Engineering Jobs in Porter Ranch California

What Makes a Honda, is Who makes a Honda

Honda has a clear vision for the future, and it’s a joyful one.  We are looking for individuals with the skills, courage, persistence, and dreams that will help us reach our future-focused goals. 

 At our core is innovation. Honda is constantly innovating and developing solutions to drive our business with record success.  We strive to be a company that serves as a source of “power” that supports people around the world who are trying to do things based on their own initiative and that helps people expand their own potential. To this end, Honda strives to realize “the joy and freedom of mobility” by developing new technologies and an innovative approach to achieve a “zero environmental footprint.”

We are looking for qualified individuals with diverse backgrounds, experiences, continuous improvement values, and a strong work ethic to join our team.

If your goals and values align with Honda’s, we want you to join our team to Bring the Future!

Chassis Design/Development Contingent Engineer:

Responsibilities include: simulate, design, and validate chassis components using various simulations tools (dynamometers, rigs and track tests); provide feedback and produce technical reports.

Design Contingent Engineer:

Responsibilities include engine design concept preparation, component and assembly modeling, design evaluation and analysis, drawing preparation and release, part manufacturing coordination and other related administrative duties.

 Electrical Contingent Engineer:

Responsibilities include supporting electronic control systems on the race car; validate the control system design and application; optimization of the calibration for the system algorithms and functions utilizing real time software. Will also be responsible for engine-related electronic control unit, ignition, switches, wiring harness systems, wiring looms and connectors.

Development Contingent Engineer:

Responsible for creating development plans for concepts and component development. Looking at the full product life cycle from concept to production. In addition to executing the test and validations required to achieve project goals.

Test Contingent Engineer:

Responsibilities include engine development and durability testing on the test cell while ensuring that the test cell is ready and capable of  meeting the requested testing goals and deadlines. Will be programming and operating the test cell/plans, develop engine  and instrumentation calibration setting and cell maintenance.  Review testing methods to determine areas for improvement in accuracy, consistency and processing results.

Vehicle Dynamics Contingent Engineer:

Responsibilities include populating and calibrating vehicle model parameters, performing correlation studies: comparing vehicle model behaviors with real-world test data and modelling and characterization of all vehicle systems: e.g. aerodynamics, brakes, multi-body suspensions, tires, powertrains.

Honda is an equal opportunity employer and considers qualified applicants for employment without regard to race, color, creed, religion, national origin, sex, sexual orientation, gender identity and expression, age, disability, veteran status, or any other protected factor.

Job Title : Nuclear Engineer (Naval Reactors Engineer) Category / Component : Officer • Active Overview Design, regulate, and oversee the Navy's nuclear propulsion program, including reactor design, fleet operations, and eventual defueling and decommissioning of nuclear powered ships and submarines from Naval Reactors Headquarters and associated Department of Energy laboratories and shipyards.

Key Responsibilities Provide technical direction in areas such as reactor and fluid systems design, reactor physics, materials development, component design for steam generators, pumps, and valves, instrumentation and control for reactor and propulsion plants, testing and quality control, radiation shielding, and chemistry and radiological controls; review designs and analyses from laboratories, shipyards, and industry partners; coordinate with fleet units to ensure safe and reliable nuclear plant operation.

What to Expect Assume significant technical responsibility early in your career as part of a lean headquarters staff; work primarily in an analytical and oversight role rather than operating plants at sea; balance long term engineering projects with time sensitive fleet and shipyard issues; frequent coordination with senior civilian engineers, naval officers, and technical teams; high expectations for attention to detail, judgment, and written and oral communication.

Work Environment Work mainly at Naval Reactors Headquarters in the Washington, District of Columbia area with regular engagement with Department of Energy laboratories, nuclear training sites, shipyards, and nuclear powered ships and submarines; office based work that includes document reviews, technical meetings, inspections, and site visits rather than day to day shipboard watchstanding.

Pathways, Training & Advancement Officer commissioning through programs such as Officer Candidate School or the Nuclear Propulsion Officer Candidate program followed by a structured technical qualification program at Naval Reactors; rotational exposure to laboratories, prototypes, shipyards, and fleet support issues; progressive responsibility leading projects and becoming a subject matter expert, with opportunities for professional military education and advanced graduate study in technical fields.

Entry through the Nuclear Propulsion Officer Candidate program for qualified college students and recent graduates, or selection via Officer Candidate School for those who already hold qualifying degrees; all applicants must meet Nuclear Propulsion Program academic and technical screening standards in addition to general officer commissioning requirements.

Qualifications All Navy jobs require meeting general enlistment or commissioning standards, which typically include: Eligibility to serve in the United States Navy, which may involve United States citizenship or other legal residency and work status, depending on the program and current law and policy A high school diploma or equivalent for enlisted positions, and a bachelor's or qualifying professional degree for officer positions Meeting age limits that vary by program and are set in law and Navy policy.

Some communities have more restrictive age ranges Meeting medical, vision, and dental standards, including body composition and physical fitness requirements, with some jobs requiring more demanding standards Meeting character and conduct standards, including background screening Achieving required test scores for your program, such as the Armed Services Vocational Aptitude Battery for enlisted roles or officer qualification tests for officer programs Eligibility for a security clearance when required for your rating or designator Additional qualifications can include specific skills, education, licensure, or experience that are unique to a job or community and will be reviewed with you by a recruiter.

Additional qualifications for this job may include: Completion of a rigorous technical degree in engineering, physics, mathematics, or a closely related field that includes strong backgrounds in calculus and physics; outstanding academic record, particularly in technical coursework; United States citizenship and eligibility for a high level security clearance; strong technical aptitude and comfort with detailed analytical work.

Education Education benefits are available through standard Navy programs such as Tuition Assistance, the Post-9/11 GI Bill, ACE-recommended college credit for Navy training, Navy COOL-funded certifications, USMAP apprenticeships, and other Navy College Program opportunities.

Specific options depend on the Sailor's status, training, and current Navy policy.

Pay, Benefits & Service Pay, benefits, and service commitments follow standard Navy Active and/or Reserve policies for this type of role, including basic pay, allowances when eligible, health coverage, and retirement options.

Exact entitlements, special pays, and service obligations depend on program, component, years of service, and current law and Navy guidance.

Incentives Incentives such as bonuses, special pays, and loan repayment may be available at times for specific ratings or communities, but they change frequently and cannot be guaranteed.

Applicants must confirm current incentives and eligibility with an official Navy recruiter or authoritative Navy source.

Notes and Disclaimers This description is a general overview of typical duties, training, and opportunities in this community.

It does not replace official Navy instructions, policies, or contracts and does not guarantee specific assignments, training, incentives, or outcomes.

Actual opportunities depend on Navy needs, individual performance, screening results, and current law and policy.

A Contingent position that will work with Designers, Vehicle Performance, and Electronics Specialists to test, modify, and evolve hardware systems on race cars and track-focused road cars. Work to prove-out durability and performance to technical targets. Report and communicate on lessons-learned during the development process. Devise innovative tools and methods to test cars, subsystems, and parts. Document problem reports for failures in the field. Analyze data logged on cars, to trace down root causes. Track and manage resolution of vehicle hardware issues. Devise countermeasures. Work with designers and manage 3rd parties to implement design changes. Manage and execute testing of countermeasure parts. Manage and execute test and development of new vehicles, and vehicle hardware updates. Regularly liaise with 3rd party vendors, race teams, and test facilities. Specify instrumentation, perform data analysis, and write reports on the outcomes of development initiatives. Devise new and improved ways to test parts and systems, either in track driving tests, or in workshop rig tests. Work with designers, electronics groups, and suppliers to implement new testing equipment and methods.

BS Degree in Mechanical Engineering. Experience with 3-dimension CAD software modelling of race car components. At least 5 years of professional experience.  Strong analytical skills are required. Knowledge and hands-on experience with racing cars and related electronics and mechanical systems. Previous experience evaluating and implementing design changes, specifications, and drawing releases. Previous experience coordinating activities related to project  development, scheduling, and resolution of engineering design and test issues. Extensive knowledge of racing car mechanical systems and structural elements Strong knowledge of engineering principles and theories. Knowledge of raw material specifications and codes. Strong Project Management skills.  Strong data analysis and problem-solving skills. Ability to communicate effectively in a team-oriented environment. Ability to accurately apply engineering theories to analysis of real-world data. Must be able to lift up to 30 lbs of vehicle components

Physical Demands Requirements:

• Bending body downward and forward by bending spine at the waist while working.
• Bending legs at knee to come to a rest on knee or knees to work on close to the groundwork.
• Crawling.
• Moving about on hands and knees or hands and feet to work underneath suspended vehicles/engines/equipment to diagnosis problems and or remove replace parts.
• Standing for sustained periods during work or events.
• Sitting. Extensive travel and long travels.
• Walking. Moving about on foot to accomplish tasks (particularly walking long distances at the track to pit lane and around shop) 
• Lifting. Raising objects of 25 pounds from a lower to a higher position or moving objects horizontally from position-to-position.
• Repetitive motion. Substantial movements (motions) of the wrists, hands, and/or fingers while servicing / maintaining a race engine, vehicles and equipment.
• The worker is subject to hazards. Includes a variety of physical conditions, such as proximity to moving mechanical parts, moving vehicles, electrical current, exposure to high heat and exposure to chemicals.

Emotional Requirements:

• Make quick decisions
• Hazard awareness, aware of surroundings
• Planning and problem-solving
• Coping with change and other people

Lead and provide design engineering expertise for racecar vehicle design projects supporting HRC’s pinnacle and grassroots motorsports programs. This role is responsible for creating and analyzing design concepts, CAD models, and drawings, interpreting test results, planning and completing assigned engineering projects, and mentoring engineers.

Technical Direction & Mentorship: Develop team capabilities, promote collaboration, manage conflict, provide feedback, and optimize resources.

Design Leadership: Lead design activities for subsystem prototype validation.

Strategic Planning & Team Development: Implement mid- to long-term plans, set priorities, mentor associates, evaluate performance, prepare business plans and budgets, and coordinate cross-functional activities

Administration: Ensure timely reporting of design faults, manage vendors, and oversee project timelines.

Education: BS in Mechanical Engineering

Experience:

15+ years in motorsport vehicle design

10+ years in chassis design for professional motorsports

Technical project management experience

Extensive CAD modeling expertise (parametric modeling preferred)

Comprehensive knowledge of race car chassis and mechanical systems

Technical Skills:

Strong engineering principles and analytical skills

Knowledge of raw materials, machining, casting, and treatment processes

Proficient in CAD software and design documentation

Project management and problem-solving skills

Interpersonal Skills: Active listening, leadership, teamwork, flexibility

Physical Requirement: Ability to lift up to 30 lbs of vehicle components

• Mentor junior engineers and recommend design countermeasures
• Prioritize and delegate project assignments
• Analyze failures and determine root causes
• Approve prototype design revisions and weekly status reports
• Recommend cost-effective design concepts

Physical Demands Requirements:

Bending body downward and forward by bending spine at the waist while working.

Bending legs at knee to come to a rest on knee or knees to work on close to the groundwork.

Crawling.

Moving about on hands and knees or hands and feet to work underneath suspended vehicles/engines/equipment to diagnosis problems and or remove replace parts.

Standing for sustained periods during work or events.

Sitting. Extensive travel and long travels.

Walking. Moving about on foot to accomplish tasks (particularly walking long distances at the track to pit lane and around shop) 

Lifting. Raising objects of 25 pounds from a lower to a higher position or moving objects horizontally from position-to-position.

Repetitive motion. Substantial movements (motions) of the wrists, hands, and/or fingers while servicing / maintaining a race engine, vehicles and equipment.

The worker is subject to hazards. Includes a variety of physical conditions, such as proximity to moving mechanical parts, moving vehicles, electrical current, exposure to high heat and exposure to chemicals.

Emotional Requirements:

Make quick decisions

Hazard awareness, aware of surroundings

Planning and problem-solving

Coping with change and other people

The Electrical Design Contingent Engineer will support company projects by performing electrical design activities, collaborating cross‑functionally, and ensuring all design solutions meet performance, cost, manufacturing, and timeline targets. This role requires hands‑on involvement in design, prototyping, assembly trials, and coordination with internal teams and external suppliers.

Conduct electrical design activities in support of company project requirements. Develop new or improved designs, including 3D modeling and 2D drawings, incorporating modern technologies, industry trends, manufacturability, environmental considerations, cost, and ease of assembly. Recommend optimized design solutions to solve problems or reduce cost while meeting performance and project targets. Perform engineering hand calculations where needed (e.g., beam bending, pressure drop). Understand and apply creepage and clearance methodologies for high‑voltage components. Design wire harnesses; experience with harness layout in assembly design is a plus. Perform tolerance stack‑up calculations to ensure proper assembly under all part variances. Collaborate with other departments to ensure on‑time delivery of practical and optimized electrical design solutions. Participate in assembly trials, manufacturing trials, and vendor visits as needed, including business travel to track/HRC or other locations. Act as a liaison between Project Management and the Design Group Lead, ensuring clear communication of project history, issues, priorities, and targets. Provide critical updates and technical information to the electrical design team and group leads. Ensure BOM and pictorials are accurately maintained and updated according to project milestones. Follow up on problem reports for responsible parts and provide timely updates during weekly review meetings. Ensure designed components meet targets set by technical management, including performance, durability, weight, cost, manufacturing, and assembly. Report design errors clearly and promptly; actively review work in progress to ensure deadlines are met. Support Design for Manufacturing (DFM) activities and perform drawing content checks prior to ECN submission.

Cross‑Functional Engagement: Collaborate proactively with: Project Management; Development & Simulation teams; External suppliers; QA / Assembly Shop, Machine Shop

Provide updates and solutions at mechanical, engineering, and problem‑report meetings. Support other 3D/2D component design activities beyond electrification as needed. Maintain accountability for delivering assigned tasks according to project timelines.

Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Mechatronics, or a related technical field. 3–5+ years of experience in electrical design engineering, ideally in automotive, motorsports, aerospace, or related high‑performance industries. Proficiency in 3D CAD tools (CATIA V5/V6 or 3D Experience preferred). Strong understanding of high‑voltage electrical systems, including creepage and clearance requirements. Experience designing wire harnesses and electrical subsystems. Ability to perform engineering hand calculations and justify design decisions. Solid understanding of GD&T principles (preferred). Knowledge of DFM (Design for Manufacturing) practices and ability to collaborate closely with manufacturing teams. Ability to interpret and create engineering drawings, BOMs, and assembly documentation. Strong problem‑solving skills with the ability to troubleshoot design issues and develop effective solutions. Excellent communication skills for coordination with project managers, design leads, suppliers, and cross‑functional teams. Demonstrated ability to manage time, meet deadlines, and maintain accountability in a fast‑paced project environment. Willingness to travel to suppliers, test sites, or track locations as required.

Responsible to lead quality initiatives for pre-production builds and new product launches. This role ensures readiness through APQP methodologies, drives cross-functional corrective actions, and safeguards product conformity and process capability in a fast-paced environment.

Minimum 7–10 years of Quality Engineering experience with demonstrated leadership in cross‑functional problem solving, decision‑making, and supporting engineering, manufacturing, and new product development environments.

Must be proficient in statistical analysis software (e.g., Minitab, JMP, or equivalent.

Operates with minimal oversight, taking initiative and driving proactive problem resolution.

Collaborative team contributor with advanced analytical skills, proficiency in root‑cause analysis methodologies, and a data‑driven approach to decision making, building and leveraging Power BI for dashboard development and performance insights.

Strong project management and organizational capability, utilizing MS Project for scheduling and resource planning.

Communicate investigation findings, risk assessments, and recommended actions through formal technical presentations and reports. 

Familiarity with Six Sigma principles, DMAIC methodology, and data‑driven continuous improvement practices.

Proficient in the selection, calibration, and use of test and measurement equipment required for inspection, verification, and validation activities.

Knowledgeable in raw material specifications, supplier qualification, and vendor management, including incoming inspection and supplier performance monitoring.

Ability to read and interpret Geometric Dimensioning & Tolerancing (GD&T) per ASME Y14.5, including datum schemes and feature control frames.

Proficient in MS Office for technical reporting, KPI tracking, and documentation control.

Capable of using Minitab for statistical analysis (SPC, capability studies, DOE) and UniPoint for CAPA, NCR, and audit management.

Skilled in developing, analyzing, and presenting technical documentation, including control plans, inspection reports, and quality metrics.

Experience with 3D modeling and CMM metrology software for dimensional analysis, measurement validation, GD&T verification, and inspection.

• Define and develop Critical to Quality standards that address customer wants and needs.
• Equipment and software upgrade and replacement in the department as needed.
• Drive continuous improvement activities that reduce inspection time, streamline workflows, and improve quality throughput.

Physical Demands Requirements:

• Bending body downward and forward by bending spine at the waist while working.
• Bending legs at knee to come to a rest on knee or knees to work on close to the groundwork.
• Crawling.
• Moving about on hands and knees or hands and feet to work underneath suspended vehicles/engines/equipment to diagnosis problems and or remove replace parts.
• Standing for sustained periods during work or events.
• Sitting. Extensive travel and long travels.
• Walking. Moving about on foot to accomplish tasks (particularly walking long distances at the track to pit lane and around shop) 
• Lifting. Raising objects of 25 pounds from a lower to a higher position or moving objects horizontally from position-to-position.
• Repetitive motion. Substantial movements (motions) of the wrists, hands, and/or fingers while servicing / maintaining a race engine, vehicles and equipment.
• The worker is subject to hazards. Includes a variety of physical conditions, such as proximity to moving mechanical parts, moving vehicles, electrical current, exposure to high heat and exposure to chemicals.

Emotional Requirements:

• Make quick decisions
• Hazard awareness, aware of surroundings
• Planning and problem-solving
• Coping with change and other people