2

Part Time Engineer Jobs in Lancaster, CA (NOW HIRING)

Instructor

Palmdale, CA · On-site

$24.90/hr

Job Type Part-time Description SALARY DESCRIPTION: * $24.90/Hr when teaching class * $16.90/Hr non ... Validates member's access to paid programming * Deliver a motivating instructional experience in ...

Instructor

Palmdale, CA · On-site

$24.90/hr

Job Type Part-time Description SALARY DESCRIPTION: * $24.90/Hr when teaching class * $16.90/Hr non ... Validates member's access to paid programming * Deliver a motivating instructional experience in ...

Overview Pay rate: $23/hour Full-time and part-time available Join a Team That Changes Lives For ... They are responsible for providing active programming at all times. DUTIES AND RESPONSIBILITIES:

Overview Pay rate: $23/hour Full-time and part-time available Join a Team That Changes Lives For ... They are responsible for providing active programming at all times. DUTIES AND RESPONSIBILITIES:

Personal Trainer

Palmdale, CA · On-site

$17.81/hr

... programming and teaching a fitness lifestyle. • Inform clients of the fitness tools available to ... Position Requirements Full-Time/Part-Time Part-Time Location Palmdale About the Organization ...

Personal Trainer

Lancaster, CA · On-site

$17.81/hr

... programming and teaching a fitness lifestyle. • Inform clients of the fitness tools available to ... Position Requirements Full-Time/Part-Time Part-Time Location Lancaster About the Organization ...

next page

Showing results 1-20

Part Time Engineer information

See Lancaster, CA salary details

$9

$31

$67

How much do part time engineer jobs pay per hour?

As of Aug 7, 2026, the average hourly pay for part time engineer in Lancaster, CA is $31.74, according to ZipRecruiter salary data. Most workers in this role earn between $15.43 and $41.47 per hour, depending on experience, location, and employer.

How do part time engineers balance project responsibilities with limited working hours?

Part-time engineers often focus on specific project components or deliverables, allowing them to contribute effectively within their scheduled hours. Clear communication with supervisors and team members is essential to set realistic expectations and maintain progress. Many organizations use project management tools and regular check-ins to help part-time engineers stay aligned with full-time staff and meet deadlines. Flexibility and proactive planning are key to ensuring that work is completed efficiently without sacrificing quality.

What does a part time engineer do?

Part-time engineers develop and monitor the construction of the functional aspects of a product, structure, or system for their company or client. Unlike full-time engineers, part-time engineers typically work thirty hours or less a week. Specific job duties vary, depending on their specific engineering industry. For example, civil engineers design, construct, and maintain large infrastructure projects for municipalities and other agencies, such as bridges, highways, and airports. As the structures wear down, civil engineers reevaluate the needs of the area and may redesign the current structure or create a new system. Electrical engineers draft plans for electrical systems. Once the systems are created and installed, electrical engineers may also be responsible for maintaining the system to ensure it continues to run efficiently.

What are the key skills and qualifications needed to thrive as a part time engineer, and why are they important?

To thrive as a Part Time Engineer, you typically need a relevant engineering degree, foundational technical knowledge, and problem-solving skills. Familiarity with engineering software (such as AutoCAD, MATLAB, or SolidWorks) and industry-specific certifications or systems is often required. Strong time management, effective communication, and adaptability are crucial soft skills for balancing multiple projects and collaborating with teams on a flexible schedule. These skills ensure that part-time engineers can deliver high-quality work efficiently while meeting the dynamic needs of employers.

What is the difference between Part Time Engineer vs Contract Engineer?

AspectPart Time EngineerContract Engineer
CredentialsTypically requires relevant engineering degree and certificationsSimilar credentials, often with additional contractual agreements
Work EnvironmentUsually works on-site or remotely for multiple employers, flexible hoursWorks on specific projects for a set duration, often on-site
Employer UsageEmployers hire part-time for ongoing or intermittent tasksEmployers hire contractors for project-based work

Both Part Time Engineers and Contract Engineers share similar credentials and work environments, but differ mainly in employment structure and duration. Part Time Engineers typically work flexible hours for multiple employers, while Contract Engineers focus on specific projects for a fixed period.

What are the most commonly searched types of Engineer jobs in Lancaster, CA? The most popular types of Engineer jobs in Lancaster, CA are:
What cities near Lancaster, CA are hiring for Part Time Engineer jobs? Cities near Lancaster, CA with the most Part Time Engineer job openings:
Infographic showing various Part Time Engineer job openings in Lancaster, CA as of August 2026, with employment types broken down into 88% Full Time, 8% Part Time, and 4% Contract. Highlights an 86% Physical, 4% Hybrid, and 10% Remote job distribution, with an average salary of $66,029 per year, or $31.7 per hour.

$70K - $95K/yr

Part-time

Re-posted 2 days ago


Job description

Location: NASA Armstrong Flight Research Center (AFRC), Edwards AFB, CA or Contractor Facility Employment Type: Part-Time (Approximately 24-32 hours per week) Job Summary The Operations Engineer provides senior-level engineering and technical leadership in support of NASA Armstrong Flight Research Center's (AFRC) Flight Operations Directorate (Code 430) under the Engineering and Technical Support Services (ETSS) contract. This position supports the planning, coordination, and execution of flight test and ground operations for piloted, remotely operated, and autonomous aircraft. The engineer applies deep systems knowledge to support flight readiness, configuration management, and mission integration activities ensuring safe and efficient operations that meet NASA AFRC research and test objectives.

The Operations Engineer works across disciplines-bridging design, maintenance, and operations-to support flight test integration, operational risk management, and mission execution. This is a part-time position (approximately 24-32 hours per week) with a flexible schedule based on project demands. Primary Responsibilities Provide engineering and operational oversight for flight test and research missions under the Flight Operations Directorate (Code 430).

Support flight test planning, readiness reviews, and mission risk assessments for piloted and autonomous aircraft. Develop and maintain flight operations documentation, configuration management records, and procedural controls. Participate in control-room and flight-line operations to provide real-time engineering coordination and problem-solving.

Collaborate with project engineers, pilots, and flight safety personnel to ensure mission objectives and technical requirements are met. Evaluate and implement airworthiness, risk mitigation, and configuration-control processes. Support ground test setup, telemetry monitoring, and flight data analysis.

Contribute to safety reviews, system validation, and mission debriefs, including technical reporting and post-flight analysis. Develop and refine process improvements that enhance safety, operational efficiency, and readiness. Interface with maintenance, range, and logistics teams to ensure flight support equipment and systems are mission-ready.

Work Environment & Schedule On-site at NASA AFRC (Edwards AFB) or contractor facility. Typical Schedule: 7:00 AM - 4:30 PM, 9/80 compressed schedule, flexible based on project demands. Part-time position: Approximately 24-32 hours per week, with flexibility to meet mission or test needs.

Work includes flight line, hangar, and control-room environments, requiring PPE and adherence to NASA safety procedures. Occasional extended hours or weekend work may be required to support flight or range events. Key Benefits and Impact Directly support NASA's flight research and test operations, advancing next-generation aerospace technologies.

Collaborate with NASA engineers, test pilots, and program managers on cutting-edge projects such as Global Hawk and Sky Range. Contribute to flight safety, operational readiness, and autonomous system development. Influence mission success and process improvement across multiple test and research programs.

Enjoy a flexible, part-time schedule while maintaining engagement in high-impact aerospace research.Minimum Qualifications Bachelor's degree or higher in Engineering or Physical Science. At least 20 years of relevant engineering experience, including 5 years as a Principal Investigator, Group Leader, Project Engineer, or Project Manager, or equivalent. A Master's degree may substitute for 2 years of experience; a Doctorate may substitute for 5 years of experience

Proven experience in flight operations engineering, test coordination, or systems integration. Knowledge of flight safety, airworthiness, and range operations processes. Experience developing and maintaining technical documentation, procedures, and test plans.

Excellent communication and leadership skills supporting multi-disciplinary flight operations teams. Proficiency in engineering and data-analysis tools such as MATLAB, Simulink, or equivalent. U.S

Citizenship required (NASA facility access). Preferred Qualifications Experience supporting NASA Armstrong flight operations or DoD flight test programs. Familiarity with autonomous and unmanned flight systems, including flight-test and range coordination.

Knowledge of aircraft systems engineering, telemetry, and instrumentation integration. Experience with control-room operations, flight readiness, and test execution. Knowledge of NASA or FAA airworthiness documentation, flight operations manuals, and risk management processes.

Experience with NASA Global Hawk aircraft and Sky Range project is highly desirable. Ability to obtain or maintain DoD or NASA range access credentials.Minimum Qualifications Bachelor's degree or higher in Engineering or Physical Science. At least 20 years of relevant engineering experience, including 5 years as a Principal Investigator, Group Leader, Project Engineer, or Project Manager, or equivalent

A Master's degree may substitute for 2 years of experience; a Doctorate may substitute for 5 years of experience. Proven experience in flight operations engineering, test coordination, or systems integration. Knowledge of flight safety, airworthiness, and range operations processes.

Experience developing and maintaining technical documentation, procedures, and test plans. Excellent communication and leadership skills supporting multi-disciplinary flight operations teams. Proficiency in engineering and data-analysis tools such as MATLAB, Simulink, or equivalent.

U.S. Citizenship required (NASA facility access). Preferred Qualifications Experience supporting NASA Armstrong flight operations or DoD flight test programs

Familiarity with autonomous and unmanned flight systems, including flight-test and range coordination. Knowledge of aircraft systems engineering, telemetry, and instrumentation integration. Experience with control-room operations, flight readiness, and test execution.

Knowledge of NASA or FAA airworthiness documentation, flight operations manuals, and risk management processes. Experience with NASA Global Hawk aircraft and Sky Range project is highly desirable. Ability to obtain or maintain DoD or NASA range access credentials.