description

Salary : $108,571.56 - $145,496.28 Annually
Location : 375 Beale St # 600, San Francisco, CA
Job Type: Full Time
Remote Employment: Flexible/Hybrid
Job Number: AG-2026-8P002-ENG
Department: Engineering
Opening Date: 04/20/2026
Description
The Bay Area Air Quality Management District (Air District) is a regional government agency, committed to achieving clean air to protect the public's health and the environment. The Air District accomplishes this goal through regulation of industrial facilities and various outreach and incentive programs designed to encourage clean air choices.
The Air District's jurisdiction encompasses all of seven counties - Alameda, Contra Costa, Marin, San Francisco, San Mateo, Santa Clara and Napa, and portions of two others - southwestern Solano and southern Sonoma.
The Air District is currently accepting applications for the position of Air Quality Engineer I/II in the Engineering Division. This is an open recruitment for up to three (3) vacancies which are full-time, represented positions.
DEFINITION
Under direction, performs professional engineering work in a variety of areas such as permit application evaluation, calculation of air pollutant emissions, toxic risk screening and health risk assessment evaluations, compliance audits and sources testing; performs related work as assigned.
DISTINGUISHING CHARACTERISTICS
Air Quality Engineer I is the entry-level class of this series. Initially under close supervision, incumbents perform a variety of routine air quality engineering duties while learning District policies and procedures and specialized air quality knowledge. With experience, the work becomes increasingly more diversified and difficult and requires increasing independence of judgment. This class is alternately staffed with Air Quality Engineer II and incumbents may progress to the higher level after gaining experience and demonstrating proficiency which meet the qualifications for the higher level class.
About the Position
The Engineering Division evaluates permit applications and reviews permit renewals for equipment and operations that emit air pollutants in the Air District's jurisdiction. The division provides technical support to other agency programs and assists businesses, trade associations, agencies, environmental groups, and community members with issues related to permitting and compliance.
Beyond specific permitting work, some of the important programs and projects in which the Engineering Division are actively engaged include but not limited to:
  • Emissions modeling of toxic air contaminants including Health Risk Assessments
  • Verification of emissions inventories
  • Data/database development and management
  • Technical support for rules and regulations

Examples of Duties for this Position
EXAMPLES OF DUTIES (Illustrative Only)
Reviews and evaluates permit applications, including calculating emission rates and permit fees, determining compliance or non-compliance with air quality regulations, determining and recommending best available control technology, defining permit conditions and issuing authority to construct permits; screens and processes annual data updates for permits.
Participates in calculating, reviewing and correcting the emissions inventory; evaluates accuracy of source emission calculations and methodologies.
Responds to industry, public and District inquiries regarding regulation interpretation, permit preparation, various compliance measures and emission calculation methods in person, by telephone and in writing.
Develops and recommends revisions to District procedures and regulations.
Reviews permit and enforcement files to prepare materials and responses for variance requests, violation notices and case summaries and hearing board referrals; recommends appropriate actions; may testify on behalf of the District.
Conducts on-site compliance inspections of sources and abatement devices; evaluates compliance and recommends enforcement actions.
Uses a computer terminal and a variety of software and programs to make engineering calculations, enter and retrieve data and to monitor and correct data entry; investigates and corrects errors in the data bank.
Conducts toxic risk screening and risk assessment analyses; calculates toxic emissions, determines and applies appropriate air dispersion model, calculates maximum concentrations and calculates risk; recommends approval or denial of permit application.
Conducts environmental audits, compliance inspections and source tests; evaluates results and recommends appropriate actions, including violation notices.
Operates, maintains and calibrates instruments; prepares and dismantles testing equipment and materials; fabricates specialized equipment.
May coordinate assigned engineering projects.
Minimum Qualifications
Education and Experience:
A typical way to obtain the knowledge and skills is:
Air Quality Engineer I: Equivalent to graduation from a four year college or university with major coursework in environmental, chemical, mechanical or petroleum engineering or a closely related field and two years of experience in mechanical, industrial, chemical, petroleum or related process engineering.
Air Quality Engineer II: In addition to the above, two years of air quality environmental engineering experience.
How to Apply & Selection Criteria
Interested individuals must submit a completed BAAQMD application and responses to the supplemental questions. This is a continuous recruitment. Applications are accepted online only. Please visit our website atwww.baaqmd.gov/jobs to apply or to download an application. Resumes can be included, but not in lieu of the required application materials. Postmarks, faxes, and E-mailed applications will not be accepted.
Except as requested in this announcement, do not include any additional documents, such as letters of recommendation, performance evaluations, work samples, etc. They will not be considered or returned.
Supplemental Questionnaire Instructions:Individuals who apply for this position must respond to each of the supplemental questions. The responses to the supplemental application questions will be used in accordance with the procedures indicated under the Selection Criteria in the vacancy announcement. Your responses should be as detailed as possible.
Instructions:
  • Please limit your responses to one page per question.
  • Do not combine your responses, or reference your application, resume, or any other requested documentation that you have included with your application packet to answer a question.
  • For each question regarding experience, you must provide: the name of the employer where you gained your experience, your job title, length of time in years/months performing the specific function, and detailed examples that illustrate your duties and responsibilities.

Please be advised that the information you provide will be evaluated "as is" and incomplete applications will likely receive lower ratings. Therefore, it is very important to provide a concise, organized, and easy to follow response to each question.
SELECTION CRITERIA:
Selection may be based upon a competitive examination consisting of a written exercise, interview, or combination of the two. Depending on the number of qualified applicants, an application screening and/or panel interview may be used to determine the most qualified applicants.
The Air District may hire from this recruitment process to fill future vacancies occurring within the next 18 months.
Updates regarding your status in the recruitment will be sent via email, unless you indicate a different preference on your application.
Persons with disabilities who may require reasonable accommodations during the application and/or selection process should notify the Human Resources Office at (415) 749-4980.
The Air District is an Equal Opportunity Employer.
https://www.youtube.com/embed/bIwt9DmcYNk?&wmode=opaque&rel=0
The Air District offers the following benefits for full-time, represented and management positions:
  • Cost-Sharing Medical, Dental & Vision Options
  • Life Insurance (up to 5 times annual salary)
  • CalPERS Retirement Plan
  • Money Purchase Pension Plan
  • 457 Deferred Compensation Plan
  • Transit Subsidy
  • Education Reimbursement
  • Vacation Leave
  • Sick Leave
  • Paid Holidays
  • Floating Holiday Leave
  • 9-80 Compressed Work Week
  • Flexible schedule and Remote Work option
  • Employees Assistance Program
  • and the Opportunity to Help Provide a Healthy Breathing Environment for Every Bay Area Resident.
For a list of the full benefits, please click
01
Please describe your education and training that qualifies you for this position. Include your major coursework, degrees, and/or certificates received.
02
Please describe your professional experience in detail that qualifies you for this position. Include number of years of experience and any experience with air quality/environmental rules and regulations or reviewing and evaluating air emissions. Include your experience with specific industries, equipment or operations, especially with regards to resulting air emissions and/or the control of those emissions.
03
Please describe your experience communicating (both orally and in writing) engineering projects, scientific principles, regulations, and or permitting processes to technical and non-technical audiences. Include the subject matter, the types of audience, methods used and examples of issues/questions you had to address.
04
Please provide an example where you addressed (either successfully or not) a complex engineering problem/issue. With your example, please:A. Describe your role and the major contribution that you made, challenges you encountered, and how you prioritized tasks and deadlines. B. Discuss to the extent the problem/issue was resolved and why. Include any lessons learned.C. What engineering methods or tools were used and what you would choose if you had the opportunity to address the engineering problem / issue again.
Required Question