Vehicle Electrical Controls Programming Engineer I at Andersen Corporation

Fort Payne, Alabama, United States

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Not SpecifiedCompensation

Entry Level & New GradExperience Level

Full TimeJob Type

UnknownVisa

Environmental Services, Manufacturing, AutomotiveIndustries

Requirements

Bachelor’s degree in electrical engineering, Computer Engineering, equivalent technical degree, or equivalent experience
Familiarity with embedded systems, control theory, or HMI design (coursework or internships)
Exposure to programming languages such as C, C++, or structured text (IEC 61131-3)
Design and development of Control System applications including generating PLC logic or other mobile controller platforms
Interest in vehicle systems, automation, or industrial controls
Strong problem-solving and communication skills
Willingness to learn and grow in a fast-paced engineering environment
Wiring schematic design capabilities
Ethics and Work Standards: Maintain the highest ethical and work standards
Communication: Expresses thoughts clearly, both orally and in writing, using good grammar; presents concise, well-organized reports in Microsoft Word, PowerPoint, and Excel; listens to understand input, feedback, and concerns; provides complete information openly and honestly; responds promptly and positively
Teamwork and Relationships: Works with other employees willingly and in a spirit of cooperation

Responsibilities

Assist in the design and development of electrical control systems for refuse vehicles
Support the creation and testing of software for vehicle body control functions
Collaborate with senior engineers to build and evaluate system prototypes
Learn and apply industry standards for vehicle safety, reliability, and performance
Participate in troubleshooting and root cause analysis of system issues
Contribute to the development of user-friendly interfaces (UI/UX) for vehicle operators
Document designs, test results, and system configurations
Assist in the design, programming, simulation, and testing of vehicle control systems under the guidance of senior engineers
Collaborate with mechanical engineering teams to understand system requirements and support integration efforts
Learn to develop and test Human-Machine Interfaces (HMI) and control software using industry-standard tools and platforms
Gain exposure to programming languages such as C, C++, structured text (IEC 61131-3), Python, AI coding tools, and Fluid power
Support basic troubleshooting and diagnostics of electrical and control systems
Learn to work with communication protocols like CAN Bus and J1939 through hands-on experience and mentorship
Contribute to the development of control systems that improve vehicle performance and user experience
Assist in ensuring designs meet safety and environmental standards
Apply problem-solving skills to support design reviews, testing, and issue resolution
Communicate effectively with team members and participate in cross-functional meetings
Support troubleshooting efforts for electrical, hydraulic, and pneumatic systems with supervision

Skills

Key technologies and capabilities for this role

PLC ProgrammingHMICC++Structured TextIEC 61131-3PythonEmbedded SoftwareUI/UXFluid PowerCommunication Protocols

Questions & Answers

Common questions about this position

What is the location for this Vehicle Electrical Controls Programming Engineer position?

The position is located in Fort Payne, AL.

What programming languages or skills are required for this role?

Required skills include a Bachelor’s degree in electrical engineering or computer engineering, familiarity with embedded systems or HMI design, and exposure to programming languages such as C, C++, structured text (IEC 61131-3), Python, and experience with PLC logic or mobile controller platforms.

What does the work environment look like for this engineering role?

This is an entry-level position in a collaborative environment where you'll join an innovative engineering team, work with senior engineers on prototypes, collaborate with mechanical teams, and participate in cross-functional meetings.

What education is required for the Vehicle Electrical Programming Control Systems Engineer I role?

A Bachelor’s degree in electrical engineering, computer engineering, equivalent technical degree, or equivalent experience is required.

What makes a strong candidate for this entry-level engineering position?

Strong candidates will have a relevant degree, familiarity with embedded systems, control theory, or HMI design from coursework or internships, exposure to C, C++, or structured text programming, and an interest in vehicle systems.

Andersen Corporation

Specializes in replacement windows and doors

About Andersen Corporation

Renewal by Andersen specializes in replacing windows and doors for homeowners looking to improve their homes. They offer a variety of styles and colors, focusing on high-quality, energy-efficient products. The process begins with a consultation where customers can use an Augmented Reality tool to visualize how different options will look in their homes. After selecting products, precise measurements are taken for a custom fit, and professional technicians handle the installation. This company stands out from competitors by providing a complete service from consultation to installation, ensuring customer satisfaction. Their goal is to enhance the aesthetics, functionality, and energy efficiency of homes while maintaining a strong reputation for quality, as shown by their awards.

Cottage Grove, MinnesotaHeadquarters

1995Year Founded

VENTURE_UNKNOWNCompany Stage

VR & AR, Consumer GoodsIndustries

5,001-10,000Employees

Risks

Rising raw material costs could squeeze profit margins.

Labor shortages may delay project timelines and increase costs.

Emerging smart window technologies could impact market share.

Differentiation

Renewal by Andersen uses Augmented Reality for customer consultations, enhancing decision-making.

The company offers a complete service from consultation to professional installation.

Renewal by Andersen is recognized for high customer satisfaction, winning multiple J.D. Power awards.

Upsides

Increased demand for energy-efficient home improvements boosts market growth.

Expansion into Locust Grove, Georgia, with a $420 million investment enhances capacity.

Growing interest in eco-friendly materials aligns with Andersen's sustainable product offerings.

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