Ohio TechCred Program
Ohio's TechCred Program gives employers the opportunity to upskill current and future employees in today's tech-infused economy. Employers who submit successful applications will be reimbursed up to $2000 per credential when current or prospective employees complete eligible technology-focused credentials.
Hocking College is proud to be a TechCred training provider, offering many stackable industry-approved credentials through the TechCred Program.
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Construction Management: General/Carpentry
(ERT-1100 Surveying Concepts & Blueprint Reading)
This course will focus on how maps and surveys are developed, including how to plot traverses from field notes using heading and distances; how to gather surveying information. Students will gain knowledge about how to appropriately read and comprehend blueprints.
(CMCP-1100 Basic Framing)
Introduction to the carpentry trade and basic framing and layout concepts. Topics also include wood/lumber building materials and terms, proper fasteners, working with adhesives, hand and power tools. Students will also receive instruction on calculating lumber and wood product quantities.
(CMCP-1200 Internal External Finishes)
This course will expose students to wall layout on site, as well as layout and installation techniques for stairs, metal stud framing and drywall. Includes finish stairs, stringers, metal studs, gypsum drywall, fire and sound rated walls, drywall patching and finishing.
(CMCP-2300 Concrete & Rigging)
Introduction to basic rigging, including identification and inspection of common rigging hardware and equipment. Covers synthetic slings, wire rope, chains, shackles, eyebolts and hooks, as well as block and tackle, chain hoists, come-a-longs and jacks. Also an introduction to the properties, characteristics and uses of concrete, including estimated volumes, testing and curing methods.
(CM-2109 Construction Materials Estimating)
This course will provide an introduction to the basic processes and procedures of construction estimating and allow students to gain familiarity with specific estimating documents.
Advanced Manufacturing
The course covers the basic components of an industrial hydraulic system. Class sessions are reinforced with lab exercises.
The course is designed to introduce students to pneumatics as it relates to industrial machinery. Students will learn how and why pneumatic components work, and how to maintain pneumatic systems.
The course introduces new users to the SolidWorks interface, SolidWorks tools and basic modeling techniques. It provides students with a strong understanding of SolidWorks and covers the creation of parts, assemblies and drawings. Every lesson and exercise in the course was created based on a real-world project. Each of these projects has been broken down and developed into easy steps.
(EE-1126 Electricity) This course will provide students with an understanding of AC and DC drives, including basic configuring, operating, maintaining, and troubleshooting using a HIM or HMI.
Students will identify basic components common to industrial drive applications and then observe those components in action by operating a workstation with an AC drive and motor. In addition, students will explore drive function by setting up drive parameters and controlling the speed and direction for a motor. Students will also compare the characteristics of AC and DC drive in various examples of real-world application.
(EE-1140 Programmable Logic Controllers)
This course will provide students with a broad and fundamental understanding of a Programmable Logic Controllers hands-on instruction and industrial type applications of PLCs requiring relay ladder logic control and a study of automated manufacturing and the functions of PLCs in an industrial environment will be provided.
Cybersecurity and Network Systems
Securing data systems is a major ongoing challenge in today's world, and our Cybersecurity and Network Systems degree program can prepare you to enter this exciting and challenging field. There is a growing need for more hands-on experienced professionals.
HVAC
NCCER Core:
Core: Introduction to Basic Construction Skills prepares individuals for entry-level positions on project sites by providing the basics in safety, hand and power tools, construction math, materials handling, construction drawings, rigging and employability skills.
This competency-based program can be used as a pre-apprenticeship program, meets Perkins funding requirements and is recognized throughout the country by the construction industry. The knowledge and skills established in Core are the foundation that successful construction careers are built on.
(CMHV-1100 Basic HVAC)
NCCER Level 1 HVAC training will provide an introduction the HVAC industry, with additional training in the following: Trade Mathematics, Basic Electricity, Introduction to Heating, Introduction to Cooling, Introduction to Air Distribution Systems, Basic Copper and Plastic Piping Practices, Soldering and Brazing, and Basic Carbon Steel Piping Practices.
(CMHV-1200 HVAC Intermediate)
NCCER Level 2 HVAC training includes technical hints and tips from industry experts, and content such as: Alternating current, Compressors, Refrigerants and Oils, Leak Detection Evacuation Recovery and Charging, Metering Devices, Heat Pumps, Basic Maintenance, Chimneys Vents and Flues, Sheet Metal Duct Systems, Fiberglass and Fabric Duct Systems, Commercial Airside Systems, Air quality Equipment, and Introduction to Hydronic Systems.
CMHV-2300 HVAC Advanced
NCCER Level 3 HVAC training continues to build on key HVAC topics, with dedicated modules in the following topics: Fasteners, Hardware and Wiring Terminations, Control Circuit and Motor Troubleshooting, Troubleshooting Cooling, Troubleshooting Heat Pumps, Troubleshooting Gas Heating, Troubleshooting Oil Heating, Troubleshooting Accessories, Zoning, Ductless, and Variable Refrigerant Flow Systems, Commercial Hydronic Systems, Steam Systems, Retail Refrigeration Systems, and Customer Relations.
(CMHV-2400 Advanced II Conservation)
NCCER Level 4 HVAC training will include concentration in the following key concepts: Water Treatment, Indoor Air Quality, Energy Conservation Equipment, Building Management Systems, System Air Balancing, Construction Drawings and Specifications, Heating and Cooling System Design, Commercial and Industrial Refrigeration Systems, Alternative and Specialized Heating and Cooling Systems, and Fundamentals of Crew Leadership.
Welding
(WELD-2121 - Intermediate Welding)
Students will be instructed on the proper set up and safe operation of the SMAW process. Shielded Metal Arc Welding (SMAW) Stick welding will be introduced in all positions. Ferrous and no-ferrous metals will be discussed. Hands-on welding utilizing E6010 and E7018 electrodes on pad of beads, lap joints, tee joints, and butt joints and with sufficient practice attempting the D1.1 Structural Weld Test. Knowledge of a WPS (Welding Procedure Specification) is presented. Students will have an opportunity to show proficiency in all welding positions.
(WELD-2122 Advanced Welding) Upon completion of this course, students will demonstrate the ability to select, prepare, and weld carbon steel. Students will demonstrate the ability to perform and pass a 3G vertical up weld test according to the D1.1 Structural Steel code book, 2015 edition. Upon successful completion of this weld test, students will have the opportunity to complete a third-party weld test.
(WELD-2124: Pipe Welding)
Students will be instructed on the proper set up and safe operations of the pipe welding process involving the D1.1 /ASME Code Book. Pipe welding will be performed according to D1.1/ ASME specifications. This class will teach students how to select and prepare carbon steel pipe to weld in the 6G/45Degree) position. Students will then prepare the testing coupons for destructive testing according to the D1.1 /ASME Code Book. Emphasis is placed on performing a sound weld that will pass visuals and destructive testing
(WELD-2123: Metals and Gasses)
Upon successful completion of this course, students will demonstrate the ability to perform a variety of welding techniques requiring gases or gas shielding for welding, including brazing and soldering. Students will set up, operate and perform GMAW, FCAW, and GTAW processes in various positions.
