University of Akron certificate program
Example engineering drawing for castings
Two crucibles pouring molten aluminum into molds
Two furnaces, one containing raw material known as charge, the other containing the resulting molten metal known as melt
Molten aluminum being poured into a mold.
When added to aluminum alloys, titanium and boron adjust the grade and properties to serve a specific purpose.
Compactability, a important property of green sand, being measured by filling a standard tube with sand screened through a 1/4 inch screen.
Illustration of coarse and fine sand demonstrating the amount of green sand permeability, measure of air flow through a sand mass.
Return sand being loaded into storage silos, equipment used in a green sand mold production process.
Shakeout machine used to separate molds from the casting in a green sand system.
A horizontally parted mold with top and side risers used for supplying molten metal to the casting to compensate for shrinkage.
A horizontally parted mold with riser sleeves used to delay solidification of molten metal in a gating and risering system.
A recently cut gear undergoing a surface hardening process then rapidly cooled.
An example of a destructive metallurgical test being performed at a specialize lab
University of Akron certificate program
Example engineering drawing for castings
Two crucibles pouring molten aluminum into molds
Two furnaces, one containing raw material known as charge, the other containing the resulting molten metal known as melt
Molten aluminum being poured into a mold.
When added to aluminum alloys, titanium and boron adjust the grade and properties to serve a specific purpose.
Compactability, a important property of green sand, being measured by filling a standard tube with sand screened through a 1/4 inch screen.
Illustration of coarse and fine sand demonstrating the amount of green sand permeability, measure of air flow through a sand mass.
Return sand being loaded into storage silos, equipment used in a green sand mold production process.
Shakeout machine used to separate molds from the casting in a green sand system.
A horizontally parted mold with top and side risers used for supplying molten metal to the casting to compensate for shrinkage.
A horizontally parted mold with riser sleeves used to delay solidification of molten metal in a gating and risering system.
A recently cut gear undergoing a surface hardening process then rapidly cooled.
An example of a destructive metallurgical test being performed at a specialize lab

Green Sand Molding for Aluminum Foundries Certificate of Completion Program

$1,240.00

The Green Sand Molding for Aluminum Foundries Certificate of Completion Program is a self-paced program covering concepts associated with aluminum melting, casting, green sand system, mold design, and the related heat treat operations and destructive metallurgical testing carried out in aluminum foundries.

The courses in this program cover all necessary material to successfully complete the included Certificate Exam. Upon successful completion of the Certificate Exam, the learner will receive an official Certificate of Completion from The University of Akron.

Final Certificate Exam is included for free with this full program purchase. Alternatively, the Green Sand Molding for Aluminum Foundries Certificate Exam Only may be purchased individually.

Once purchased, each course and the Certificate Exam will be available for 30 days after its launch.

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Program Description

Knowledge of the terminology and fundamental concepts associated with aluminum melting, casting, green sand system, mold design, and the related heat treat operations and destructive metallurgical testing carried out in aluminum foundries is important to successfully cast aluminum components.

The courses in this Green Sand Molding for Aluminum Foundries Certificate of Completion Program cover all necessary material to successfully complete the included Certificate Exam. Alternatively, the Certificate Exam may be purchased individually.

The included Green Sand Molding for Aluminum Foundries Certificate Exam assesses a learner’s knowledge on the equipment, processes, and general terminology associated with aluminum melting and casting foundries. Learners are also tested on the properties, chemistry, casting grades, processes, and common defects associated with casting aluminum components. The topics pertaining to the science of producing quality green sand are also assessed, including the various properties, equipment, processes, process optimization, controlling variables, monitoring, and interpreting data such as common green sand related defects.  Learners are tested on the fundamental terminology used in engineering drawings for casting products along with the design parameters of the mold that impact casting quality. The common concepts and terminology involved in modern heat treating operations, safety tips, and best practices along with the equipment and terminology associated with destructive metallurgical testing are assessed.

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Full Green Sand Molding for Aluminum Foundries Certificate of Completion Program Includes:

Upon successful completion of the included Certificate Exam, the learner will receive an official Certificate of Completion from
The University of Akron.

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What Are Certificate Programs?

THORS eLearning Solutions and The University of Akron (Ohio, USA) have partnered to offer Certificate of Completion Programs in multiple manufacturing disciplines such as Mobility, Mechanical Power Transmission, Metal Castings, Forgings, Engineering Drawings, and Quality. The University of Akron is a known provider of world-class engineering and engineering technology degree programs and a longtime leader in preparing individuals for careers in industry. THORS eLearning Solutions is a designer of highly acclaimed online manufacturing courses with tens of thousands of learners in multiple Fortune 500 companies as well as other manufacturers and educational institutions worldwide.

Each Certificate of Completion Program bundle we offer is made up of a curated collection of courses that can be completed in approximately 15 hours. The courses are developed with the cooperation of subject matter experts from world-class manufacturing companies and insights from renowned individuals across various industry domains. The courses have been designed utilizing robust instructional design practices – they are visually appealing to the modern learner and highly interactive to promote learner engagement. The THORS eLearning Solutions model combines science and industry practice to rapidly increase the Manufacturing IQ® of learners.

What Are the Benefits?

  • Contributes to the professional development of experienced employees
  • Makes manufacturing knowledge accessible to new entrants into industry
  • Supplements current education to those enrolled in the University

These self-paced Certificate of Completion Programs are available to companies and individuals. They allow individuals already working in industry to obtain additional career-focused educational opportunities in highly specific, technical areas. These programs also benefit employers by improving their pool of qualified candidates. For new employees, workforce development will improve by speeding up the learning curve. For existing team members, the programs help by setting a solid foundation of knowledge in their field.

Regional companies, like ELLWOOD Engineered Castings in Hubbard, Ohio, see the value and the impact THORS courses have had on employees.

“My entire workforce is grateful for the introduction and utilization of the THORS training platform,” said Pat Callihan, president of ELLWOOD Engineered Castings and ELLWOOD Aluminum in Hubbard, Ohio. “The retirements of some of our long-tenured and skilled team members make this training all the more critical to ensure the timely production of high-quality products. We look forward to the next step and engaging with The University of Akron to provide our team members with industry specific certifications.”  

The University of Akron has been a longtime leader in preparing individuals for careers in manufacturing with degree programs in Automated and Advanced Manufacturing Technology, Mechanical Engineering, and Mechanical Engineering Technology. The Certificate of Completion Programs help individuals become job-ready in the manufacturing industry. They will also set an individual apart from other candidates.

“This partnership just makes good sense for our students and our manufacturing community,” said Craig Menzemer, dean of the College of Engineering and Polymer Science at UA. “Highly specialized technical skills continue to be in demand by employers. Individuals working in manufacturing in the region or around the world will be able to enhance their skills and further their careers without even leaving home.” 

How Does It Work?

The Certificate of Completion Programs provide a solid foundation with comprehensive coverage on a particular manufacturing discipline that can help job-seekers find employment or pursue new opportunities, help employers speed up new employee onboarding, or help give a competitive edge to existing team members on the job. These programs also will empower individuals, across the globe, to obtain a certificate from a renowned university in the United States.

The Certificate of Completion Programs are packaged per specialty. The courses in each program cover all necessary material to successfully complete the Certificate Exam included in that program. Upon successful completion of the exam, the learner will receive an official University Issued Certificate of Completion.

Step 1

Select and register for one of the Certificate of Completion Programs.

Each Certificate of Completion Program contains courses totaling approximately 15 learning hours. No application or admissions process is necessary as these are noncredit programs. Simply purchase the program of your choice from the Available Programs List and register for access. The learner has two options: A learner can purchase the full Certificate of Completion Program to gain access to all of the necessary courses plus the Certificate of Completion Exam included at no additional charge, OR the learner can purchase each course individually, as needed, and then purchase the Certificate of Completion Exam separately.

Step 2

Successfully complete the courses in the program within 30 days of purchase.

Once purchased, the courses remain available for 30 days. The courses may be taken in any order and need not be completed to obtain access to the included Certificate Exam. However, it is recommended to complete all courses in the order listed to receive the full benefit of the material and have the best opportunity to pass the Certificate Exam.

Step 3

Complete and pass the Certificate Exam within 45 days of purchase.

Upon passing the Certificate Exam, the learner will be awarded their University Issued Certificate of Completion. This certificate will remain available in the learner’s account for download. The Certificate Exam and a list of all courses completed will be listed in the learner’s THORS Academy learner transcript for future reference.

Note: If the learner does not complete the Certificate Exam with a passing score, the learner will get feedback on their performance. To repurchase and attempt the Certificate Exam again, contact support@thors.com for assistance and to receive a discount.

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