Recent Community College Graduates Matrix
From Aerospace and Advanced Manufacturing Programs
This tool is meant to make hiring easier for Washington’s aerospace and advanced manufacturing companies.
This is an ongoing list of Washington’s community and technical colleges that have aerospace and advanced manufacturing programs. Each listing details credits, program descriptions, skill sets (as taught in each program), contact information, and graduation dates.
Aerospace and advanced manufacturing industry companies can contact the community and technical college nearest to them and speak directly to an instructor about graduating students.
Looking to change careers and need training?
Use this system to check out colleges and programs near you.
Back to List
Aviation Maintenance Technician
Categories
Aviation Maintenance Technology
Description
Aviation maintenance technicians, also known as aircraft (A&P) mechanics, are responsible for keeping aircraft in peak condition.
- FAA inspections and maintenance
- Repairs
- Replacement of parts
- Use of precision tools
- Troubleshooting problems
- Testing equipment
- Preventative maintenance
- Work on all types of aircraft
Typically, technicians are FAA certified, which requires a combination of hands-on hours as well as classroom hours in a program offered within the EVCC program. EVCC'S aviation maintenance technology program boasts 40 years at Paine Field, including background knowledge and practical shop experience.
Skill Sets
Basics of electricity, physics, hydraulics, air conditioning, and other aircraft systems; aircraft maintenance; understanding of FAA regulations.
More Programs at
Everett Community College
Advanced Avionics
Description
Avionics Technicians perform avionics manufacture, troubleshoot, and repair of components. Credits range from 40-55 for the Certificate and 125 for the ATA.
Courses in Advanced Avionics provide experience with:
- Electronics
- Wiring
- Fiber Optics
- Aircraft Avionics Systems
- FCC License Preparation
- Demonstration and application of industry required technical skills and data
Skill Sets
- Basic electricity and wiring knowledge
- Avionics equipment and tooling
- Wiring repairs
- Troubleshooting
Aerospace Composite Technician Certificate
Award Type
Short Term Certificate
Description
The Aerospace Composite Technician certificate is a two-quarter program designed to prepare students to fabricate, assemble, and repair composite materials on aircraft and in the composite industry. The knowledge and skills gained through this program are those required for entry-level positions as composite technicians. The certificate also provides an opportunity for existing aircraft mechanics and service technicians to expand their education in the field of composite assembly and repair. The certificate satisfies the eligibility requirement for the
IAM/Boeing Apprenticeship program for a Blue Streak Mechanic.
Skill Sets
Skills include tooling, fabrication, machining, assembly, quality assurance, repair, lay-up, vacuum bagging, and cure processing of wet lay-up, the mathematical computations and scientific principles that apply to the operation of aircraft and related equipment.
Program Outcomes:
- Solve technical mathematical problems (such as fiber resin ratio).
- Learn basic hand skills for the layup of composites materials using fiberglass, carbon fiber, epoxy and polyester resin.
- Design molds and forms for the layup of fiberglass and carbon fiber materials.
- Build and vacuum bag composite materials for room temperature cure and oven cure materials.
- Create projects in composite materials showing how surface energy is increased and decreased.
- Design for producibility and manufacturing ease.
- Document technical activities in written and verbal reports.
- Be prepared for successful employment.
Aerospace Fabrication & Welding Certificate
Award Type
Short-Term Certificate
Description
The Aerospace Fabrication & Welding Certificate is a two quarter program designed to prepare students to work at the entry level in a manufacturing facility and the aerospace industry. The courses serve as an introduction. The knowledge and skills acquired in these courses are required for entry level positions in diverse workplace scenarios with special emphasis on aerospace. Content includes sheet metal fabrication, press break operation, CNC plasma cutting, specialized TIG welding, blueprint reading and safety.
Skill Sets
- Sheet metal fabrication
- Press break operation
- CNC plasma cutting
- Specialized TIG welding
- Blueprint reading and safety.
Students who complete this program should be able to successfully:
- Demonstrate technical skills to prepare for industry
- Communicate both in writing and verbally using technical terms
- Apply appropriate math tools and problem solving in work context
- Work as an effective and dependable team member, and work independently
- Demonstrate how and when to self-start.
- Operate ethically, integrating law, company rules and policy.
CATIA 3D Experience Certificate
Award Type
Short-Term Certificate
Categories
Computer-Aided Drafting/Technical Design
Description
The Advanced Manufacturing - CATIA 3D Experience Certificate is designed to provide students with the necessary skills to produce working level engineering drawings using CATIA 3D Experience and gain employment as Professional or Technical CATIA 3D Experience designers.
Skill Sets
The certificate focus is on navigating within the CATIA 3D Experience software, how to create three-dimensional solid models using industry best practices, and then how to create and manipulate assemblies made from these parts. The modules explore the techniques for using CATIA 3D Experience, create detail and assembly drawings with attention focused on proper views, text, dimensions, tolerances, work benches: sketcher, part design and assembly, surface and surface analysis, with a basic to intermediate introduction in the following workbenches; NC programming, sheet metal for aerospace, and kinematics.
Composites Advanced Manufacturing Technology
Description
The Composites program is a hands-on, in-depth overview of the processes involved in the development and production of composites. The Advanced Manufacturing Technology Composites ATA degree includes courses in: computer literacy, industrial safety, engineering graphics, technical problem analysis, precision fits, tolerances and GD&T, solid works, pneumatic, hydraulic and electrical circuits, materials & process, and operations management.
Skill Sets
Skills include tooling, fabrication, machining, assembly, quality assurance, repair, lay-up, vacuum bagging, and cure processing of wet lay-up, the mathematical computations and scientific principles that apply to the operation of aircraft and related equipment.
Program Outcomes:
- Solve technical mathematical problems (such as fiber resin ratio).
- Learn basic hand skills for the layup of composites materials using fiberglass, carbon fiber, epoxy and polyester resin.
- Design molds and forms for the layup of fiberglass and carbon fiber materials.
- Build and vacuum bag composite materials for room temperature cure and oven cure materials.
- Create projects in composite materials showing how surface energy is increased and decreased.
- Design for producibility and manufacturing ease.
- Document technical activities in written and verbal reports.
- Be prepared for successful employment.
Computer Aided Design (CAD) - Adv. Manufacturing ATA
Categories
Computer-Aided Drafting/Technical Design
Description
The Technical Design program is designed to provide skills and knowledge in a variety of computer aided design software including CATIA version 5, Solid Works, and AutoCAD. The Advanced Manufacturing Technology Technical Design (CAD) ATA degree includes courses in: computer literacy, industrial safety, engineering graphics, technical problem analysis, precision fits, tolerances and GD&T, solid works, pneumatic, statics and strength of materials, materials & process, and operations management.
Skill Sets
Graduates of this program will be able to successfully demonstrate the following skills:
- Solve technical mathematical problems.
- Utilize basic geometry and engineering graphics with 2D AutoCAD.
- Create and understand multi-view drawings using 2D AutoCAD and 3D AutoCAD.
- Create assembly drawings from 3D.
- Create complex surfaced part models using 3D CAD.
- Design for producibility and manufacturing ease.
- Document technical activities in written and verbal reports.
- Be prepared for successful employment.
Engineering Technology (CAD), AutoCAD, Solid Works, CATIA 3D Experience
Categories
Computer-Aided Drafting/Technical Design
Description
These certificates contain modules on 3D design modeling, 2D geometric constructions, and 2D production drawings. Traditional orthographic view placements as well as dimensioning and tolerance standards are examined. Specific protocols like fastener applications, flat pattern development, weldments, and machining are explored. The CAD software packages used include AutoCAD, Solid Works, CATIA 3D Experience Revit and Mastercam CAD/CAM. Credits for the following programs are: Engineering Technology (CAD): 39, AutoCAD: 12, Solid Works: 17, CATIA 3D Experience: 33
Skill Sets
- Utilize basic engineering graphics with 2D CAD
- Create multi-view drawings using 2D and 3D CAD
- Create assembly drawings from 3D models
- Create complex surfaced part models using 3D CAD
Machine Operator Certificate
Award Type
Short-Term Certificate
Categories
CNC Machining
Precision Machining
Description
This course is designed to prepare participants to work in entry level positions as machine operators, including theory and hands-on experience with manual and CNC machines, machine tools, machinist application math, and precision measurement
Skill Sets
Participants who successfully complete the course will be able to perform the following with supervision (ranging from close to minimal):
- Determine if own work is complete and correct as specified by instructions, drawings and specifications.
- Drill, ream, hone, bore, lap and/or countersink straight and close tolerance holes.
- Follow correct lifting and safety procedures.
- Apply machine shop theory and procedures and regarding machinability of materials (e.g., cutting speed and feed rates for material being machined).
- Use proper procedures for handling and disposal of hazardous materials per government regulations and industry practices.
- Apply the coordinate system to identify multiple machine axes (e.g., X,Y,Z).
- Operate computing equipment to access job information (e.g., drawings, specifications and other online information systems; upload/download programs.
- Read and interpret engineering, machine and/or tooling drawings. Capable of visualizing a three-dimensional shape from a two-dimensional view, converting left-hand to right-hand views and understanding symbols, flag notes, general notes.
- Set-up and operate milling machines. Includes knowing machine capabilities & limitations, controller operations, identifying and resolving problems such as unusual sounds or vibrations in the machinery, changes in offset values, and worn cutters/tool inserts.
- Use mathematics, including practical math, algebra, geometry and trigonometry.
- Use various types of hand tools and/or hand-held power tools.
- Use various types of precision measuring tools.
- Follow oral/written instructions provided by the lead, team leader, supervisor and/or engineering.
Manufacturing Pre-Employment
Award Type
Short-Term Certificate
Categories
Pre-employment
Description
The Manufacturing Pre-Employment certificate is a one-quarter program designed to prepare students to work at the entry level in a manufacturing facility with special emphasis on the aerospace industry. This course serves as an introduction to manufacturing. The knowledge and skills acquired in this course are required for entry level positions in diverse workplace scenarios with special emphasis on aerospace. Content includes a survey of mechanical concepts, precision measurement, blueprint reading, quality assurance, workforce skills/communication, ergonomics, lean manufacturing, and sustainable business practices. This certificate may be considered a stand-alone credential for people seeking to enter the manufacturing field, or as part of a stackable set of certificates and degrees in the EvCC Advanced Manufacturing Program.
Skill Sets
1. Technical Skills:
- Understand and solve basic technical mathematical problems;
- Communicate orally and in writing about technical activities;
- Be prepared for successful employment;
- Understand and work with entry level technical and mechanical systems;
- Perform work using basic computer skills;
- Meet industry requirements for safety and first aid.
2. Advanced Manufacturing Introduction:
- Introduction to Composites, Precision Machining, Tech Design
- Introduction to Aviation Maintenance, Fabrication and Welding
3. Core Workplace Skills:
- Reading for information
- Applied mathematics
- Problem solving and critical thinking
4. Soft Skills:
- Personal accountability
- Timeliness and work ethics
- Teamwork
- Professionalism
- Communication and workplace culture
5. Job Finding Skills:
- Resumes and cover letters
- Online applications
- Behavioral interviewing
Mechatronics - Adv. Manufacturing ATA
Description
Mechatronics combines the study of mechanics, electronics, pneumatics, and digital control technology with a focus on an integrated systematic approach. The Mechatronics degree includes focused studies in robotics and mechatronics systems along with cross-functional understanding of advanced manufacturing practices in composites, machining, welding, and technical design.
Skill Sets
- Understand and explain the principal operations of the mechatronics subsystems in a complex system.
- Understand how these subsystems work together.
- Recognize potential or impending malfunctions, and contact expert assistance in order to keep the production line functioning, and to prevent production loss.
- Perform routine, preventative maintenance; localize and identify causes and sources of malfunctions where possible.
- Read and understand the technical documents, reports and outlines specific to systems and subsystems; be able to consult with experts; and be able to document malfunctions.
- Work effectively as a team member and coordinate the activities with upstream and downstream operations.
- Understand and implement safety regulations required for operation of the system.
Mechatronics Systems Certificate
Award Type
Short-Term Certificate
Description
The Mechatronics Systems Certificate program is designed to provide students with the basic skills in electrical, mechanical and computerized components in an industrial mechatronic system used for manufacturing and assembly.
The hands-on training and instruction will view the components or devices in terms of their roles within the system, with an emphasis on the system running at maximum capacity.
Skill Sets
- Understand and explain the principal operations of the mechatronics subsystems in a complex system; understand how these subsystems work together
- Recognize potential or impending malfunctions and contact expert assistance in order to keep the production line functioning and to prevent production loss.
- Perform routine, preventative maintenance, localize, and identify causes and sources of malfunctions where possible.
- Read and understand the technical documents, reports and outlines specific to the systems and subsystems, and be able to consult with experts, be able to document malfunctions
- Work effectively as a team member and coordinate the activities with upstream and downstream operations.
- Understand and implement safety regulations required for operation of the system.
Precision Machining- Advanced Manufacturing Technology
Categories
Precision Machining
Description
In addition to the specifics of the Principles of Precision Machining Certificate listed above, the ATA degree covers computer literacy, industrial safety, engineering graphics 2D Auto CAD, technical problem analysis, precision fits and tolerances, Solid Works, pneumatic, hydraulic and electrical circuits, materials and processes and operations management.
Skill Sets
In addition to the specific skills of the Principles of Precision Machining Certificate listed above, the program outcomes include:
- Solve technical mathematical problems.
- Read and understand basic engineering drawings.
- Understand and utilize machine technology.
- Write programs and setup CNC machines.
- Operate and perform maintenance on CNC machines.
- Document technical activities in written and verbal reports.
- Be prepared for successful employment.
Principles of Precision Machining Certificate
Award Type
Short-Term Certificate
Ends
06/14/19, 08/22/19, 12/06/19, 03/30/20
Categories
CNC Machining
Precision Machining
Description
This course covers conventional machining, basic blueprint reading and math; health and safety; and introduction to CNC machining. The course work is divided between lab assignments, lecture and reading/workbook assignments, with a significant amount of lab time dedicated to conventional mills and lathes. The course also covers advanced blueprint reading skills including understanding of Geometric Dimensioning and Tolerance, applied math skills, simple CNC Machine programming and operation, introduction to Lean manufacturing, and introduction to ISO9001/AS9100 quality systems.
Skill Sets
- Safely produce a part with in print on a conventional lathe and on a conventional milling machine.
- Accurately read precision measuring tools within .002”.
- Read prints to industry’s standards and interpret manufacturing drawings and accurately determine tolerances on a blue print.
- Visualize 3 dimensional shapes from two dimensional drawings using orthographic projection.
- Write a basic G-code program to produce a tool path of a given shape.
- Math used to solve typical machine shop problems using Algebra and Plane Geometry to: Accurately determine the upper and lower limits of dimension tolerances; Work though specific shop math formulas accurately; Visualize geometric shapes; Find specific Cartesian coordinates; solve typical machine shop problems using trigonometry.
- Set up a CNC machine by: finding and storing in the controller the work absolute zero offsets.
- Loading tools into the machine’s magazine.
- Correctly establish tool offsets.
- Change wear and diameter offsets to adjust part dimensions to meet print specifications.
- Safely start up the machine and properly shut it down.
- Make minor program edits at the machine to change speeds or feeds.
- Determine the processes needed to create precision hole; Hone or lap a hole +/-.0005”; measure a bore diameter using a dial bore gage within .0002”.
- Write a basic G-code program; Identify and define G-Codes and M-Codes.
- Write a program that loads a tool and performs a machining operation.
- Determine thread tolerances.
- Determine the stack of gage blocks needed to set up a sine bar.
- Find the distance between holes on a bolt circle involving an odd number of holes.
- Find the lengths of the sides of a right triangle when only one side and one internal angle is known.
- Can determine the internal angles of a right triangle when only the sides are known.
- Basic principles of Lean/Six Sigma manufacturing principles.
- Demonstrate knowledge of the basic concepts of 5S, Cell Design and Pull Systems.
- Basic principles the ISO 9001/AS9100 system and how a quality system is used in an organization.
Robotics Foundations Certificate
Award Type
Short-Term Certificate
Description
The Robotics Foundations Certificate is designed as a general introduction to the basics of robotic operation, basic programing, interfacing, and material handing in a complex mechatronics system. Students will gain conceptual, technical, and practical knowledge of robotic applications and how robotics is applied to industrial tasks using hands-on, interactive robotic devices. The Robotics Foundations Certificate is designed to prepare students for entry-level positions using robotics in a manufacturing facility and the aerospace industry.
Skill Sets
- Describe what comprises basic robotics in a mechatronic system or module.
- Understand the role of automation and robotics in manufacturing and assembly operations.
- Demonstrate understanding of terms such as homing, looping, end effector operation, and I/O interfacing.
- Discuss and demonstrate manual operations and basic robotic commands.
- Identify and use basic robotic programming, editing, positioning and homing in a mechatronic system.
- Apply safety rules while working on the system.
- Transfer the knowledge learned from one robotic system to another robotic system.
Everett Community College
Everett Community College
2000 Tower St
Everett, WA 98201
Directions
