For the given job description <<Primary Location: Macon, Georgia
Relocation offered: Yes
Employment status: Full-Time
Travel: 10%
Non-compete: No
The estimated base salary range for this role is $92,380 to $138,580 per year.
Individual pay is based on location, skills and expertise, experience, and other relevant factors
 What does it mean to work at Armstrong? 
It means being immersed in a supportive culture that recognizes you as a key player in Armstrong's future. We are a large company with a local feel, where you will get to know and collaborate with leadership and your colleagues across the company.
By joining us, you'll have the opportunity to make the most of your potential. Alongside a competitive remuneration package, you will receive:
A benefits package including: medical, dental, prescription drug, life insurance, 401k match, long-term disability coverage, vacation and sick time, and many more.
Personal development to grow your career with us based on your strengths and interests.
A working culture that balances individual achievement with teamwork and collaboration. We draw on each other's strengths and allow for different work styles to build engagement and satisfaction to deliver results.
Job Summary: 
Armstrong World Industries, Inc. (AWI) has a job opportunity for an Electrical Engineer to be located at our Ceilings plant in Macon, GA. As the Electrical Engineer you will be responsible for providing engineering and technical services to support the manufacturing equipment, maintenance systems, and production processes. Additionally, you will play a critical role in our lean efforts as we continuously strive to improve our processes and reduce waste. In our fast paced and dynamic environment, you will take on and execute electrical projects and studies of significant importance, scope, and complexity.
Key Responsibilities of the Electrical Engineer:
Providing electrical engineering and technical assistance to the manufacturing plant in terms of equipment, maintenance, and production processes and systemsManaging the plant capital budgetParticipating in identifying and resolving common cause and special cause electrical issues that impact plant reliability and performanceInvestigating manufacturing problems in the plant and recommending corrective actionsDeveloping preliminary concepts and budgetary capital estimates for new electrical products, projects, and improvementsAssisting in andor developing vendor bid packages and final vendor selection for purchased parts and servicesExecuting capital projects, ensuring cost, schedule, and performance goals are met or exceededApplying Precision Maintenance concepts and principalsEducating plant personnel on electrical engineering and technical issues to ensure their knowledge and understandingCoordinating training and start-up activities of new equipment and processesParticipating in Lean efforts, such as kaizen events, where an emphasis is placed on creativity before capital investmentProviding status updates on project progress and issues
Required Qualifications:
Bachelor's degree in Electrical Engineering 5+ years of electrical engineering experience in a manufacturing environmentPLC or HMI programming experience with the Rockwell suite of products ( Allen- Bradly) Demonstrated Project Management skillsExcellent communication skills, including verbal, written, and presentation
Preferred Qualifications:
Database systems, i.e. SQL Server 2012Networked system design and configuration480 VAC power distribution4160V motors and controlsAutoCADExperience with Wonderware application programming and support
Why should you join Armstrong World Industries?
Armstrong World Industries (AWI) is a leader in the design and manufacture of innovative commercial and residential ceiling, wall and suspension system solutions in the Americas. With approximately $1B in revenue, AWI has about 2,800 employees and a manufacturing network of fifteen facilities in North America.
At home, at work, in healthcare facilities, classrooms, stores, or restaurants, we offer interior solutions that help to enhance comfort, save time, improve building efficiency and overall performance, and create beautiful spaces.
For more than 150 years, we have built our business on trust and integrity. It set us apart then, and it sets us apart now, along with our ability to collaborate with and innovate for the people we're here to serve - our customers, our shareholders, our communities and our employees.
We are committed to developing new and sustainable ceiling solutions, with design and performance possibilities that make a positive difference in spaces where we live, work, learn, heal and play. It's an exciting, rewarding business to be in, and we're committed to continue to grow and prosper for the benefit of all of our stakeholders. We hope you join us.
Our Sustainability Ambition
"Bringing our Purpose to Life" - lead a transformation in the design and building of spaces fit for today and tomorrow.
We are committed to:
Engaging a diverse, purpose-driven workforce;Transforming buildings from structures that shelter into structures that serve and preserve the health and well-being of people and planet;Pursuing sustainable, innovative solutions for spaces where we live, work, learn heal and play;Being a catalyst for change with all of our stakeholders; andMaking a positive difference in the environments and communities we impact.
About the location (Macon GA)
Our Macon Plant, one of twelve Armstrong plants in North America, employs over 400 people working on rotating shifts, 247, in the manufacture and shipment of acoustical ceiling tile to Armstrong's customers. Located approximately 85 miles south of Atlanta, the Macon facility has 33 acres under one roof, or 1.5 million square feet of floor space. It is the largest ceiling tile factory in the world. The operations are complex, automated, use the latest modern management technology, and manufacture a wide range of commercial and residential ceiling products.
Macon, also known as the "Cherry Blossom Capital of the World", is in the heart of Georgia and marks a historical crossroads in the south. The city carries with it a rich cultural heritage while creating a strong vision for the future. Macon offers the amenities of a small friendly city with the advantages of a growing community.
Armstrong is committed to engaging a diverse, purpose-driven workforce. As part of our dedication to diversity, AWI is committed to Equal Employment Opportunity and all qualified applicants receive consideration for employment without regard for race, sex, color, national origin, ethnicity, gender, protected veteran status, disability, sexual orientation, gender identity, or religion. We are also committed to providing reasonable accommodations for qualified individuals with disabilities and disabled veterans in our job application procedures. If you need assistance or an accommodation due to a disability, you may contact us at by email at AWI talent acquisition and let us know the nature of your request and your contact information. Requests for accommodation will be evaluated on a case-by-case basis. Please note that only inquiries concerning a request for reasonable accommodation will be responded to from this email address.
Come and build your future with us and apply today!>> the resume: <<ProfileAn Engineer-in-Training (E.I.T) with 5+ years of experience together with a MS. (Environmental Engineering) Degree, M.Sc. Chemical and Process Engineering) Degree, and a B.Sc. (Chemical & Process Engineering) Degree. Experienced in Water and Wastewater engineering designs and calculations, water assets and infrastructure management, storm water management coupled with development of regulatory compliance plans. Possess excellent written and verbal communication, interpersonal and decision making skills.
SkillsStrong technical, communication & Data Analyzing skill, WaterCAD, ArcMap/GIS, AutoCAD & Civil 3D, HECRAS, HEC-HMS
Professional ExperienceAssistant Water Resource Engineer,02/2016to01/1Cushman & Wakefield–West Hills,CA,Conduct storm water performance monitoring of the Rio Grande, Los Alamos and Pueblo Canyons watershed for BDD and Los Alamos National Laboratory (LANL) in an effort to evaluate the storm water quality of the Rio Grande in compliance with the EPA regulations.Analyzes data, prepare reports, planning and technical supports on water treatment plant unit operations to ensure high efficiency of the plant.Conducts field investigation, environmental sampling of Rio Grande which supplies raw water to the treatment plant to obtain data for use in determining sources and methods of controlling the pollutants.Analyzes data and prepares reports to comply with the monthly NPDES permit submitted to the EPA.Performs laboratory experiments on water samples, feasibility studies on improvements of the water treatment operations, treatability studies and solid waste management of the treatment plant.Performs maintenance, calibration, troubleshooting, and repairs of stormwater sampling and monitoring equipment/.Intern,05/2015to08/2015Children's National Medical Center–Washington,,Provided a natural channel design to provide stream stabilization in an effort to protect DC Water sanitary assets (Sewer lines and Manholes) located in Soapstone Creek using ArcGIS, AutoCAD Civil 3D and HECRAS.Analyzed the environmental sustainability of odor control for Potomac Interceptor Sewer pipe using the bio-scrubbers for removal of Hydrogen Sulfide, Mercaptans and Dimethyl-sulfide (DMS).Performed assessment, inspections of main and lateral gravity sewer lines of different sizes using CCTV inspection process and smJessica testing.Conducted cost-benefits analyses and estimation for the Abandoned Sewer under Buildings project.Performed pipe assessments using CCTV inspection videos to estimate the required flowable fill volume for the abandonment process.Worked on several work planning, task scheduling, work progress assessment of different DC Water programs.Graduate Research Assistant,08/2013to12/2015NMT–City,STATE,Team member on a graduate class project on feasibility study for expansion of public water supply for the city of Socorro, New Mexico.Designed the combined Enhanced Coagulation (EC) and Powdered Activated Carbon (PAC) approach that worked best for maximal removal efficiency of 79% for both high and low molecular weight organics in terms with EPA title 40 CFR.Led a team of six graduate students to design a new construction and final closure for an existing bale landfill with alternative cover meeting the existing Part V of Virginia state solid waste management Regulations and Title 40 CFR regulations.Designed an aesthetic Wired-Gabion Channel on expansion and diversion of large watershed obstructing the construction of a modern up-scale gated for city of Socorro, NM.Process/Environmental Engineer,04/2010to06/2013Tomsey Group–City,,NigeriaPerformed engineering calculations, drawings, water distribution system, cost estimation and specifications for water treatment facility designs.Prepared proposals, project reports, and informational brochures on wastewater purifications, water supply demand and other water resource subjects.Developed runoff reduction performance program and likewise designs for water detention facilities, storm drains, flood control facilities and other hydraulic structures.Organized internal and external resources towards the completion of designated capital water programs while collaborating closely with and balancing the requirements of the other departments.Resolved concerns with vendors and/or contractors regarding commencement, execution and completion of construction projects.
Education and TrainingMaster of Science:Environmental Engineering,Expected inDec 2015toNew Mexico Institute of Mining and Technology Obafemi Awolowo University (OAU)-Socorro,NMGPA:Environmental EngineeringMaster of Science:Chemical Engineering,Expected in2015toObafemi Awolowo University-Ile Ife,OsunGPA:Bachelor of Science:Chemical Engineering,Expected in2009toObafemi Awolowo University-Ile IFe,OsunGPA:
SkillsStrong technical, analyzing and communication skillsWaterCAD,
ArcMap/GIS, AutoCAD & Civil 3D, HECRAS, HEC-HMSExperienced in application of the requirements of RCRA, CERLA,
CAA, CWA, NEPA, TSCA, SDWA and OSHA.>>. The result is, 

Fit assessment: Potential Fit