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Course Criteria
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4.00 Credits
This interactive class is designed to empower those who enroll in making manufacturing a viable, competitive force. Students will learn how to reduce lead time, improve quality and understand the various forms of waste in a production system. Additionally, students will discover the secrets to standardizing by learning the five "S's" or what is known as the 5S system. The program is delivered by tackling actual real-life challenges in smaller workgroups to mirror their work team so that students can learn first-hand the nature of group dynamics and facilitating change.
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2.80 Credits
Yellow Belt is the first stage of the Lean Six Sigma learning process. In this program students learn the very basics of the Six Sigma Methodology so that they can act as support staff members to Green, Black, and Master Black Belts or begin their own journey towards a leaner more efficient manufacturing system. Students will become vital team members of an organization's production process. As a Yellow Belt, employees will have the ability to review, analyze and suggest improvements for the Six Sigma methodology.
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4.20 Credits
A Lean Six Sigma Green Belt is a professional who is trained in Lean Six Sigma methodologies and tools and is capable of implementing and sustaining high-impact projects. As a certified Green Belt and change agent, a Green Belt should dedicate 20% of their time to developing improvement initiatives and leading project teams.
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4.20 Credits
The Six Sigma Black Belt is a dedicated professional who is highly trained and experienced in advanced Lean Six Sigma methodologies and tools and routinely works on implementing and sustaining multiple and/or complex high-impact projects in most areas of the organization. As a certified Black Belt and organizational transformation facilitator, a Black Belt should dedicate a third of their time or more to developing improvement initiatives and leading project teams while providing training and mentoring.
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0.80 Credits
Introduces the student to Lean implementation skills that identify and eliminate wastes within the manufacturing and administrative processes of the workplace This eight-hour course focuses on Lean principles and tactics to reduce the cost of safely producing high quality products and services on time, while eliminating non-value adding actions and behaviors. This is a full-day session (including appropriate break sessions) that can be presented in-person or via Zoom platform. All course materials are facilitated by highly qualified individuals, possessing a combination of professional industry experience, certifications and education for engaging interactions and professional facilitation of the course.
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1.00 Credits
Provides training for workers and employers on the recognition, avoidance, abatement and prevention of safety and health hazards in workplaces within the construction industry. Through this training, OSHA helps to ensure that workers become more familiar with construction industry and construction site hazards. The 10-hour class is open to everyone and is recommended for entry level workers in construction: such as helpers, apprentices, construction workers, contractors, trade professionals and journeypersons. This class is taught by an authorized OSHA Trainer and is available in two formats; employer sponsored on-site classes or regularly scheduled classes on campus. Students who successfully complete the course receive their DOL/OSHA-10 Construction wallet card. (Cards are issued by OSHA approximately 8-12 weeks after the course ends.) There are no prerequisites required to take the 10-hour general industry course.
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18.00 Credits
Introduces students to technical information and hands-on experience in basic welding skills, including the interpretation of typical welding drawings and symbols, shop math, measurements and blueprint reading for welders. Emphasis is placed on personal safety and proper use of shop equipment and tools. Students advance to applying technical skills with hands on experience in flat, vertical, horizontal, and overhead position shielded metal-arc (SMAW), gas metal-arc (MIG), and tungsten inert gas (TIG) welding, in addition to other types of welds and joints. This course covers electrode sizes, common flaws, the analysis of operating principles, and the principles of non- fusion welding. Students are able to demonstrate structural welding of steel (AWS D1.1) and have the opportunity to take the American Welding Society (AWS) certification upon successful completion of the course
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33.60 Credits
The Precision Machining and Computer Numerical Control (CNC) Technology program teaches students how to to interpret blueprints, perform shop math calculations, work with precision measurements and measuring tools set-up and complete projects on both traditional lathes and mills as well as Computer Numerical Control (CNC) machines, perform basic and advanced machining operations, and make decisions to ensure that work quality is maintained. The 336-hour curriculum is designed to prepare students for employment in entry-level positions, such as machine setup, operation, and programming while providing the fundamental knowledge and skills required to become an expert Machinist. Students are also taught attention to detail, the ability to work to close tolerances the skills to improve their mechanical aptitude, and how to solve mechanical challenges by working through logical steps. Shop safety, including OSHA-10 Certification Training, and good shop work practices, including routine machine shop maintenance activities are also covered The tuition for the program covers designated reading resources and lab fees and a student tool kit. Customization and industry training options are also available. The complete training is available at the Harrisburg-Midtown 1 Campus. For more information, please contact haccmfg@hacc.edu.
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18.00 Credits
Provides students with essential knowledge and skills needed for effective water treatment operations. This course teaches basic math for calculations and system evaluation, In addition, students explore general chemistry principles and gain a holistic understanding of the water treatment process. Other topics coveres various filtration methods, corrosion control, inorganics and organics removal, chemical addition, and disinfection techniques such as gas chlorination, hypochlorite, UV disinfection, and ozone applications. Students also study the Safe Water Drinking Act and its impact on drinking water quality. This course is designed for individuals with a high high school diploma or equivalency diploma. By the end of the course students are equipped with the necessary knowledge to sit for the relevant Department of Environmental Protection (DEP) licensure certification . exams. For those who complete the certificate course, the Pennsylvania DEP credits those students with experience time to fast-track towards becoming a PA DEP licensed operator.
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10.00 Credits
The High School Welding course introduces school students to technical information and hands-on experience in basic welding skills, including the interpretation of typical welding drawings and symbols, flat vertical, horizontal, and overhead position shielded metal-arc welding, in addition to other types of welds and joints, identification of operating principles, testing and inspections, common flaws, and the principles of non-fusion welding, personal safety and proper use of shop equipment and tools, and math concepts, including whole numbers, common fractions, and basic math formulas associated with welding. Upon completion of the program, the coursework will provide the student with the opportunity to take the American Welding Society (AWS) certification test and/or pursue more advanced welding courses.
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