Basic Soldering | 32 Hours |
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The Basic Soldering Course is modularized curriculum that can be customized to fit your company requirements. Training modules include component identification, electrostatic discharge, tools and equipment, materials, preparing to solder, wires and terminals, through-hole soldering, SMT soldering, localized cleaning, and basic through-hole and SMT rework. |
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J-STD-002 – 006 | 16 Hours |
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The class provides an in-depth review of the four (4) IPC standards covering the requirements and methodologies for solderability testing of printed circuit boards, electronic component leads, wires and various termination types. The class also provides an overview of the general requirements for the classification and characterizations of fluxes and solders pastes used in the electronics manufacturing industry. In addition to the previous topics, the course will cover the nomenclature,
requirements and test methods for electronic grade solder alloys; for fluxed and non-fluxed bar, ribbon, and powder solders, for electronic soldering applications; and for ‘‘special’’ electronic grade solders. Students will receive an EEI Certificate of Completion. |
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ESD Awareness and Prevention | 4 Hours |
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The trainee will receive lecture and demonstrations on causes and effects of static electricity, electrostatic discharge and electrical overstress. Proper handling, storage and transportation procedures for electronic assemblies including personal grounding for seated and standing operations, monitoring of wrist straps, and methods of preventing electrostatic discharge damage will also be discussed. In addition, ESD failure models are covered to define the effects of ESD and why prevention is essential. Students will receive a certificate of completion from EEI. |
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Wave Solder 101 | 16 Hours |
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Wave solder classes are conducted with emphasis on process control and heat management. In this comprehensive hands on course, the student will learn how to correctly and safely set up the wave solder machine, establish correct parameters for the PWB's to be soldered, and perform preventative maintenance. Solder defects and causes will be discussed in great detail. |
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Component Identification | 8 Hours |
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The training program explains the function of active and passive electronic components, reviews the basic through-hole and surface mount assembly process, and covers component part numbers, bill of materials, component reference designators, markings and orientation. |
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MSFC/NASA 8739.1 Staking and Conformal Coating Certification Course | 32 Hours |
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This course covers the requirements for staking and conformal coating per Marshall Space Fight Center standards. Staking and Conformal Coating coverage requirements, defects, and inspection criteria will be covered in great detail. Students will have 8 hours of actual conformal coating lab time.
Note: This course is acceptable to Marshall Space Flight Center contracts only.
This course is not currently available. |
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MSFC/NASA 8739.2/3 Solder Certification Course | 40 Hours |
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The solder training program covers the Marshall Space Flight Center requirements for assembling and soldering through hole and surface mount devices. Approximately 50% of the class hours will be used for hands on solder exercises.
Note: This course is acceptable to Marshall Space Flight Center contracts only.
This course is not currently available. |
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MSFC/ NASA 87 39.4Cab les/Harness Certification Course | 40 Hours |
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This extensive hands on course teaches the trainee the processes and techniques for cable and harness assembly, crimp connections, wire stripping, wire routing, tying and lacing per the Marshall Space Fight Center standards. This class also covers solder splices for joining insulated wires.
Note: This course is acceptable to Marshall Space Flight Center contracts only.
This course is not currently available. |
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Test Technician Training Outline | 80 Hours |
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The Electronics Level I program is based on the Electronics Technician Association’s (ETA) certification. In today’s industry, a growing number of organizations need employees with electronic skills but do not require them to have the knowledge and skills from a completed A.S. degree in electronics technology. The purpose of this course is to align the needs of companies for a technically educated workforce with students who have the basic skills and knowledge in electronics. Students will be equipped with the knowledge to sit for the ETA certification as a demonstration of their learning at the completion of the course. Since the program is modular, companies may chose to send employees to only those modules they feel are applicable.
Level I (40 Hours)
Module 1: DC Basics
Module 2: AC Basics
Module 3: Analogue Basics
Module 4: Digital Basics
Module 5: RF Basics
The Level 2 program is designed to advance the skills of the technician from theory to hands-on trouble shooting. The program can be customized to incorporate any organizations specific equipment and technical skills requirements.
Level 2 (40 Hours)
Module 6: J-STD-001 CIS
Module 7: Introduction to Test Equipment
Module 8 Trouble-Shooting Basic Principle
Module 9: Advanced Test Equipment
Module 10: Advanced Trouble-Shooting Principles |
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Technical Training Skills |
Price: $1125 |
Module 1 (3 Hours) – Basics of Tools and Equipment
Course 1 – Electronic Industry Tools
Course 2 - Mechanical Industry Tools
Course 3 - Tool Safety and Care
Module 2 (3 Hours) – Basics of Equipment Care and Maintenance
Course 1 – Equipment Safety
Course 2 – Understanding Equipment Manuals
Course 3 – Preventatives Maintenance
Module 3 (8 Hours) – The Basics of Manufacturing
Course 1 – Understanding The Manufacturing Industry
Course 2 – Shop Math
Course 3 – The Use of Measurement Equipment (Rulers, Calipers, Meters, etc.)
Course 4 – How to Read a Wiring Diagram/Schematic
Course 5 – Component Identification
Course 6 - Understanding Color Codes
Course 7 - The Basics of Wiring Connections
Module 4 (4 Hours) – Manufacturing Basics (Mechanical)
Course 1 - How to Read a Mechanical Assembly Drawing
Course 2 - How to Read a Machine Print (Basic)
Course 3 - Understanding of Tolerances
Course 4 - Basic Mechanical Assembly Skills
Module 5 (16 Hours) - Machine Maintenance Basics
Course 1 - Basics of Electricity
Course 2 - Basics of Pneumatics
Course 3 - Basic of Hydraulics
Course 4 - Basics of AC/DC Motors
Course 5 - Equipment Setup/Shut Down
The Manufacturing Skills Standards Council (http://www.msscusa.org) referred to as the MSSC offers industry a new set of tools to ensure that both entering and incumbent workers are flexible, easily trainable, and highly motivated knowledge workers able to keep pace with technological change—the “Industrial Athlete of the Future.” The Production Technician certification (CPT), which is awarded to those persons passing the certification examination’s four, two-hour long assessments: Production and Processes, Safety, Quality Practices and Continuous Improvement, and Maintenance Awareness. Assessments can only be taken at registered MSSC Assessment Centers.
Just as “ASE” (Automotive Service Excellence) certification is the standard for quality in the automotive repair sector, the MSSC Certified Production Technician (CPT) credential sets the quality standard in the manufacturing sector of business. |
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Certified Production Technician - CPT (MSSC Certification) (Technical Skills Tab) | 40 Hours |
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Course 1 - Production Process
Course 2 - Safety
Course 3 - Maintenance
Course 4 - Quality Assurance
The CPT consists of four (4) exams that are administered at a number of locations throughout the state of Florida with several locations in the Tampa bay area. It is a nationally recognized certification. Additionally, individuals who achieve this certification and are interested in pursuing an Associates Degree in Manufacturing are awarded 15 credit hours towards a 60 credit hour program in Community Colleges in the State of Florida who participate in the program. |
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