Advanced Manufacturing programs including: Precision Machining Levels 1 & 11, Industrial Maintenance Technology Program, Robotics, Additive Manufacturing (3DPrinting), SMAW, MIG/TIG, and Pipe Welding, Forklift Training, AutoCAD 2D, 3D, and more.
Classes are typically set up in an open enrollment fashion with specific schedules, but Western Maryland Works also recognizes that our training programs may need to accommodate your work schedules and timelines, so we deliver training when you want it. Customized solutions can be tailored to meet the needs of your organization. In today’s global market, the quality and productivity of your team may mean the difference between growth and stagnation. By enhancing the skills of your employees, you create a high-performance environment.
With over $3.5 million in high-tech training equipment, Western Maryland Works is comprised of over 33,000 square feet of instructional labs, classrooms, collaborative areas, and staff offices.
(MMT101-MMT108): Learn both Manual and Computer Numerical Control (CNC) Machine Tool Technology with extensive hands-on and computer-based training at Western Maryland Works facility at 37 Lane Avenue. The 720- hour entry level series is designed to prepare students to become well- rounded entry level manual and CNC Machinists with upward mobility potential. The classes are predominantly hands-on training. College credit is not awarded for this program, rather it is designed around industry recognized credentials based on skills needed for a career in manual and CNC machining and manufacturing. Students will have the opportunity to earn up to 13 NIMS (National Institute of Metalworkers) Credentials. For more information on the National Institute for Metalworking Skills (NIMS), please visit: https:// www.nims-skills.org
Take your Machinist Training to another Level. The 720- hour Level 2 NIMS Journey Level) hands-on training will take you through CNC Lathe II; CNC Mill II; Drill Press II; EDM II (2-AXIS Wire); EDM II (Plunge); Grinding II (Cylindrical); Grinding II (Surface); Milling II; Turning Between Centers II; and Turning II (Chucking). For more information on the National Institute for Metalworking Skills (NIMS), please visit: https:// www.nims-skills.org
In our welding lab, safety is our NUMBER one priority! Leather welding gloves, protective eyewear, welding helmet and welding jackets must be worn throughout the course. Please also wear appropriate clothing to class every night to ensure your safety. Proper clothing includes long pants or jeans with no holes or frays, a long sleeve shirt, and work boots- please, no tennis shoes.
Shielded Metal Arc Welding (VTE711) This 80 hour course will provide participants with a thorough, technical understanding of shielded metal arc welding, welding safety, power sources (AC and DC), electrode classifications, and electrode selection (E6010 & 7018). It also provides training to develop the skills necessary to make quality shielded metal arc welds in all positions (flat, horizontal, vertical up, and overhead) on mild 3/8 inch steel. Single and multiple passes using mild steel, low hydrogen, and iron powder electrodes will be covered. Upon successful completion, the student should be able to perform production welding, millwright work, and general maintenance welding. To certify, trainees must complete an additional 40-hour welding course in preparation for the following skills tests: fillet and groove welds done in the flat, horizontal, vertical, and overhead positions (visual inspection and AWS guided bend tests performed by an independent CWI).
Shielded Metal Arc Certification (VTE714) This 40-hour course will provide training for experienced and trained welders in preparing for certification testing in the shielded metal arc welding process. Test certification will be performed on 3/8 inch steel plate. You will prepare to test in two positions: vertical up and overhead passes. You will also practice welding on test plates to prepare for the final testing. All certification testing will be performed by a Certified Welding Inspector under American Welding Society (AWS) welding specifications and procedures.
MIG/TIG Welding (VTE748) This 40-hour intermediate course is for the welder with basic welding experience. You will train in welding safety, gas metal arc welding (GMAW-MIG), and gas tungsten arc welding (GTAW-TIG) processes. The course includes metal arc transfers of short-circuiting, globular, spray arc, and power mode. Also included is instruction in how various shielding gases affect gas metal arc and gas tungsten arc welding. Hands-on experience will be dedicated to welding on basic carbon steel using edge, corner, lap, and fillet welds in all positions. Welding is limited to regular thin, flat material and does not include thick plate, pipe, or other irregular shapes.
MIG/TIG Certification (VTE854) This 40-hour course will provide training for experienced and trained welders in preparing for certification testing in gas metal arc welding (GMAW-MIG) and gas tungsten arc welding (GTAW-TIG) processes. Test certification will be performed on 3/8 inch carbon steel plates in vertical and overhead positions. Hands-on experience will include practicing on test plates in preparation for final testing. All certification testing will be performed by a Certified Welding Inspector under American Welding Society (AWS) standards.
Pipe welding (Coming soon)
Maintenance Operations (IMT100) Participants completing 120-hours of knowledge and technical skills training will be eligible to participate in industry-recognized credentials through the National Institute of Metalworking Skills (NIMS). Certification validates the individual practices and adheres to Maintenance Operation’s Safety, Health and environmental rules and regulations; validates student’s skills in Machine Operation and Monitoring, Interpreting machine operations and maintenance documentation, Machine Maintenance Procedures Performance, Preventative maintenance Performance; Predictive Maintenance Performance, Technical drawing, and Selection and safe use of proper hand tools and Systems Troubleshooting Methodologies.
Basic Mechanical Systems (IMT200) Participants completing 100-hours of knowledge and technical skills training will be eligible to participate in industry-recognized certification through the National Institute of Metalworking Skills (NIMS). Certification validates the individual practices and adheres to mechanical power- transmission safety procedures; effectively uses dimensional measurement tools; installs and aligns power- transmission systems; installs, aligns and adjusts gear drives and pillow block bearings; and properly lubricate machines in accordance with maintenance schedules. Instruction is comprised of e-learning modules, classroom lectures, and hands-on activities. Participants will have access to classroom computers utilizing Amatrol’s e-Learning software.
Basic Hydraulic Systems (IMT300 & IMT 301) Participants completing 110-hours of knowledge and technical skills training will be eligible to participate in industry-recognized certification through the National Institute of Metalworking Skills (NIMS). Certification validates the individual practices and adheres to fluid power system safety procedures; comprehends hydraulic systems; interprets fluid power schematics; conducts fluid pressure adjustments; maintains hydraulic filtering systems; installs hydraulic conductors; and installs, tests, and troubleshoots components in a hydraulic circuit. Participants will have access to classroom computers utilizing Amatrol’s e-Learning software.
Basic Pneumatic Systems (IMT400) Participants completing 80-hours of knowledge and technical skills training will be eligible to participate in industry-recognized certification through the National Institute of Metalworking Skills (NIMS). Certification validates the individual practices and adheres to pneumatic system safety procedures; modifies pneumatic system branch operating pressure utilizing pneumatic regulators; capable of servicing a pneumatic filter and lubricator; installs pneumatic conductors; operates a reciprocating air compressor; adjusts operating pressure accordingly; and installs, tests, and troubleshoots components in a pneumatic circuit. Participants will have access to classroom computers utilizing Amatrol’s e-Learning software.
Electrical Systems (IMT501 & IMT502) Participants completing the 180 hours will be eligible to earn industry recognized certifications from the National Institute of Metalworking Skills (NIMS). The certification will validate that an individual has the skills and knowledge of electrical power safety rules; to interpret electrical control and power schematics; to adjust limit switches and electronic systems; to measure voltage, current and resistance in an electrical circuit; to select, install and test fuses and circuit breakers; to install and test AC and DC electric motors; to install and test electrical relay, electro-fluid and electrical motor components and circuits; to test repair machine electrical grounds; to troubleshoot a solenoid-operated fluid power relay control circuit; to test and replace transformers; and to replace electrical control wiring using either terminal or solder attachments.
Electronic Control Systems (IMT601 & 602) Participants completing this 180-hour training program will be eligible to earn industry-recognized certification from the National Institute of Metalworking Skills (NIMS). The certification will validate that an individual has the skills and knowledge to apply electronic power and control systems safety rules; to connect and test a DC power supply; to install and test a solid-state relay; to install and test analog electronic sensors and signal conditioning equipment; to install and operate an AC variable frequency volts-to-hertz motor drive system; to connect and transfer programs to a PLCX using a PC; and to create a basic PLC ladder system program, and troubleshoot, install and test basic PLCs and PLC components.
Process Control Systems (IMT700) Participants completing this 70-hour program will be eligible to earn industry- recognized certification from the National Institute of Metalworking Skills (NIMS). The certification validates that an individual has the skills and knowledge to apply PCS safety rules, to process control nomenclature and documentation; to calibrate and test analog sensors and control elements; and to install and operate a basic controller (single/basic process single loop system).
Maintenance Welding (IMT800) Participants completing this 100-hour program will be eligible to earn industry- recognized certification from the National Institute of Metalworking Skills (NIMS). The certification validates that an individual has the skills and knowledge to Maintenance Welding Safety, health, and environmental rules and regulations; Safety data sheets, Technical Documentation's, Acetylene Torches for cutting steel, Welding concepts, SMAW welders for basic welds on flat stock, GMAW welders for basic welds on flat stock, Plasma Cutters for cutting flat stock.
Maintenance Piping (IMT900) Participants completing this 80-hour program will be eligible to earn industry- recognized certification from the National Institute of Metalworking Skills (NIMS). The certification validates that an individual has the skills and knowledge to apply piping system safety rules; Interpret basic piping schematics; Identify and select correct material, Demonstrate efficiency in Measurement and preparations; and correctly install Piping Systems.
FANUC Robotics CERT Training (ROB101 & ROB102) Handling Tool Operation and Programming (ROB101) Allegany College of Maryland has partnered with FANUC America to offer Certified Education Robotics Training (CERT) leading to industry-recognized credentials through the National Occupational Competency Testing Institute (NOCTI). ACM’s state-of-art CERT Robotics Laboratory at Western Maryland Works Advanced Manufacturing Training Center is equipped with fully operational FANUC robots with designated teach pendants for both robot operation and programming. Participants will have access to classroom computers utilizing FANUC’s Robotics ROBOGUIDE simulation software. Instruction is comprised of e-learning modules, classroom lectures, and hands- on activities. This workforce development course is approximately 120 hours.
For questions about Western MD Works please contact Sue Hartman at 301.784.5236
