Course Descriptions

ARP 294 - Preparation for MD State Safety Inspection Test

Course Objectives:

1. Improve one’s post score on the written test.
2. Demonstrate understanding of the handbook.
3. Use the handbook to find information.
4. Use the Hoppy Vision I headlight aligner.

ARP 732 - Maryland State Inspection Hands-On Test Preparation

Course Objectives:

1. demonstrate the ability to follow headlamp aiming procedures,

2. demonstrate the ability to follow suspension and steering checking procedures,

3. demonstrate the ability to measure and convert brake readings,

4. demonstrate the ability to measure amps in an electrical circuit, and

5. demonstrate the ability to identify exhaust/emission control equipment.

PCA 609 - Windows 7 Professional

Course Objectives:

Upon completion of this course, the students should be able to:
1. prepare for the installation of Windows 7;
2. identify various types of Windows 7 file systems and their components;
3. perform common disk management tasks;
4. setup NTFS security;
5. setup security for shared folders;
6. create and administer various types of local user and group accounts;
7. apply local group policies and manage local group policy objects;
8. implement and administer network printing, manage documents, and administer printers;
9. identify network protocols and services supported by Windows 7;
10. setup, manage, and troubleshoot TCP/IP; and
11. plan and set up an audit policy, including account management auditing and privilege use auditing.

PCA 610 - Windows Server

Course Objectives:

Upon completion of this course, the students should be able to:
1. prepare for the installation of Microsoft Windows Server;
2. apply, maintain, and monitor MS Windows Server and its various services;
3. create and administer domain controllers (Active Directory);
4. demonstrate the ability to backup and restore data using MS Windows Server;
5. create and administer various types of user, group, and computer accounts;
6. setup NTFS security;
7. setup security for shared folders;
8. setup and maintain shared file system resources;
9. setup TCP/IP settings, DNS Servers, DHCP Servers, etc.;
10. implement and administer network printing; and
11. examine and configure disk storage features.

TEC 005 - Basic AutoCAD

Course Objectives:

1. retrieve, save, and manipulate CAD files using basic commands;

2. create and edit two-dimensional engineering drawings using model space; and

3. identify, set, and control basic system variables.

TEC 009 - Design and Technology - Basic Combined Series

Course Objectives:

Upon completion of this course, the students should be able to:

1.  demonstrate the ability to follow safety rules for use of equipment, such as personal protective devices, and machine usage; 2. design a product in 2D using appropriate software; 3. design and model in 3D, using appropriate software; and 4. complete specific fabrication projects using the assigned digital fabricating equipment.

TEC 400 - Introduction to MicroStation Graphics

Course Objectives:

Upon completion of this course, the students should be able to:
1. create 2D drawings using MicroStation software,
2. access and exit MicroStation software,
3. identify and effectively use the various types of menus,
4. create and design cell library files, and
5. plot drawings.

TEC 504 - Autodesk Revit Level I

Course Objectives:

1. locate, identify and use interface,

2. develop the ability to control the drawing management;

3. create and modify walls;

4. edit object display;

5. develop the ability to add windows and doors and identify styles;

6. create details;

7. set dimensions to current standards;

8. create and place spaces, schedules and schedule tags;

9. develop stair railings, railings and stair towers; and

10. create elevations and section views and label.

TEC 610 - Introduction to Blueprint Reading

Course Objectives:

1. read dimensions to find the size of rooms and buildings;
2. develop floor plans;
3. label drawings correctly;
4. measure a scale print with an architectural or engineer scale, and
5. convert English measurements to metric and metric to English.

VOA 061 - 3D Printing from Solidworks

Course Objectives:

1. create 2D drawings in SolidWorks;

2. demonstrate the ability to model, document, and analyze a design in Solidworks®; and

3. demonstrate the ability to export a design to a 3D printer.

VOA 166 - Career Welding - Stick

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to set-up basic welding equipment, 2. perform basic types of welding, 3. identify various steel stock sizes, 4. utilize weld codes, 5. differentiate between types of welding, and 6. prepare for AWS D 1.1 welder certification.

VOA 167 - Career Welding - MIG

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to set-up basic welding equipment, 2. perform basic types of welding, 3. identify various steel stock sizes, 4. utilize weld codes, 5. differentiate between types of welding, 6. perform MIG welding, and 7. prepare for AWS D 1.1 welder certification.

VOA 168 - Career Welding - TIG

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to set-up basic welding equipment, 2. perform basic types of welding, 3. identify various steel stock sizes, 4. utilize weld codes, 5. differentiate between types of welding, and 6. prepare for AWS D 9.1 welder certification.

VOA 556 - Certified Apartment Maintenance Technician with HVAC

Course Objectives:

1. describe the beginning of religions during the Axial Age; 

2. discuss Hinduism and its offshoot religions;

3. discuss Confucianism, Taoism, Zoroastrianism and Judaism;

4. describe Christianity and Islam; and

5. discuss possible futures for each religion.

VOA 559 - Introduction to CAD

Course Objectives:

Upon completion of this course, the students should be able to:
1. recognize and apply standard drafting principles in a CAD environment, 2. apply working knowledge and skills to effectively and efficiently create drawings using AutoCAD, 3. identify and explain the function and purpose of CAD system components, 4. apply basic dimensioning procedures, 5. plot CAD drawings at designated scales, 6. utilize CAD as a precision drafting tool, 7. explain industry CAD practices and standards, and 8. describe the design process and responsibilities of design team members.

VOA 571 - Automated Facilities Technician - Part 4

Course Objectives:

Upon completion of this course, the students should be able to:
1. explain the theory of transmission of motion; 2. demonstrate how to align gears and set backlash; 3. demonstrate how to install and remove a Ringfeder assembly; 4. demonstrate the ability to adjust friction clutches; 5. demonstrate the ability to center the worm and worm gear in a speed reducer for correct tooth contact; 6. explain why speed reduction increases torque; 7. describe  an electromagnetic relay, including  control and power circuit, NO(normally opened) and NC (normally closed); 8. identify AND/OR logic circuits in a relay ladder diagram; 9. construct a logic circuit; and 10. name the steps involved in developing the hardware and software of a simple control system.

VOA 573 - Automated Facilities Technician - Part 6

Course Objectives:

Upon completion of this course, the students should be able to:

1. demonstrate the ability to  read ANSI symbols used in present day circuits; 2. define force, area, pressure, work, and horsepower, and perform calculations in these areas; 3. list the physical properties and the effects of the flow of air or fluids and pressure drop in a system; 4. explain the various laws pertaining to fluids and gases; 5. interpret air and oil circuits that are used in industries; 6. describe the types of components of a variety of blueprint drawings; 7. explain the operations and components of simple machines; 8. demonstrate how to sketch and matchmark assemblies; 9. interpret sheet metal drawings; and 10. demonstrate the ability to link symbols to components they represent in hydraulic and pneumatic systems.

VOA 574 - Automated Facilities Technician - Part I

Course Objectives:

1. define the basic principles of cost-effectiveness throughout the supply chain, 2. identify the four main international security initiative for logistics, 3. identify the main federal safety organizations, 4. describe how to document a quality control problem, 5. identify computer and software systems commonly used in logistics, 6. describe common receiving and transportation documentation, 7. explain safe load procedures including load distribution, 8. describe the most common inventory control systems, 9. explain six key work habits with examples from industry, 10. describe the correlation between good work habits and personal/team/organizational success, and 11. define an ethical dilemma and illustrate with examples from industry.

VOA 575 - Automated Facilities Technician - Part 7

Course Objectives:

Upon completion of this course, the students should be able to:
1. define the basic principles of cost-effectiveness throughout the supply chain, 2. identify the four main international security initiative for logistics, 3. identify the main federal safety organizations, 4. describe how to document a quality control problem, 5. identify computer and software systems commonly used in logistics, 6. describe common receiving and transportation documentation, 7. explain safe load procedures including load distribution, 8. describe the most common inventory control systems, 9. explain six key work habits with examples from industry, 10. describe the correlation between good work habits and personal/team/organizational success, and 11. define an ethical dilemma and illustrate with examples from industry.

VOA 577 - Mechatronics - Part 1

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to troubleshoot mechanical, electrical, computer related issues; 2.discuss the principles of GD &T; 3.evaluate and adopt the concepts of Six Sigma, 5S, Lean, and TPM; 4.apply the principles of  production floor safety; and 5.use the best practices of management and leadership.

VOA 578 - Mechatronics - Part 2

Course Objectives:

Upon completion of this course, the students should be able to:
1. discuss electrical concepts and principles; 2. identify electrical controls, circuits and instruments; 3. describe PLCs; 4. explain  the function of PLC controllers, hardware, and software; 5. identify hydraulic and pneumatic systems; 6. conduct preventative maintenance; 7. identify rigging components; 8. discuss welding  safety including fumes and gas safety; and 9. identify robotics components and safely install components.

VOA 579 - Robotics Technician - Part 1

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to troubleshoot robotic equipment issues, 2.apply the principles of geometric dimensioning and tolerancing, 3.employ OSHA safety standards, 4.implement quality control  techniques, 5.practice best practices of leadership and management, and 6.discuss the basics of design.

VOA 580 - Robotics Technician - Part 2

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate robotic troubleshooting; 2. measure using GDT standards; 3. practice production floor safety; 4. implement quality control techniques; 5. utilize PLC Equipment; 6. explain Electrical, Mechanical, and Fluid Systems; and 7. perform Robot Programming and Maintenance.

VOA 581 - Advanced Welding

Course Objectives:

Upon completion of this course, the students should be able to:
1. perform safety inspection of equipment and accessories; 2. set up and prepare material for welding; 3. demonstrate the ability to adjust machine to desired polarity and amperage setting; 4. demonstrate the ability to make pad welds in 2G, 5G, and 6G positions; 5. demonstrate the ability to make open root plate groove welds 2G, 3G, and 4G; and 6. make complete pipe welds in 2G, 5G, and 6G positions. 

VOA 656 - Advanced HVAC Electricity

Course Objectives:

Upon completion of this course, the student should be able to:

1. identify and explain the operation of a rectifier diode,
2. identify and explain the operation of a transistor,
3. identify and explain the operation of a silicon controlled rectifier,
4. identify and explain the operation of a DIAC,
5. identify and explain the operation of a TRIAC, and
6. identify and explain the operation of a solenoid valve.

VOA 751 - Automated Facilities Technician - Part 3

Course Objectives

Upon completion of this course, the students should be able to:
1. define such terms as resistance, voltage, current, and power; 2. identify and read schematic symbols and diagrams; 3. calculate voltage, current, and resistance using Ohm’s laws; 4. demonstrate the ability to safely and accurately read a voltmeter, ammeter, and ohmmeter; 5. select the proper size wire type of insulation for any wiring job; 6. explain the critical nature of the use of blueprints in industry; 7. retrieve information and interpret that information; 8. demonstrate the ability to scale off dimensions and read basic architectural symbols; 9. demonstrate the ability to read off basic units of measurement of materials and dimensions and readily convert and perform basic math functions; 10. demonstrate the ability to visualize and understand basic architectural views, (plan, elevation, and section); and 11. determine the differences between rendering and orthographic drawings.

VOA 764 - Construction Blueprint Reading

Course Objectives:

Upon completion of this course, the students should be able to:
1. explain the critical nature of the use of blueprints in commercial and residential construction;2. recognize the separate disciplines that are integrated to produce a set of buildable plans; 3. retrieve information, interpreting that information into a building construction; 4. demonstrate the ability to scale off dimensions and read basic architectural symbols with regard to plumbing, HVAC, structural and electrical building systems; 5. demonstrate the ability to read off basic units of measurement of materials and dimensions, readily converting and performing basic math functions needed for construction; 6. identify the materials needed to construct a building from the plans; 7. demonstrate the ability to visualize and understand the basic architectural views; and 8. determine the differences between rendering and orthographic drawings.

VOA 768 - Certified Production Technician - Part 1

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to work in a safe and productive manufacturing workplace, 2. perform safety and environmental inspections, 3. perform emergency drills and participate in emergency teams, 4. identify unsafe conditions and take corrective actions, 5. identify customer needs, 6. set up equipment for the production process, 7. determine resources needed for the production process, 8. set team production goals, 9. coordinate workflow with team members, and 10. perform and monitor the processes to make the product.

VOA 769 - Certified Production Technician - Part 2

Course Objectives:

Upon completion of this course, the students should be able to:
1. employ periodic internal quality audit activities, 2. review the calibration of gauges and other data collection equipment, 3. communicate ideas on continuous improvements, 4. inspect materials and product/processes at all stages to ensure quality, 5. communicate quality problems, 6. perform preventative maintenance and routine repair, 7. monitor indicators to ensure correct operations, 8. perform all housekeeping to maintain production schedule, and 9. recognize potential maintenance issues with basic production systems.

VOA 773 - Fab Lab Design and Print on the Vinyl Cutter

Course Objectives:

Upon completion of this course, the students should be able to:
1. design and create a file using Corel Draw; 2. use transfer film to transfer images for signs or fabrics; 3. demonstrate the ability to cut a design using Versa Works and the Vinyl Cutter; and 4. demonstrate the ability to prototype a display, sign, or custom fabric piece.

VOA 793 - Automated Facilities Technician - Part 2

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate how to use a mobile unit for picking items,
2. demonstrate how to scan items using a mobile unit in the picking process,
3. demonstrate the proper use of totes and carts in the picking process,
4. demonstrate how to log in to the system at the Put Wall,
5. demonstrate how to scan items and transfer them from the totes to the Put Wall tubs,
6. demonstrate how to handle mispicks at the Put Wall,
7. demonstrate how to log in and use a pack station screen,
8. demonstrate how to pack items from the Put Wall tubs into the correct size box, and 
9. demonstrate how to place packed boxes on the conveyor belt.​​​​​

VOA 795 - Automated Facilities Technician - Part 5

Course Objectives:

Upon completion of this course, the students should be able to:
1. define resistance, voltage, current, and power;
2. identify and read schematic symbols and diagrams;
3. calculate voltage, current, and resistance using O​​​hm’s laws;
4. demonstrate the ability to safely and accurately read a voltmeter, ammeter, and
ohmmeter;
5. describe typical wiring configurations for power supplies and input/output cards;
6. identify and edit timer, counter, one-shot, and math instructions;
7. explain what forcing an input/output means; and
8. list types of processor errors and their causes.​

VOA 801 - Commercial HVAC Systems

Course Objectives:

Upon completion of this course, the students should be able to:
1. identify the components of a large commercial cooling system;
2. describe the operation of a chiller/cooling tower/pump system;
3. relate psychometrics, pressure-enthalpy diagrams, and commercial load calculations to commercial air conditioning processes;
4. explain the composition of acceptable air quality;
5. explain the relationship between pressure and temperature;
6. demonstrate the ability to correlate the gas laws as they relate to HVAC; and
7. explain the difference between conduction, convection, and radiation.

VOA 802 - Commercial Control Systems

Course Objectives:

Upon completion of this course, the students should be able to:
1. discuss electronic controls, pneumatic controls and direct digital control (DDC) systems as each applies to a Heating, Ventilating, and Air Conditioning (HVAC) system,
2. demonstrate an understanding of HVAC wiring diagrams,
3. demonstrate the ability to trouble shoot HVAC operation problems, and
4. demonstrate the ability to troubleshoot HVAC installations

VOA 926 - Fundamentals of Welding

Course Objectives:

1. demonstrate appropriate welding safety practices with equipment tools and materials;
2. interpret basic welding symbols and codes and differentiate between the metallurgy of common metal alloys;
3. perform cutting of steel, aluminum and stainless steel with oxy-fuel and plasma cutting equipment;
4. recognize dye penetrant, mag particle, ultrasonic and radiographic welding inspection methods; and
5. perform basic techniques in groove and fillet welds on carbon steel.

VOA 927 - Advanced Shielded Metal

Course Objectives:

1. perform safety inspections of Shielded Metal Arc welding equipment and accessories used in pipe Shielded Metal ARC welding;
2. construct pad welds in 2G, 5G and 6G positions with E6010 and E7018 electrodes;
3. create open root plate groove welds in 2G, 3G and 4g positions with E6010 electrodes;
4. prepare complete pipe welds in 2G, 5G and 6G positions with E6010 and E7018 electrodes; and
5. practice pipe welding techniques to ASME IX Boiler and Pressure Vessel Code standards in the 6G position on carbon steel.

VOA 928 - Intermediate TIG Welding

Course Objectives:

1. perform safe set up of TIG welding equipment;
2. explain the differences in TIG welding on carbon steel, stainless steel, and aluminum;
3. demonstrate fillet and groove welds in all positions on carbon steel, stainless steel, and aluminum; and
4. perform AWS D17.1 certification plates on carbon steel, aluminum, and stainless steel.

VOA 929 - Advanced TIG Welding

Course Objectives:

1. perform safety inspections of welding equipment and accessories;

2. set machinery to desired polarity and current settings;

3. construct pad welds in 2G, 5G, and 6G positions with GTAW;

4. create open root plate groove welds in 2G, 3G, and 4G with GTAW;

5. prepare complete pipe welds in 2, 5G, and 6G positions with GTMAW; and

6. practice pipe welding techniques to ASME IX, Boiler and Pressure vessel Code standards on the 6G position on carbon steel.

VOA 930 - Intermediate

Course Objectives:

1. perform safety inspections of welding equipment and accessories;
2. organize welding equipment and materials for various welding processes;
3. demonstrate fillet welds in all positions on carbon steel material;
4. demonstrate groove welds in all positions on carbon steel material; and
5. perform 3G and 4G positions on 3/8” plate for the welders certification test.

VOA 931 - Advanced MIG Welding

Course Objectives:

1. perform safety inspections of welding equipment and accessories;
2. set machinery to desired polarity, wire speed and voltage settings;
3. construct pad welds in 2G, 5G and 6G positions with GMAW and FCAW;
4. create open root plate groove welds in 2G, 3G and 4G with GMAW and prepare complete pipe welds in 2, 5G and 6G positions with GMAW and FCAW; and
5. practice pipe welding techniques to ASME IX, Boiler and Pressure vessel Code standards on the 6G position on carbon steel.

VOA 932 - Intermediate Shielded Metal Arc Welding

Course Objectives:

1. perform safety inspections of Shielded Metal Arc welding equipment and accessories;
2. demonstrate how to align welding machines to proper polarities and amperage settings;
3. demonstrate fillet and grove welds in all positions on carbon steel; and
4. perform AWS D1.1 Structural Welding Code-Steel welded certification test coupons in 3G and 4G positions on 3/8” plate.

VOA 940 - Machine Tool Short Term Training Part A

Course Objectives:

1. demonstrate proper routine maintenance and safety guidelines for shop work;
2. determine the different views of a drawing and identify various types of lines found on prints;
3. calculate dimensions given in fractions and decimals;
4. operate a computer and navigate basic software applications;
5. explain six key work habits with examples from industry;
6. describe the correlation between good work habits and personal/team/organizational success; and
7. demonstrate the ability to practice manual lathe/mill safety.

VOA 941 - Machine Tool Short Term Training Part B

Course Objectives:

nterpret information found in the title block, notes and other features on a print;
2. determine tolerances on dimensions found on a print;
3. demonstrate the ability to convert dimensions from metric to US standards, solve algebraic equations, and calculate dimensions;
4. calculate various lengths of sides and angles of a right triangle;
5. demonstrate the correct use and care of hand tools;
6. use precision measuring instruments;
7. demonstrate the correct procedure for laying out material for manufacturing;
8. use blueprint reading skills to produce a part to completion; and
9. select the correct tooling necessary to create the part to print specifications.

VOA 942 - Machine Tool Short Term Training Part C

Course Objectives:

1. identify sectional views on a drawing;
2. demonstrate the ability to plot points on the Cartesian Coordinate System;
3. list the advantages of numerical control;
4. describe absolute and incremental positioning;
5. determine maximum material condition and least material condition size of a given feature;
6. explain the Taylor Principle;
7. select the appropriate method to verify that a size feature is within the limits specified by the Taylor Principle;
8. interpret datum reference information to establish a coordinate system on a part and design a setup to manufacture and/or inspect the part;
9. list 14 geometric characteristic symbols;
10. select and use lathe/mill holding devices needed for job requirements; and
11. calculate speeds and feeds needed to produce a part.

VOA 943 - Machine Tool Short Term Training Part D

Course Objectives:

1. demonstrate the ability to manually create a working part program for a CNC machining center;
2. demonstrate the ability to debug a CNC program;
3. identify the three basic machine axis;
4. demonstrate lathe/mill principles including tool positioning;
5. use operations such as turning, grooving, drilling, reaming, and boring;
6. explain the importance of effective communication skills in the job search process;
7. describe the steps in an effective job search campaign; and
8. practice CNC mill safety

VOA 944 - Machine Tool Short Term Training Part E

Course Operations:

1. use CNC software to verify programs,
2. construct chronological and functional resumes of their skills and experience,
3. describe common job interview questions and effective responses,
4. list the basic types of waste that can occur in an industrial operation,
5. describe a product inspection and define quality control,
6. demonstrate comprehension of the ‘FADAL’ machine controls,
7. demonstrate the ability to set-up CNC mill according to the project set-up sheet,
8. demonstrate the ability to load tooling into the CNC mill, and load program into CRT,
9. demonstrate the ability to modify tool offsets to create product to print specifications,
10. test run a program to identify and correct errors, and
11. demonstrate the ability to manufacture a finished part to specifications and inspect.

VOA 945 - Machine Tool Short Term Training Part F

Course Objectives:

1. write a program to machine soft vise jaws;
2. demonstrate the ability to machine soft jaws to accurately locate a work piece;
3. demonstrate the ability to read prints to identify geometric dimensioning and tolerancing requirements;
4. perform first piece inspection using a variety of tools;
5. demonstrate the ability to troubleshoot intermediate problems when parts do not meet specifications;
6. demonstrate the ability to machine parts from materials including aluminum, steel, and plastic; and
7. use a variety of cutting tools including bores, counter sinks, and reamers.

VOA 946 - Machine Tool Short Term Training Part G

Course Objectives:

1. write programs to machine parts to assemble and create a hot air engine;
2. process the job to run on the correct machine and use correct tooling;
3. demonstrate the ability to run the project with a minimum production of five pieces;
4. demonstrate the ability to read prints to identify geometric dimensioning and tolerancing requirements;
5. perform first piece inspection using a variety of tools;
6. demonstrate the ability to troubleshoot advanced problems when parts do not meet specifications;
7. demonstrate the ability to machine parts from materials including aluminum, steel, and plastic; and
8. assemble components and run a hot air engine.

VOA 969 - HVAC Safety, Tools & Methods

involved with basic shop practices. Topics to be covered include hand tools and machines; fittings and components; duct installation; tubing, piping, and fittings; threading pipe; and drill press and post grinder.

Course Objectives:

1. use hand tools and machines;

2. construct fittings and components from sheet metal and fiberglass duct board;

3. demonstrate an understanding of duct installation;

4. use hand tools and machines to thread pipe; and

5. use a drill press and post grinder.

VOA 970 - Basic HVAC Electricity

National Electric Code Book use. Topics to be covered include wiring and construction principles; commercial, industrial,

and residential wiring; the purpose and use of the National Electric Code; and the ‘how’s and why’s’ of basic wiring and

construction.

Course Objectives:

1. demonstrate basic wiring principles;

2. discuss construction principles;

3. use the National Electric Code book for code look-up; and

4. discuss the differences and similarities in commercial, industrial, and residential wiring.

VOA 975 - Fundamentals of Refrigeration

Topics to be covered include the compression refrigeration cycle; the common types of refrigerants and their usage in

applications; system performance; regulations and procedures for refrigerant recovery, recycling, and reclaiming; and tools

and equipment to perform service and installation procedures, such as recovery, evacuating, charging, and leak detection.

Course Objectives:

1. demonstrate an understanding of the compression refrigeration cycle;

2. identify mechanical and electrical components of refrigeration systems;

3. perform various service procedures involving hand tools, equipment, and instruments; and

4. demonstrate an understanding of the regulations, procedures, and equipment that apply to refrigerant recovery,

reclaiming, and recycling that are set by the Environmental Protection Agency.

VOA 976 - Operations and Maintenance for FMP

covered include introduction to operations and maintenance; assessing facility needs; managing/overseeing operations and

maintenance of building, systems, and equipment; managing/overseeing occupant services; selecting the best resources;

and measuring operations and maintenance performance.

Course Objectives:

1. assess the needs of a facility,

2. manage and oversee the operations and maintenance of building systems,

3. select the best resources, and

4. measure operations and maintenance performance.

VOA 977 - Project Management for FMP

be covered include introduction to project management, defining projects, planning projects, managing and overseeing

projects, and closing projects.

Course Objectives:

1. define the characteristics of a project in a project management context,

2. list the steps used in a project management planning process,

3. describe several management techniques to use in overseeing projects,

4. demonstrate the ability to oversee projects, and

5. discuss what procedures to use to close a project.

VOA 978 - Finance and Business Essentials for FMP

covered include finance and business in the facility organization, financial management of the facility organization,

procurement in the facility organization, and contracts in the facility organization.

Course Objectives:

1. identify the finance and business in the facility organization,

2. manage building finances of the facility organization,

3. demonstrate the ability to acquire goods or services, and

4. review contracts in the facility organization.

VOA 979 - Leadership and Strategy Essentials for FMP

leadership to the entire organization. Topics to be covered include how to plan strategically, lead and manage the facility

organization, and provide leadership to the entire organization.

Course Objectives:

1. perform planning strategies,

2. demonstrate the ability to lead and manage a facility, and

3. provide leadership to the entire organization.

VOA 985 - Heating Systems

Course Objectives:

1. explain the three methods by which heat is transferred and note examples;
2. describe how combustion occurs and identify the by-products of combustion;
3. identify the various types of fuels used in heating;
4. identify the major components and accessories of a forced-air furnace and explain the function of each component;
5. demonstrate the ability to state the factors that must be considered when installing a furnace;
6. identify the major components of a gas furnace and describe how each performs; with supervision use a manometer to measure and adjust manifold pressure on a gas furnace;
7. identify the major components of an oil furnace and describe how each performs; and
8. describe how an electric furnace works, and with supervision perform basic furnace preventative maintenance procedures.

VOB 042 - Fab Lab 3D Printer Applications Introduction

Course Objectives:

Upon completion of this course, the students should be able to:
1. demonstrate the ability to follow lab rules and safety procedures;
2. apply principles and applications of software and equipment;
3. import and setup job for machine, using basic operations within SolidWorks and CatalystEX;
4. prepare file and material for machine operation; and
5. complete comprehensive final project.

VOB 044 - Fab Lab CNC Router Applications Introduction

Course Objectives:

1. demonstrate the ability to follow lab rules and safety procedures;

2. apply principles and applications of software and equipment;

3. demonstrate the ability to import and setup job for machine, using basic operations within PartWorks;

4. analyze material characteristics and demonstrate the relationship between input and material finish;

5. prepare file and material for machine operation; and

6. complete a comprehensive final project.

VOB 045 - Fab Lab Laser Cutter Applications Introduction

Course Objectives:

1. demonstrate the ability to follow lab rules and safety procedures;

2. apply principles and applications of software and equipment;

3. import and setup job for machine, using basic operations within Cut Studio and Corel Draw;

4. analyze material characteristics, and demonstrate the relationship between input and material finish;

5. prepare file and material for machine operation; and

6. complete a comprehensive final project.

VOC 044 - Preparation for Refrigerant Recovery Certification

Course Objectives:

1. Interpret clean air act and EPA regulations.
2. Determine recovery requirements.
3. Set up a recovery system.
4. Monitor refrigerant removal.
5. Establish and maintain re covey records.
6. Perform proper disposition of recovered refrigerant.
7. Successfully pass the EPA certification test for recovery technician.

VOC 953 - Comfort Cooling Systems

Course Objectives:

1. demonstrate an understanding of how heat transfer occurs in a cooling system;
2. calculate the temperature and pressure relationships at key points in the refrigeration cycle;
3. demonstrate an understanding of the terms and concepts used in the refrigeration cycle;
4. use temperature and pressure measuring instruments to record readings at key points in the refrigeration cycle while under supervision;
5. identify commonly used refrigerants and demonstrate the procedures for handling these refrigerants;
6. identify the major components of a cooling system and explain how each type works;
7. identify the major accessories available for cooling systems and explain how each type works;
8. identify the control devices used in the cooling systems and explain how each works; and
9. demonstrate the ability to state the correct methods to be used when piping a refrigeration system.

VOC 991 - Refrigerant Recovery Certification Test

VOD 525 - Fab Lab Introduction

Course Objectives:

1.  discuss the history and evolution of the Fab Lab concept,

2.  list basic rules of the Fab Lab,

3.  discuss overall shop safety and specific safety rules for major Fab Lab equipment, and

4.  describe the kinds of materials used with, basic setup, and basic operation of major Fab Lab equipment.