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Entry Level Graphics Engineer Jobs in California

Engineering Technician I/II

Orange, CA · On-site

$63K - $90K/yr

This is the entry-level class in the paraprofessional Engineering Technician series. Initially ... Prepare a variety of plans, specifications, maps, graphic materials, cost estimates, and technical ...

Elt Eng 1 (51576)

Oxnard, CA · On-site

$30 - $50/hr

Summary Electrical Engineer 1 Salary Range: $30.00 - $50.00/ Hr. As the largest machine tool ... Knowledge of Altium or Mentor Graphics for schematic and board layout evaluation is a plus.

Summary Electrical Engineer 1 Salary Range: $30.00 - $50.00/ Hr. As the largest machine tool ... Knowledge of Altium or Mentor Graphics for schematic and board layout evaluation is a plus.

We use Objective C and Swift programming languages to create native applications for iPhone ... graphic designing, web application development using frameworks based on model view controller ...

Public Works Intern

Dana Point, CA · On-site

$35K - $49K/yr

Candidates must be currently pursuing a degree in the Civil Engineering or a related field to be ... Under immediate supervision, perform a variety of entry level or semi-skilled tasks in support of ...

Candidates must be currently pursuing a degree in the Civil Engineering or a related field to be ... Under immediate supervision, perform a variety of entry level or semi-skilled tasks in support of ...

ABOUT THE ROLE Citadel CPM is seeking a highly organized and motivated entry level Marketing ... Engineering/Construction (AEC) industry who can coordinate the end-to-end proposal process. This ...

Showing results 21-40

Entry Level Graphics Engineer information

What does an entry level graphics engineer do?

An Entry Level Graphics Engineer assists in designing, developing, and optimizing graphics systems for software applications, such as video games or visualization tools. They work closely with senior engineers to implement rendering algorithms, debug graphical issues, and ensure high performance across different hardware platforms. Their role often includes writing code in languages like C++ or using graphics APIs such as OpenGL or DirectX. Entry level engineers also collaborate with artists and designers to achieve the desired visual effects and user experiences.

What are the key skills and qualifications needed to thrive as an entry level graphics engineer?

To thrive as an Entry Level Graphics Engineer, you need a solid understanding of computer graphics concepts, programming languages such as C++ or Python, and a relevant degree in computer science or a related field. Familiarity with graphics APIs like OpenGL, DirectX, or Vulkan, and experience using shader languages and development environments are typically expected. Strong problem-solving abilities, attention to detail, and effective teamwork skills help you excel in this creative and technical field. These competencies are vital for developing efficient visual solutions and collaborating on complex graphics projects in the tech industry.

What are some common challenges faced by entry level graphics engineers when working with real-time rendering engines?

Entry level graphics engineers often encounter challenges such as optimizing rendering performance, debugging graphical glitches, and understanding complex shader languages when working with real-time rendering engines. Adapting to frequent changes in project requirements and collaborating with artists and other engineers to ensure visual fidelity can also be demanding. However, these challenges offer valuable learning opportunities and are typically supported by experienced team members who provide mentorship and code reviews.

What is the difference between Entry Level Graphics Engineer vs Entry Level Software Developer?

AspectEntry Level Graphics EngineerEntry Level Software Developer
Required CredentialsBachelor's in Computer Graphics, Computer Science, or related field; knowledge of graphics APIs (OpenGL, DirectX)Bachelor's in Computer Science or Software Engineering; programming skills in languages like Java, Python, C++
Work EnvironmentDesign studios, gaming companies, tech firms focusing on visual contentSoftware firms, tech startups, any industry requiring application development
Employer & Industry UsageUsed in gaming, multimedia, visual effects industriesUsed across all software development sectors including web, mobile, enterprise

While both roles require programming knowledge and a related degree, Entry Level Graphics Engineers focus on visual content creation and graphics programming, often in gaming or multimedia industries. Entry Level Software Developers have a broader scope, working on application development across various sectors. The choice depends on your interest in visual design versus general software development.

What are the most commonly searched types of Graphics Engineer jobs in California?

The most popular types of Graphics Engineer jobs in California are:

What job categories do people searching Entry Level Graphics Engineer jobs in California look for?

The top searched job categories for Entry Level Graphics Engineer jobs in California are:

What cities in California are hiring for Entry Level Graphics Engineer jobs?

Cities in California with the most Entry Level Graphics Engineer job openings:

Infographic showing various Entry Level Graphics Engineer job openings in California as of August 2026, with employment types broken down into 95% Full Time, 2% Part Time, and 3% Contract. Highlights an 85% Physical, 6% Hybrid, and 9% Remote job distribution.

Engineering Technician I/II

City of Orange

Orange, CA • On-site

$63K - $90K/yr

Full-time

Posted 17 days ago


Job description

JOIN THE CITY OF ORANGE AS AN ENGINEERING TECHNICIAN I/II. Engineering Technician I: $63,543 to $81,489 annually Engineering Technician II: $70,205 to $90,030 annually Under direct supervision (Engineering Technician I) or general supervision (Engineering Technician II), performs a variety of specialized paraprofessional engineering work and office duties in support of professional engineering staff and inspectors for the planning, design, and construction of Capital Improvement Projects (CIP); maintains plan files and engineering records; conducts field surveys, maintains the database, generates reports, and creates maps on the Geographic Information System (GIS); engineering permit processing; and performs related work as required. SUPERVISION RECEIVED AND EXERCISED Receives direct supervision (Engineering Technician I) or general supervision (Engineering Technician II) from management staff.

Exercises no direct supervision of staff. May exercise technical and functional direction over and provide training to lower-level staff. CLASS CHARACTERISTICS Engineering Technician I: This is the entry-level class in the paraprofessional Engineering Technician series.

Initially under close supervision, incumbents with basic technical engineering experience perform work such as maintaining engineering records, performing basic engineering calculations, performing field observations and surveys, researching engineering topics, and updating maps and drawings, in addition to performing office and field work related to assigned engineering projects and programs. As experience is gained, assignments become more varied and are performed with greater independence. Positions at this level usually perform most of the duties required of the II level, but are not expected to function at the same skill level and usually exercise less independent discretion and judgment in matters related to work procedures and methods.

Work is usually supervised while in progress and fits an established structure or pattern. Exceptions or changes in procedures are explained in detail as they arise. Since this class is often used as a training class, employees may have only limited or no directly related work experience.

Engineering Technician II: This is the full journey-level class in the paraprofessional Engineering Technician series. Incumbents perform the full range of technical work in all of the following areas: field observations and surveys, researching engineering topics, and updating maps and drawings, in addition to performing office and field work related to assigned engineering projects and programs. Positions at this level are distinguished from the I level by the performance of the full range of duties as assigned, working independently, and exercising judgment and initiative.

Positions at this level receive only occasional instruction or assistance as new or unusual situations arise and are fully aware of the operating procedures and policies of the work unit. This class is distinguished from the professional engineering series in that the latter is a professional level requiring completion of a four-year degree. Positions in the Engineering Technician class series are flexibly staffed and positions at the II level are normally filled by advancement from the I level requiring two (2) additional years of experience and after gaining the knowledge, skill, experience, licenses, and certifications which meet the qualifications for and after demonstrating the ability to perform the work of the higher-level class.

When filled from the outside, the employee is required to have three (3) years of prior related experience that allows the employee to meet the qualification standards for the II level. Examples of Duties Management reserves the right to add, modify, change or rescind the work assignments of different positions and to make reasonable accommodations so that qualified employees can perform the essential functions of the job. Prepares or assists in the preparation of and/or interprets specifications, plans, estimates, and reports pertaining to the construction, maintenance, and operation of a variety of engineering, land development, utility, and other capital improvement projects (CIP), including conducting a variety of surveys for the creation of sidewalks, utility lines, and topography maps.

Maintains engineering and traffic/transportation files, including plans, studies, inspections, surveys, maps, and other data related to engineering and transportation projects; prepares, updates, reproduces, and distributes maps, drawings, blueprints, and other information recorded in the GIS. Utilizes GIS software to create and modify plot plans, topographic maps, improvement plans, and illustrative graphics, such as charts, illustrations, and graphs for reports, drawings for design manuals, and other projects. Performs basic design and drafting duties in connection with streets, storm drains, utilities, and other projects.

Performs field, office, and computer-aided studies and prepares periodic and special reports based on findings from research, studies, and surveys; and makes recommendations on findings. Receives, tags, and logs, and reviews submitted engineering plans, maps, and related documents for plan check; routes documents to consultants or developers for preceding and following plan review; tracks status of plan checks and original documents; advises parties of revisions. Receives and responds to information requests for base maps, parcel maps and improvement plan information, encroachment permits, benchmarks, and other geographical data, soils reports, as-builts, and street improvements; retrieves plans, reports, permits, and files as necessary to comply with requests; responds to complaints from the public and resolves conflicts between owners, contractors, developers, utility companies, and others.

Maintains and updates department records, tracking lists, permit records, and files of engineering plans, including grading, encroachments, improvements, storm drain, landscaping, and final maps. Issue permits and accept permit fees over the counter; answer questions related to maintenance and development projects as necessary. May assist in the maintenance of the department's website as it relates to posting engineering records for public viewing.

Performs other duties as assigned. Typical Qualifications Knowledge of: Civil engineering principles, practices, and methods applicable to office and field work involving the design, construction, and maintenance of public works projects. Basic design and construction practices and methods of streets, underground facilities, and related public works infrastructure.

Engineering plan types, review practices, and permit filing and approval procedures. Principles and practices of technical civil engineering drafting and surveying support. Drafting and surveying equipment, computers, principles, problems, techniques, and practices.

Applicable Federal, State, and local laws, codes, and regulations, including administrative and department policies and procedures. Technical engineering mathematics. Modern office practices, methods, computer equipment and computer applications, including GIS concepts and applications.

Technical report writing practices and procedures. Principles and procedures of record keeping. English usage, grammar, spelling, vocabulary, and punctuation.

Techniques for providing a high level of customer service by effectively dealing with the public, vendors, contractors and City staff. Ability to: Prepare a variety of plans, specifications, maps, graphic materials, cost estimates, and technical engineering reports. Modify engineering drawings, topographic maps, improvement plans, and illustrative graphics using GIS software.

Perform responsible technical engineering support work with accuracy, speed, and minimal supervision. Read and interpret engineering plans, technical drawings, specifications, and subdivision maps. Perform standard engineering design under professional engineering supervision.

Make mathematical calculations and accurate engineering computations and drawings. Make and record accurate field engineering observations. Use engineering, drafting, and surveying instruments and equipment.

Prepare clear and concise reports, correspondence, policies, procedures, and other written materials. Understand and follow oral and written instructions. Organize own work, set priorities, and meet critical time deadlines.

Operate modern office equipment including computer equipment and specialized software applications programs. Use English effectively to communicate in person, over the telephone, and in writing. Use tact, initiative, prudence, and independent judgment within general policy, procedural, and legal guidelines.

Establish, maintain, and foster positive and harmonious working relationships with those contacted in the course of work. Education and Experience: Any combination of training and experience, which would provide the required knowledge, skills, and abilities is qualifying. A typical way to obtain the required qualifications would be: Engineering Technician I and II: Equivalent to completion of the twelfth (12th) grade supplemented by at least two (2) years of college-level coursework in civil engineering, drafting, surveying, mathematics, or related field.

Engineering Technician I: One (1) year of paraprofessional experience in civil engineering, drafting, surveying, or related field. A bachelor's degree in civil engineering, drafting, surveying, mathematics, or related field can supplement up to one (1) year of experience. Engineering Technician II: Three (3) years of increasingly responsible paraprofessional experience in civil engineering, drafting, surveying, or related field, or two (2) years of experience equivalent to Engineering Technician I at the City of Orange.

Licenses and Certifications: Engineering Technician I: Possession of, or ability to obtain, a valid California Class C Driver's License by time of appointment. Engineering Technician II: Valid California Class C Driver's License with satisfactory driving record and automobile insurance; possession of certification as an Engineer-In-Training is highly desirable. Supplemental Information Physical Demands: Must possess mobility to work in a standard office setting and use standard office equipment, including a computer, to inspect City development sites, to operate a motor vehicle, and to visit various City and meeting sites; vision to read printed materials and a computer screen; and hearing and speech to communicate in person, before groups, and over the telephone.

This is partially a sedentary office classification, although the job involves field inspection work requiring frequent walking at inspection sites to monitor performance and to identify problems or hazards; standing in work areas and walking between work areas may be required. Finger dexterity is needed to access, enter, and retrieve data using a computer keyboard or calculator and to operate standard office equipment. Positions in this classification occasionally bend, stoop, kneel, reach, push and pull drawers open and closed to retrieve and file information.

Employees must possess the ability to lift, carry, push and pull materials and objects weighing up to 25 pounds. Environmental Elements: Employees work in an office environment with moderate noise levels and controlled temperature conditions; but may occasionally work in the field and be exposed to loud noise levels, cold and hot temperatures, inclement weather conditions, road hazards, vibration, mechanical and/or electrical hazards, and hazardous physical substances and fumes. Employees may interact with upset staff and/or public and private representatives in interpreting and enforcing departmental policies and procedures.

CITY MISSION, VISION, AND VALUES Incumbents in all City positions are expected to exhibit the behavior characteristics reflected in the City's Mission, Vision, and Values statements in the performance of their duties: The City of Orange is committed to excellent service for our residents, businesses, and visitors. As an organization, the City of Orange is the leader in delivering the highest level of service to meet current and future needs of the community. The City's values include Teamwork, Integrity, and Excellence.