1. Use Balance for quantitative work
2. Use Burettes and volumetric glassware for quantitative work
3. Perform Gravimetric analysis and Color analysis
4. Preparation of solutions
5. Perform Absorption spectroscopy and calibration curve
6. Perform Acid-base titration
7. Demonstrate appropriate knowledge of calorimetry and thermodynamics
8. Demonstrate appropriate knowledge and observation of chemical kinetics
9. Demonstrate appropriate knowledge and observation of equilibrium reactions
10. Demonstrate appropriate knowledge and observation of precipitation and solubility reactions
11. Demonstrate appropriate knowledge and observation of redox chemistry
12. Graphing of data and data analysis of chemical reactions
13. Observe chemical safety procedures and protocols

1. Prepare samples for analysis using separation
2. Prepare samples for analysis using recrystallization
3. Prepare samples for analysis using distillation
4. Prepare samples for analysis using extraction
5. Use basic techniques for single step and multistep organic synthesis
6. Prepare sample analysis by using TLC, GC, HPLC, LCMS, IR and H/C13-NMR
7. Search and record data from spectral database
8. Analysis of unknowns by spectroscopic methods.
9. Chemical Safety

1. Statistical data analysis
2. Analytical balance
3. Volumetric glassware
4. Burettes
5. Solution preparation
6. Gravimetric analysis
7. Volumetric analysis
8. Acid-base and redox titration
9. Atomic absorption (introduction)
10. Voltammetry (introduction)
11. Laboratory report
12. Chemical Safety

1. Solution preparation
2. Analytical balance
3. Volumetric glassware
4. Theory, practice and data analysis of: • Gas and liquid chromatography (GC and HPLC) • Mass spectrometry (LCMS) • Absorption and fluorescence spectroscopy • Nuclear magnetic resonance (NMR) spectroscopy • Atomic absorption spectroscopy (AAS) • Experimental design • Laboratory reports • Chemical Safety

1. Perform protein purification and quantitation
2. Perform gel electrophoresis
3. Observe and record enzyme activity, kinetics and inhibition
4. Perform Immunostains, ELISA (enzyme-linked immunosorbent assay)

Dispose of specimens and laboratory waste in accordance with SOP, regulatory agencies and protocol requirements.

1. Demonstrate knowledge of handling procedures and precautions for chemical, biological and radiological materials.
2. Demonstrate knowledge of facility safety plan and location of MSDS sheets.
3. Use of protective equipment, chemical showers, eyewash stations and fire extinguishers.
4. Demonstrate consistent and appropriate hand-washing techniques.

1. Knowledge of Chain of Command
2. Notify appropriate authorities of theft, inappropriate, unethical or unsafe behavior based on employer code of conduct/ethics

Provides an overview of the electrical trade and discusses the career paths available to electricians.

Covers safety rules and regulations for electricians. Teaches the necessary precautions to take for various electrical hazards found on the job. Also covers the OSHA-mandated lockout/tagout procedure.

Offers a general introduction to the electrical concepts used in Ohm’s law applied to DC series circuits. Includes atomic theory, electromotive force, resistance, and electric power equations.

Introduces series, parallel, and series-parallel circuits. Covers resistive circuits, Kirchoff’s voltage and current laws, and circuit analysis.

Provides a navigational road map for using the NEC®. Introduces the layout of the NEC® and the types of information found within the code book. Allows trainees to practice finding information using an easy-to-follow procedure.

Covers the hardware and systems used by an electrician to mount and support boxes, receptacles, and other electrical components. Covers NEC® fill and pull requirements for device, pull, and junction boxes under 100 cubic inches.

Provides an introduction to conduit bending and installation. Covers the techniques for using hand-operated and step conduit benders, as well as cutting, reaming, and threading conduit.

Introduces the types and applications of raceways, wireways, and ducts. Stresses the appropriate NEC® requirements.

Focuses on the types and applications of conductors and covers proper wiring techniques. Stresses the appropriate NEC® requirements.

Focuses on electrical prints, drawings, and symbols. Teaches the types of information that can be found on schematics, one-lines, and wiring diagrams.

Covers the electrical devices and wiring techniques common to residential construction and maintenance. Allows trainees to practice making service calculations. Stresses the appropriate NEC® requirements.

Focuses on proper selection, inspection, and use of common electrical test equipment, including voltage testers, clamp-on ammeters, ohmmeters, multi-meters, phase/motor rotation testers, and data recording equipment. Also covers safety precautions and meter category ratings.

Focuses on forces that are characteristic of alternating-current systems and the application of Ohm’s law to AC circuits.

Covers AC and DC motors, including the main components, circuits, and connections.

Introduces the basic principles of human vision and the characteristics of light. Focuses on the handling and installation of various types of lamps and lighting fixtures.

Covers all types of bends in all sizes of conduit up to 6 inches. Focuses on mechanical, hydraulic, and electrical benders.

Driven by the NEC®. Explains how to select and size pull boxes, junction boxes, and hand holes.

Covers the transportation, storage, and setup of cable reels; methods of rigging; and procedures for complete cable pulls in raceways and cable trays.

Focuses on NEC® installation requirements for cable tray, including cable installations.

Describes methods of terminating and splicing conductors of all types and sizes, including preparing and taping conductors.

Focuses on the purpose of grounding and bonding electrical systems. Thoroughly covers NEC® requirements.

Describes fuses and circuit breakers along with their practical applications. Also covers sizing.

Gives basic descriptions of various types of contactors and relays along with their practical applications.

Explains how to calculate branch circuit and feeder loads for various residential and commercial applications.

Covers the various factors involved in conductor selection, including insulation types, current-carrying capacity, temperature ratings, and voltage drop.

Covers specific types of incandescent, fluorescent, and HID lamps, as well as ballasts, troubleshooting, and various types of lighting controls.

Covers the NEC® requirements for equipment installed in various hazardous locations.

Explains how to size and select circuit breakers and fuses for various applications. Also covers short circuit calculations and troubleshooting.

Discusses switchboards and switchgear, including installation, grounding, and maintenance requirements.  This module includes blueprints.

Discusses transformer types, construction, connections, protection, and grounding.

Covers the components, installation considerations, and NEC® requirements for various commercial services.

Covers calculations required to size conductors and overcurrent protection for motor applications.

Covers installation, termination, and testing of various voice, data, and video cabling systems.

Provides information on selecting, sizing, and installing motor controllers. Also covers control circuit pilot devices and basic relay logic.

Topics include basic calculation procedures for commercial and residential applications.

Covers the installation of electric circuits in health care facilities, including the requirements for life safety and critical circuits.

Explains the NEC® requirements for electric generators and storage batteries.

Explains the function and operation of basic electronic devices, including semiconductors, diodes, rectifiers, and transistors.

Covers fire alarm control units, Digital Alarm Communicator Systems (DACS), wiring for alarm initiating and notification devices, and alarm system maintenance.

Covers various types of transformers and their applications. Also provides information on selecting, sizing, and installing these devices.

Discusses applications and operating principles of solid-state controls, reduced-voltage starters, and adjustable frequency drives. Also covers basic troubleshooting procedures.

Provides a basic overview of HVAC systems and their controls. Also covers electrical troubleshooting and NEC® requirements.

Covers various heat tracing systems along with their applications and installation requirements.

Covers motor cleaning, testing, and preventive maintenance. Also describes basic troubleshooting procedures.

Offers an overview of the NEC® and cable manufacturers’ requirements for medium-voltage terminations and splices.

Describes the NEC® requirements for selecting and installing equipment, enclosures, and devices in various special locations including places of assembly, theaters, carnivals, agricultural buildings, marinas, temporary installations, wired partitions and swimming pools.

Teaches the basic leadership skills required to supervise personnel. Discusses principles of project planning, scheduling, estimating, management, and presents several case studies for student participation.

Identifies the need for alternative energy development. Describes the contributions and potential of individual alternative energy sources. Also covers the present U.S. electrical grid and issues affecting specific alternative energy source tie-in and reliability.

Describes solar photovoltaic (PV) power and how it is harnessed. Identifies the advantages and disadvantages of solar energy. Discusses the past, present, and future of solar energy, as well as solar PV applications.

Describes wind power and how it is harnessed. Identifies the advantages and disadvantages of wind energy. Discusses the past, present, and future of wind energy, as well as wind energy applications.

Covers grounding and bonding of electrical systems. Discusses NEC® regulations pertaining to grounding and bonding. Covers equipment and devices used for grounding and bonding, including their methods of installation. Explains power quality, along with the causes and effects of poor power quality.

Introduces the basic ideas of digital electronics. Presents gates, combination logic, and truth tables. Addresses memory devices, counters, and arithmetic circuits as well as the numbering systems commonly used in digital systems.

Introduces PLCs and their uses in industrial control. Includes hardware components, applications, communications, number systems, and programming methods.

Surveys DCS technologies, including an overview of their development. Discusses key components, fieldbuses, servers, and human-machine interfaces. Also introduces maintenance and the increasingly important aspect of DCS security.

Provides front-line supervisors with sustainable construction management techniques as they relate to targeted construction-phase LEED points for their projects. Topics include project sustainability goals, Green building materials and technologies, and Green building methods and processes.