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Engineer In Training Jobs in California (NOW HIRING)

Possession of a valid Engineer-in-Training certificate can substitute for the required education. * Certifications: * Current CA Professional Engineer license (preferred) or Engineer-in-Training.

Engineer - Water/Wastewater

Ventura, CA · On-site

$107K - $144K/yr

A California Engineer in Training (EIT) certificate and two years of college may substitute for the Bachelor's Degree. A California Engineering-in-Training certificate is highly desirable. Associate ...

Engineer-in-Training (EIT) certification or Certified Construction Manager (CCM) preferred; Professional Engineer (PE) license a plus. * Approximately 3+ years of experience in construction ...

Civil Design Engineer

Stockton, CA · On-site

$75K - $95K/yr

Engineer-In-Training (EIT) certification preferred * Proficiency in AutoCAD and Civil 3D software * Strong communication skills with the ability to interact professionally with clients, technical ...

Construction Engineer

Chico, CA · On-site

$83K - $135K/yr

Certified as an Engineer-in-Training, AND BS in Construction Management, Civil, or Structural Engineering plus two (2) years of relevant construction experience, OR Eight (8) years of relevant ...

Construction Engineer

Chico, CA · On-site

$83K - $135K/yr

Certified as an Engineer-in-Training, AND BS in Construction Management, Civil, or Structural Engineering plus two (2) years of relevant construction experience, OR Eight (8) years of relevant ...

Engineer in Training (EIT) certification. * Experience with Revit or other BIM tools. * Strong communication and teamwork skills. * Fast learner with a growth mindset. Additional Details: * Local ...

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Showing results 1-20

Engineer In Training information

See California salary details

$30.1K

$67.7K

$114K

How much do engineer in training jobs pay per year?

As of Jul 9, 2026, the average yearly pay for engineer in training in California is $67,718.00, according to ZipRecruiter salary data. Most workers in this role earn between $51,300.00 and $73,500.00 per year, depending on experience, location, and employer.

What is the difference between Engineer In Training vs Mechanical Engineer?

AspectEngineer In TrainingMechanical Engineer
CredentialsPassed Fundamentals of Engineering (FE) examTypically holds a bachelor's degree in mechanical engineering; may have passed the FE exam
Work EnvironmentEntry-level, supervised roles in design, analysis, or testingDesign, develop, and analyze mechanical systems; more independent responsibilities
Usage in IndustryInitial certification for licensure; often a stepping stoneLicensed Professional Engineer (PE) often required for advanced roles

The main difference is that an Engineer In Training is an entry-level credential after passing the FE exam, serving as a stepping stone toward becoming a licensed Mechanical Engineer. Mechanical Engineers typically have more experience, responsibilities, and may pursue licensure for higher-level roles.

What can I do with an EIT?

An Engineer In Training (EIT) is a credential for individuals who have passed the Fundamentals of Engineering exam and are on the path to becoming a licensed Professional Engineer. With an EIT, you can work in engineering roles under supervision, gain practical experience required for licensure, and develop skills in design, analysis, and project management. It is a stepping stone toward obtaining a Professional Engineer (PE) license, which allows for greater responsibility and independent practice.

What types of projects and tasks can an Engineer In Training expect to work on during their first year?

As an Engineer In Training (EIT), you can expect to be involved in a variety of projects that support senior engineers, such as assisting with design calculations, preparing technical reports, conducting site visits, and helping with project documentation. You'll likely rotate through different teams or departments to gain exposure to various engineering disciplines and workflows. Collaboration is key, as you'll frequently work alongside experienced engineers, drafters, and project managers, gaining valuable feedback and mentorship. This hands-on experience helps build your technical skills and prepares you for greater responsibility as you progress toward becoming a licensed Professional Engineer.

What are the key skills and qualifications needed to thrive as an Engineer In Training, and why are they important?

To thrive as an Engineer In Training, you need a solid background in engineering principles, analytical thinking, and a relevant engineering degree, often supported by passing the Fundamentals of Engineering (FE) exam. Familiarity with technical tools such as CAD software, modeling programs, and project management systems is typically expected. Strong communication, teamwork, and problem-solving abilities help you effectively collaborate with senior engineers and stakeholders. These skills and qualifications are crucial for building technical competence, contributing to projects, and progressing toward professional engineering licensure.

Can an EIT call themselves an engineer?

An Engineer In Training (EIT) is not yet licensed as a Professional Engineer and therefore cannot legally call themselves an engineer. Once they meet the required work experience and pass the Professional Engineering exam, they can obtain licensure and use the title 'Engineer.'

What is an Engineer In Training (EIT)?

An Engineer In Training (EIT) is an individual who has completed the educational requirements for an engineering degree and has passed the Fundamentals of Engineering (FE) exam. EITs are typically early-career engineers working under the supervision of licensed Professional Engineers (PEs) to gain the experience required for full licensure. This designation is an important step toward becoming a Professional Engineer and demonstrates a foundational knowledge of engineering principles. EITs are often involved in various engineering tasks, such as design, analysis, and project management, as they build their skills and experience.

Is becoming an EIT worth it?

Becoming an Engineer In Training (EIT) is a valuable step toward professional engineering licensure, demonstrating foundational engineering knowledge and commitment. It can improve job prospects, lead to higher salaries, and is often required before obtaining a Professional Engineer (PE) license, which allows for greater responsibility and career advancement.

What engineer makes $500,000 a year?

Highly experienced engineers in specialized fields such as petroleum engineering, software engineering in senior or executive roles, or engineering managers can earn $500,000 or more annually. These roles often require advanced skills, extensive experience, and sometimes leadership responsibilities or stock options.
What cities in California are hiring for Engineer In Training jobs? Cities in California with the most Engineer In Training job openings:
Infographic showing various Engineer In Training job openings in California as of July 2026, with employment types broken down into 95% Full Time, and 5% Part Time. Highlights an 85% In-person, and 15% Remote job distribution, with an average salary of $67,718 per year, or $32.6 per hour.
Mech Eng In Training (51137)

Mech Eng In Training (51137)

Haas Automation, Inc.

Oxnard, CA • On-site

$30 - $40/hr

Other

Re-posted 18 days ago


Haas Automation rating

6.5

Company rating: 6.5 out of 10

Based on 6 frontline employees who took The Breakroom Quiz

353rd of 427 rated machine equipment manufacturers


Job description

Mechanical Engineer in Training   Salary Range: $30.00 - $40.00/ Hr. 

As the largest machine tool builder in the western world, we need world-class talent in all of our departments. And we’re not just looking for people for the production floor. Haas is a very vertically integrated company, with a wide range of high-tech career opportunities available.

Oh, and yes, we are the same Haas that owns the Haas Factory Racing Team, and Haas F1 Team from the Netflix series: Drive to Survive.

Mechanical Engineer in Training (MET) is a learning position for a new engineering degreed graduate. Under the supervision of more experienced engineers or supervisors, the MET executes simple mechanical tasks and product updates and analysis. The MET may modify existing or develop new designs, parts or assemblies but does so in limited, defined areas of research and development, prototyping, and drafting. The MET is expected to follow instructions, and pay close attention to the requests of more senior engineers. The MET designs parts and assemblies based on the concepts and ideas of others. The MET may work in one or many areas of product development and is expected to follow through on tasks from initial design to implementation. The MET job may include assignments involving part design, creating supporting product documentation and information, tracking and resolving sourcing issues, assembling prototypes, resolving production issues, responding to service and quality issues, product use and testing, component qualifying and coordinating activities with other departments.

Essential Duties and Responsibilities include the following. Other duties may be assigned.

  • Listen carefully and follow directions. Work effectively from both verbal and written instructions.
  • Exhibit common sense and mechanical aptitude, and adhere to company safety standards.
  • Work safely with common shop tools, such as drill presses, grinders, and hand tools.
  • Disassemble and assemble simple mechanical devices and assemblies.
  • Work from verbal and written instructions in performing simple mechanical tasks.
  • Read blueprints, file and distribute drawings, and with supervision, make limited CAD drawing revisions.
  • Fabricate prototype parts from verbal or written instruction, and manually build prototypes of other's design.
  • Research on-line supply sources, industrial catalogs and trade magazines, and with approval, order parts as assigned by a more advanced engineer.
  • Properly use company computer peripherals, including printers, plotters, fax machines, and copiers.
  • Design parts and assemblies, as directed by others.
  • Design parts for ease of manufacture based on company guidelines and capabilities.
  • Design parts for ease of assembly using company tooling standards and methods.
  • Analyze and effectively resolve manufacturing and assembly related problems.
  • Create complete CAD models and assemblies, detail drawings, using company modeling and drafting standards and conventions.
  • Compile and generate complete parts lists and bills of materials for new products.
  • Analyze engineering change requests and using proper judgment, create and fully implement engineering change orders.
  • Proficiently utilize all engineering department related software, including CAD programs, word processors, spreadsheets, MRB programs, and scheduling software.
  • Proficiently program, fixture, setup and use CNC products to; create and modify parts and prototypes, perform basic and automated machine testing, extract test date from machines and demonstrate machine usability or limitations.
  • Define and communicate product-related information to other functional groups and departments, including but not limited to:
    • Product specifications
    • Product release and shipment date information
    • Service related bulletins
  • Source and assess new vendors. Evaluate vendor capacity, quality, and policy as related to the needs of the company. Communicate effectively with vendors, and can resolve delivery and quality issues before or as they arise.
  • Procure parts for prototype and production both through the company purchasing department, and through own channels. Maintain records, and properly process paperwork using company standards.

• Employees are expected to follow instructions, procedures and to escalate any issue impacting workflow, quality, etc.

• Employees must exhibit honesty and integrity as well as demonstrate adherence to rules, procedures and policies.

Minimum Qualifications

Desired Qualifications

Education

Bachelor's Degree BA/BS/BFA/BSA from a four-year college or university is required, plus additional related experience, training and/or equivalent combination of education and experience.

Preferred Major

Mechanical Engineering

Minimum Years of Experience

0-1 year

Language Skills

Must have the ability to read, analyze, and interpret general business periodicals, professional journals, technical procedures, and/or governmental regulations in English. Must be able to write analytical and/or technical reports, business correspondence, procedure manuals, and create instructional reference material. Able to speak effectively before groups, customers, employees of the organization and/or the general public.

Mathematical Skills

Must be able to calculate figures and amounts such as discounts, interest, commissions, proportions, percentages, area, circumference, and volume. Must have the ability to apply concepts of arithmetic, algebra, and geometry.

Reasoning Ability

Must have the ability to apply principles of logical and scientific thinking as well as work with a wide range of intellectual and practical problems. In the most difficult phases must be able to deal with nonverbal symbolism such as formulas, scientific equations, graphs, musical notes, etc. Must have the ability to deal with a variety of abstract and concrete variables.

Physical Demands
The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

Physical Activity

Duration

Sitting

Occasionally

Standing

Frequently

Walking

Frequently

Bending (neck)

Frequently

Bending (waist)

Rarely

Squatting

Occasionally

Twisting (neck)

Occasionally

Twisting (waist)

Occasionally

Climbing

Occasionally

Kneeling

Occasionally

Crawling

Occasionally

Reaching (above shoulder level)

Occasionally

Reaching (below shoulder level)

Occasionally

Hand Use

Duration

Repetitive use of hand

Frequently

Simple grasping

Frequently

Power grasping

Occasionally

Fine manipulation

Frequently

Pushing & Pulling

Frequently

Vision

Required

Close vision

Yes

Distance vision

Yes

Color vision

Yes

Peripheral vision

Yes

Depth perception

Yes

Adjust focus

Yes

Lifting Requirements

Duration

0-10 lbs.

Occasionally

11-25 lbs.

Occasionally

26-50 lbs.

Occasionally

51-60 lbs.

Never

61+ lbs.

Never

Equipment Use

Duration

This position requires computer use, including monitor, keyboard, mouse, trackball, touchpad, etc.

Frequently

Work Environment
The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

Noise Level

 

The noise level in the work environment is usually:

Moderate and occasionally loud

Work Environment

Duration

This position operates in a general office or engineering lab environment

Frequently

Employee will work around machining or on the production floor

Occasionally

Employee is exposed to moving mechanical parts and vibration

Frequently

Employee is exposed to hazardous chemicals, fumes or airborne particles

Occasionally

Employee is exposed to outside weather conditions, extreme cold or extreme heat

Occasionally

Employee is exposed to risk of electrical shock

Occasionally


What Haas Automation employees say

Pay

Benefits

Hours and flexibility

Workplace

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