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From Home Human Systems Engineering Jobs in Rome, GA

Prepares test reports, system documents and and/or closing reports for assigned engineering ... Home, Pergo, and Quick-Step. During the past decade, Mohawk has transformed its business from an ...

Prepares test reports, system documents and and/or closing reports for assigned engineering ... Home, Pergo, and Quick-Step. During the past decade, Mohawk has transformed its business from an ...

... Engineering staff in ensuring the electrical components, equipment, and systems are designed ... Must be able to manage projects from concept to implementation Must interface well with vendors and ...

... engineering, or automation design experience * Experience designing electrical control systems and automation solutions from concept through implementation * Strong experience developing electrical ...

Sr. Industrial Engineer

Adairsville, GA · On-site

$36.75 - $50.25/hr

Executes engineering projects by implementing project scopes, plans and timelines; collecting data ... LOW) is a FORTUNE ® 100 home improvement company serving approximately 16 million customer ...

... engineering, or automation design experience * Experience designing electrical control systems and automation solutions from concept through implementation * Strong experience developing electrical ...

... engineering, or automation design experience Experience designing electrical control systems and automation solutions from concept through implementation Strong experience developing electrical ...

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Showing results 1-20

From Home Human Systems Engineering information

See Rome, GA salary details

$53.5K

$127.3K

$167.1K

How much do from home human systems engineering jobs pay per year?

As of Jun 26, 2026, the average yearly pay for from home human systems engineering in Rome, GA is $127,273.00, according to ZipRecruiter salary data. Most workers in this role earn between $98,000.00 and $157,100.00 per year, depending on experience, location, and employer.

What is the difference between From Home Human Systems Engineering vs From Home Industrial Engineering?

AspectFrom Home Human Systems EngineeringFrom Home Industrial Engineering
CredentialsBachelor's or higher in Human Factors, Ergonomics, or related fieldsBachelor's or higher in Industrial Engineering or related disciplines
Work EnvironmentRemote, often involving user research, usability testing, and system designRemote, focusing on process optimization, workflow analysis, and efficiency improvements
Industry UsageHealthcare, tech, aerospace, and user-centered design firmsManufacturing, logistics, consulting, and service industries

From Home Human Systems Engineering and From Home Industrial Engineering share similarities in remote work settings and requiring related technical credentials. However, Human Systems Engineers focus on designing systems that optimize human interaction and usability, while Industrial Engineers concentrate on improving processes and efficiency. Both roles are vital in their industries but serve different core functions.

What is From Home Human Systems Engineering?

From Home Human Systems Engineering refers to the application of human systems engineering principles while working remotely. Human Systems Engineering focuses on optimizing the interactions between people, technology, and environments to improve performance and well-being. When done from home, professionals in this field use digital tools and virtual collaboration to analyze, design, and enhance systems for remote teams or organizations. This role often involves ergonomics, user experience, workflow optimization, and change management tailored to remote settings.

What are the key skills and qualifications needed to thrive as a Work-from-Home Human Systems Engineer, and why are they important?

To excel as a Work-from-Home Human Systems Engineer, you typically need a background in human factors, systems engineering, or a related field, alongside strong analytical and problem-solving skills. Familiarity with tools such as human reliability analysis software, usability testing platforms, and proficiency in systems modeling (e.g., UML, SysML) is often required. Outstanding communication, collaboration, and self-motivation are crucial soft skills for remote work and effective cross-functional teamwork. These competencies ensure that engineered systems are user-friendly, efficient, and safe while supporting seamless coordination in a virtual work environment.

What are some common challenges faced by remote Human Systems Engineers, and how can they be addressed?

Remote Human Systems Engineers often encounter challenges such as collaborating effectively with multidisciplinary teams, maintaining clear communication, and ensuring user feedback is accurately captured without in-person observation. To address these issues, professionals utilize collaborative digital tools, establish regular virtual meetings, and rely on remote usability testing platforms to gather data. Staying proactive in communication and leveraging technology for user research can help maintain the quality of human-centered design while working from home.
What are popular job titles related to From Home Human Systems Engineering jobs in Rome, GA? For From Home Human Systems Engineering jobs in Rome, GA, the most frequently searched job titles are:
What job categories do people searching From Home Human Systems Engineering jobs in Rome, GA look for? The top searched job categories for From Home Human Systems Engineering jobs in Rome, GA are:
What cities near Rome, GA are hiring for From Home Human Systems Engineering jobs? Cities near Rome, GA with the most From Home Human Systems Engineering job openings:
Infographic showing various From Home Human Systems Engineering job openings in Rome, GA as of June 2026, with employment types broken down into 86% Full Time, 13% Part Time, and 1% Contract. Highlights an 91% Physical, 2% Hybrid, and 7% Remote job distribution, with an average salary of $127,273 per year, or $61.2 per hour.

Other

Posted 19 days ago


Job description

CTAE Engineering Teacher

Division / Department:  CHS School Site Evaluation Instrument: GaLEADS Pay: CCS Certified Salary Schedule & CTSO Supplement (if applicable) Pay Type: Salary/Exempt Retirement: TRS Contract Work Year: 10 Months Reports to: CHS Principal / Director of College and Career Programs

MINIMUM QUALIFICATIONS:

Education and Experience: Must hold a current Georgia teaching certificate or meet the professional qualifications as outlined in the District Improvement Plan (DIP).

Physical Activities: Routine physical activities that are required to fulfill job responsibilities.

Knowledge, Skills & Abilities: Excellent written and oral communication skills, use of instructional technology and strategies, classroom management skills, excellent organizational skills.

GOAL:

This position provides quality standards-based instruction in the content area; assesses and encourages student progress, manages an effective learning environment to maximize student achievement, and ensures that students gain appropriate knowledge and skills about the industry and are prepared for career and post-secondary opportunities.

REPRESENTATIVE DUTIES & RESPONSIBILITIES:

  • Accounts for student attendance and punctuality.
  • Adheres to all state guidelines required for the implementation of a successful program.
  • Assesses and provides for differentiation to assure student progress while managing the learning environment.
  • Assures security and accountability for classroom equipment and supplies.
  • Attends school-level, district-level, and state-specific professional learning activities as directed.
  • Completes reports, documentation, duties, and other assignments in a prompt and professional manner.
  • Complies with state and system-level regulations and policies; including the rules of the Professional Standards Commission Code of Ethics for Educators.
  • Demonstrates prompt and regular attendance.
  • Establishes and maintains industry and post-secondary connections to promote/encourage students' participation in continuing education opportunities; including Dual Enrollment and Articulation Credit Programs.
  • Engages, conducts, and documents meeting minutes of an active local CTAE Workforce Development Advisory Committee for the curriculum area's career-related activities support.
  • Facilities and coordinates a rigorous curriculum with career-related instruction.
  • Facilities communication between school and home by such means as holding conferences, telephoning, and sending written communications.
  • Integrates appropriate technology into classroom instruction.
  • Maintains class discipline to provide a proper learning environment in the lab and/or classroom.
  • Maintains professional development competence through ongoing educational and professional development training, as required for certification.
  • Maintains prompt and professional communication with students, parents, colleagues, and school leadership.
  • Makes industry connections to promote service-learning, cooperative education, and work-based learning opportunities for students; utilizes advisory committees for regular input.
  • Manages and maintains the program's assigned facilities, equipment, software, and supplies, including accurate inventory. 
  • Models enthusiasm for the subject area and demonstrates current innovations in the industry, including competition within the global economy.
  • Provides adequate information, plans, and materials for substitutes.
  • Provides a classroom environment which promotes active learning in the subject area.
  • Provides content-related and appropriate instruction based on state and local curriculum through a combination of classroom, laboratory, and co-curricular experiences. 
  • Provides community-based instruction and projects based on program guidelines and requirements.
  • Shows initiative and assumes responsibility for all aspects of job responsibilities.
  • Sponsors/infuses co-curricular student organization (CTSO) experiences to students in the program for the purpose of leadership development, advanced technical skills attainment, workforce readiness preparation, and college career-readiness studies.
  • Utilizes a variety of teaching strategies and resources appropriate for students assigned to the teacher.
  • Performs other duties and responsibilities as assigned by supervisors.

ESSENTIAL DUTIES:

Job descriptions are designed and intended only to summarize the essential duties, responsibilities, qualifications, and requirements for the purpose of clarifying the general nature and scope of a position's role as part of the overall organization. Job descriptions do not list all tasks an employee might be expected to perform, and they do not limit the right of the employee (supervisor to assign additional tasks or otherwise to modify duties to be performed - even if seemingly unrelated to the basic job. Every employee has a duty to perform assigned tasks. It should also be noted that the order of duties/responsibilities as listed in the job description is not designed or intended to rank the duties in any order of importance relative to each other. 

MINIMUM REQUIREMENTS:

In filling a vacant position, preferred or required credentials regarding education, training, experience, and other bona fide occupational qualifications may be established. The credentials shown in this job description may be interpreted only as the minimum qualifications and criteria may be utilized as needed in the selection process.

CTAE Program Area: Engineering  Primary Function: The Engineering teacher provides standards-based instruction in Engineering and related content areas to ensure that students gain appropriate knowledge and skills about the industry and are prepared for career and post-secondary opportunities.  Additional Functions:

Completes the requirements to obtain and maintain Engineering 

Education certification when deemed appropriate. 

Spends a minimum average of 10 hours per month (or amount equivalent to state extended day pay) beyond the hours required of non-supplemented teachers in instructional (co-curricular) activities with Engineering Education or CTSO students or in collaborative meetings and events.  

Completes additional days of career-related instructional training that may include, but are not limited to the following activities:  

  • Regional, State, and National CTSO Conferences and Competitions
  • Georgia Association for Career and Technical Education (GACTE) Summer Conference
  • Georgia CTAE Resource Network Professional Learning
  • Industry Certification Trainings 
  • Business Externship 
  • LEAD CTAE Professional Development