210 credential programs ladder toward this occupation. Median wage on completion: $101,140 · projected growth +11.0%. See full occupation profile →
Course
5S Train-the-Trainer
Alabama Training Network
AL
Apply5S Methodology In ManufacturingTrain5S Practitioners For Continuous ImprovementImplement Visual Systems In Factory Environments
Course
5S Workplace Organization
Alabama Training Network
AL
Organize Workplace Using5S PrinciplesImplement Visual Workplace Controls In ManufacturingSustain Workplace Organization With Process Audits
Course
6S - 5S + Safety
Alabama Training Network
AL
Apply6S Methodology Combining Safety With5SIntegrate Safety Into Workplace OrganizationImplement Visual Safety Systems In Manufacturing
Certificate
AM Designer
NIMS
Perform post processing on additively manufactured partsVerify designs for additive manufacturingCreate engineering models for additive manufacturingPlan processes for additive manufacturing designCreate prototypes using additive manufacturingPackage data for additive manufacturing documentation
Certificate
AM Machine Operator
NIMS
Perform post processing on additively manufactured partsVerify designs for additive manufacturingCreate engineering models for additive manufacturingPlan processes for additive manufacturing designCreate prototypes using additive manufacturingPackage data for additive manufacturing documentation
Certificate
AM Material Technician
NIMS
Perform post processing on additively manufactured partsVerify designs for additive manufacturingCreate engineering models for additive manufacturingPlan processes for additive manufacturing designCreate prototypes using additive manufacturingPackage data for additive manufacturing documentation
Course
ATN Lean Six Sigma Green Belt
Alabama Training Network
AL
Lead Lean Six Sigma Projects As Green BeltReduce Process Variation In ManufacturingImplement DMAIC For Process Improvement
Course
ATN Lean Six Sigma White Belt
Alabama Training Network
AL
Knowledge Of Lean Six Sigma FundamentalsSupport Six Sigma Projects As White BeltContribute To Process Improvement Initiatives
Course
ATN Lean Six Sigma Yellow Belt
Alabama Training Network
AL
Apply Six Sigma Yellow Belt ToolsSupport Process Improvement TeamsKnowledge Of Six Sigma Methodologies
Course
Advanced Drafting Design
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Create drawings of inclined surfaces that incorporate auxiliary sections and secondary auxiliary viewsCreate a complete working drawing, including all dimensions, notes, and specificationsApply basic geometric dimensioning and tolerancing conceptsCreate three-dimensional geometric figures utilizing two-dimensional flat pattern surface development conceptsCreate a basic three-dimensional model of a mechanical part, utilizing three-dimensional application software
Course
Advanced Geometric Dimensioning & Tolerancing (GD&T)
Alabama Training Network
AL
Interpret Advanced GDT Symbols And StandardsApply ASMEY145Standard In EngineeringAnalyze Technical Drawings With GDT
Certification
Advanced Industrial Communications 4.0
National Coalition of Certification Centers (NC3)
Implement OPC-UA communicationConfigure network componentsApply routing principlesDesign and manage firewallsEstablish and manage VLANsConduct Factory Acceptance Testing
Certification
Advanced Industry 4.0
National Coalition of Certification Centers (NC3)
Knowledge of Industry 4.0 evolutionImplement and integrate cyber-physical systemsApply lean manufacturing methodsDesign and manage network topologiesPerform safety and risk managementUtilize production planning and MES
Certification
Advanced PLC Technology
National Coalition of Certification Centers (NC3)
Program complex PLC systemsDesign industrial networksManage distributed PLC systemsProgram advanced PLC functionsWrite and optimize PLC programsDevelop advanced HMI applications
Certification
Advanced Product ID
National Coalition of Certification Centers (NC3)
Determine optimal product ID devicesKnowledge of product ID elementsSet and optimize inspection goalsMinimize inspection timeIdentify features or defectsConfigure RFID frequencies
Certification
Advanced Robotics
National Coalition of Certification Centers (NC3)
Knowledge of robotics evolutionImplement cyber-physical systemsApply lean manufacturing techniquesDesign and analyze network topologiesIdentify and mitigate robotic hazardsPlan and implement robotic production
Certification
Advanced Smart Maintenance
National Coalition of Certification Centers (NC3)
Knowledge of maintenance conceptsImplement smart maintenanceSelect appropriate maintenance strategiesOperate and troubleshoot equipmentPerform predictive maintenanceTrack and optimize OEE
Course
Air Academy Associates Lean Six Sigma Black Belt
Alabama Training Network
AL
Apply DMAIC Methodology In Process ImprovementLead Six Sigma Projects As Black BeltImplement Statistical Tools In Continuous Improvement
Course
Air Academy Associates Lean Six Sigma Green Belt
Alabama Training Network
AL
Apply DMAIC Methodology As Green BeltSupport Six Sigma Projects In ManufacturingUse Statistical Tools For Process Improvement
Course
Alternating Current
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Explain electrical terms, including alternating current, frequency, period, sine wave, capacitance, and inductanceInterpret electrical symbols used in schematic drawings of AC applicationsExplain terms and principles of electromagnetism, including permeability, retentivity, and inductanceExplain electrical quantities, including frequency, impedance, power, capacitance, inductance, voltage, current, wattsMeasure electrical units, including volts, amperes, ohms, and hertzDetermine electrical quantities utilizing test equipment, including volts, frequency and period, amperes, and power
Course
Applications of Engineering and Technology
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Apply the design process to problems that can be solved using methods of engineeringCreate a project scope which includes, but is not limited to, a Gantt chart, a budget, and a materials list. and PowerDesign, create, test, and perform calculations on simple machines, gear trains, and sprocketsInvestigate the application of multiple energy sources to a variety of systemsDescribe the features of and explain the differences between series and parallel circuitsUse a multimeter to measure current, voltage, and/or resistance to diagnose
Certification
Applied Fluid Power
National Coalition of Certification Centers (NC3)
Commission pneumatic systemsTroubleshoot and diagnose electro-pneumatic faultsInterpret GRAFCET control standardsIntegrate pneumatic componentsDesign vacuum systemsDesign and analyze pneumatic circuits
Certification
Applied Industrial Motor Controls
National Coalition of Certification Centers (NC3)
Apply industrial electrical safetyKnowledge of component operation and functionConstruct motor circuitsTroubleshoot and diagnose motor controlsInterpret control schematicsApply motor protection and efficiency strategies
Certification
Applied Industry 4.0
National Coalition of Certification Centers (NC3)
Integrate and configure MESIntegrate HMI systemsApply data communication and web servicesKnowledge of data securityApply 3D modelingOptimize smart factory systems
Master's Degree
Applied Manufacturing Engineering
University of North Alabama
AL
Certification
Applied Mechanical Systems
National Coalition of Certification Centers (NC3)
Install mechanical drivesIdentify mechanical componentsAlign shafts and couplingsAnalyze and adjust ball screwsLubricate and maintain mechanical systemsApply coupling types
Certification
Applied PLC Technology II: Allen Bradley/Siemens
National Coalition of Certification Centers (NC3)
Program ladder logicManage PLC programsApply core PLC functionalityModify PLC programsProgram HMI interfacesKnowledge of networking fundamentals
Certification
Applied Principles of Smart Sensors
National Coalition of Certification Centers (NC3)
Classify and select sensorsImplement smart communication protocolsAnalyze sensor signals and dataConfigure and test sensor networksIntegrate sensor data into control systemsApply data logging and cloud connectivity
Certification
Applied Product ID Fundamentals
National Coalition of Certification Centers (NC3)
Certification
Applied Robotics
National Coalition of Certification Centers (NC3)
Knowledge of industrial robotics fundamentalsImplement safety protocols and hazard managementClassify robot componentsOperate and control robots and cobotsDevelop and troubleshoot robot programsInterface robots with work cells and I/O
Certificate
Applied Safety and Ergonomics
Auburn University
AL
Short-Term Certificate
Applied Safety and Ergonomics
Auburn University
AL
Post-Baccalaureate Certificate
Automotive Manufacturing Systems — Graduate Certificate
Auburn University
AL
Bachelor's Degree
B.A. in Engineering Management
Anderson University (IN)
Course
Basic Blueprint Reading
Alabama Training Network
AL
Read Technical Drawings In ManufacturingKnowledge Of Blueprint StandardsInterpret Technical Drawings For Production
Course
Basic Precision Measurement
Alabama Training Network
AL
Use Precision Measuring InstrumentsInspect Part Features In ManufacturingApply Measurement Techniques For Quality Control
Certification
Bionics 4 Education
National Coalition of Certification Centers (NC3)
Knowledge of bionics and bioinspirationAnalyze functional and structural biologyApply hands-on technical conceptsIntegrate sensors and actuatorsKnowledge of light and color in natural and engineered systemsApply engineering design and material properties
Course
CMM/Zeiss Calypso Basic Training
Alabama Training Network
AL
Operate Coordinate Measuring Machines In ManufacturingUse Zeiss Calypso Software For MeasurementApply CMM Techniques For Precision Inspection
Course
CTE Lab in Manufacturing
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Demonstrate expertise in a specific occupation within the Manufacturing clusterConduct investigative research on a selected topic related to manufacturing using approved research methodology; interprDemonstrate higher order critical thinking and reasoning skills appropriate for a career in manufacturingApply enhanced leadership and professional skills needed in a career in manufacturing
Course
Capstone of Engineering and Technology
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Research and explain professional, legal, and ethical responsibilities in the field of engineeringUse industry standard best practices to document observations, ideas, sketches, calculationsConduct independent technological research throughout the process of an engineering projectCreate a formal, narrative proposal for a rigorous and relevant project in the field of engineeringApply appropriate design methodologies by using various computer-aided design (CAD) programs to produce plans, diagramsDemonstrate proper use and selection of tools, materials, procedures, and equipment in the construction of models
Course
Career Pathway Project in Manufacturing
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Explore the range of careers available in the field and investigate their educational requirementsAdvocate and practice safe, legal, responsible, and ethical use of informationParticipate in a Career and Technical Student Organization (CTSO) to increase knowledge and skills and to enhance leaderCreate a formal, narrative proposal that communicates a specific concept, creates a processConduct independent research related to the selected manufacturing projectWrite a detailed report on the chosen career pathway project, following established conventions for format, grammar
Short-Term Certificate
Certificate in Engineering Management
University of North Alabama
AL
Short-Term Certificate
Certificate in Manufacturing Engineering
University of North Alabama
AL
Certification
Certified Additive Manufacturing Fundamentals (CAMF)
Society of Manufacturing Engineers
$250 cost
Apply additive manufacturing terminology and concepts in contexts requiring understanding of AM processes, steps, applications, and industry use casesDifferentiate AM processes and materials when selecting technologies for various production, prototyping, or industrial environmentsEvaluate advantages and limitations of AM to inform decisions involving cost, accuracy, material behavior, and integration with traditional manufacturingApply design‑for‑additive‑manufacturing principles to optimize component geometry, process simulation, and internal features for AM environmentsPrepare and manage AM data files by selecting correct formats, generating builds, designing supports, and creating slice files for machine executionDocument and monitor build parameters using process documentation and statistical process control in production‑quality AM contexts
Certification
Certified Composites Technician (CCT) - Advanced Composites
American Composites Manufacturers Association
$310 cost
Apply matrix and fiber technologies to correctly mix materials, identify specifications, select reinforcements, and work with advanced resin and thermoplastic systemsInterpret advanced composite design requirements to perform process modeling, understand work instructions, and apply balanced laminate and residual-stress conceptsExecute advanced molding processes to properly handle materials, perform debulks, mix resins, manage working life, and apply vacuum bagging and potting techniquesImplement health and safety practices to ensure safe machining, CNC operations, PPE use, hazard mitigation, and compliance with composite manufacturing standardsApply core material fabrication methods to construct and bond sandwich structures using proper vacuum bagging, co-cure, and co-bonding techniquesManage composite tooling operations to select molds, perform mold care, make tooling repairs, and utilize automated layup and fiber-placement equipment
Certification
Certified Composites Technician (CCT) - Cast Polymer
American Composites Manufacturers Association
$310 cost
Apply fundamental composites and cast‑polymer concepts to understand production processes, materials, molding methods, and the unique characteristics and advantages of cast polymer productsImplement plant‑wide safety practices to ensure safe handling of chemicals, equipment, lifting devices, power tools, and MEKP while maintaining proper housekeeping and hazard controlIdentify cast‑polymer material components to properly select matrices, resins, initiators, additives, coatings, fillers, and specialty materials used across polymer product typesPerform gel‑coat application procedures to prepare molds, apply release agents, control spray systems, calibrate equipment, and ensure quality through proper spraying methods and safety practicesExecute matrix‑casting operations to mix materials, control temperature, apply veining, perform vibration, demold, finish surfaces, troubleshoot systems, and document production processesOperate fabrication equipment to apply plural‑component systems, manage compressed air, use automated casting tools, and maintain calibrated pumps and delivery systems
Certification
Certified Composites Technician (CCT) - Open Molding
American Composites Manufacturers Association
$310 cost
Design cockpit drainage and electric bilge pump systems to ensure efficient water removal and long‑term vessel safetySelect potable water system components to support reliable installation and safe onboard water deliveryMaintain AC and DC electrical systems to ensure dependable operation of batteries,generators,chargers,and invertersInspect engine exhaust,propulsion,steering,and control systems to verify safe operation and compliance with marine standardsService fuel and ventilation systems to ensure safe gasoline and diesel performance and prevent vapor hazardsInstall portable and fixed firefighting equipment to provide compliant onboard fire protection capabilities
Certification
Certified Composites Technician (CCT) - Vacuum Infusion Process
American Composites Manufacturers Association
$310 cost
Apply matrix and fiber technologies to correctly mix materials, identify specifications, select reinforcements, and work with advanced resin and thermoplastic systemsInterpret advanced composite design requirements to perform process modeling, understand work instructions, and apply balanced laminate and residual-stress conceptsExecute advanced molding processes to properly handle materials, perform debulks, mix resins, manage working life, and apply vacuum bagging and potting techniquesImplement health and safety practices to ensure safe machining, CNC operations, PPE use, hazard mitigation, and compliance with composite manufacturing standardsApply core material fabrication methods to construct and bond sandwich structures using proper vacuum bagging, co-cure, and co-bonding techniquesManage composite tooling operations to select molds, perform mold care, make tooling repairs, and utilize automated layup and fiber-placement equipment
Certification
Certified Composites Technician (CCT) - Wind Blade Repair
American Composites Manufacturers Association
$310 cost
Apply fundamental composites and cast‑polymer concepts to understand production processes, materials, molding methods, and the unique characteristics and advantages of cast polymer productsImplement plant‑wide safety practices to ensure safe handling of chemicals, equipment, lifting devices, power tools, and MEKP while maintaining proper housekeeping and hazard controlIdentify cast‑polymer material components to properly select matrices, resins, initiators, additives, coatings, fillers, and specialty materials used across polymer product typesPerform gel‑coat application procedures to prepare molds, apply release agents, control spray systems, calibrate equipment, and ensure quality through proper spraying methods and safety practicesExecute matrix‑casting operations to mix materials, control temperature, apply veining, perform vibration, demold, finish surfaces, troubleshoot systems, and document production processesOperate fabrication equipment to apply plural‑component systems, manage compressed air, use automated casting tools, and maintain calibrated pumps and delivery systems
Certification
Certified Industry 4.0 Associate - Fundamentals (Capstone Exam)
National Coalition of Certification Centers (NC3)
Implement safe operation and maintenance of machinesTroubleshoot electromechanical systemsPerform routine maintenanceRead and interpret schematics and blueprintsOperate and maintain fluid power systemsWork in a team environment
Certification
Certified Industry 4.0 Technician - Applied (Capstone Exam)
National Coalition of Certification Centers (NC3)
Set up and commission electro-pneumatic systemsTroubleshoot complex systemsCalculate compressed air costsIdentify system inefficienciesImplement and maintain vacuum systemsUtilize CoDeSys for programming
Certification
Certified Quality Engineer (CQE)
American Society for Quality (ASQ)
$550 cost
Learn quality management philosophies, leadership principles, and communication techniques to support organizational quality initiativesDevelop quality management systems by designing documentation, applying standards and guidelines, and coordinating quality training and auditing activitiesDesign products, processes, and services by classifying characteristics and applying verification, validation, reliability, and maintainability methodsImplement product and process control methods by applying acceptance sampling, material control, metrology, and measurement system analysisApply quantitative improvement tools such as lean, corrective action, kaizen, and Six Sigma to drive continuous improvementAnalyze statistical data by summarizing information, testing hypotheses, evaluating distributions, performing capability studies, and conducting designed experiments
Certification
Certified Reliability Engineer (CRE) Certification
American Society for Quality (ASQ)
$550 cost
Apply reliability fundamentals such as predictive modeling, root‑cause analysis, MTTF, and CAPA to evaluate system performance in reliability‑focused environmentsAnalyze and mitigate risk by using techniques such as FTA, FMEA, and hazard analysis to inform design‑related decisionsManage reliability data by applying probability‑based statistical methods to generate insights for performance assessmentApply reliability planning, testing, and modeling methods to guide design choices throughout product developmentDesign for life‑cycle reliability by using stress‑strength analysis, DOE, DfR, and maintainability strategies in long‑term performance contexts
Course
Computer Engineering and Technology
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Analyze the various software development methodologies and describe the pros and cons of each oneCollect, document, and decompose all requirements for the completed software systemIdentify characteristics of a sound financial model to ensure a project can be developed within the projected budgetAnalyze various infrastructure options including cloud and in-house hosting for the productDescribe software architecture within applications that makes them vulnerable to cyber-attacksDevelop configuration management plans and analyze technologies to manage all work products in designing software
Course
Computer Integrated Automation
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Design and analyze an efficient electrical system to convert, transform, and transmit electricityCreate, read, and analyze schematics and provide a concise summary for documentation purposesResearch and specify electrical devices necessary to provide powerApply machine control systems, sensory feedbackUse flow charts and state diagrams to apply logic in the design of control programs. and DataDesign a system using sensors to monitor changes and use that data to inform changes to the system
Course
Computer Integrated Design
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Create and maintain an engineering notebook for daily reflections, research, and prototype creation documentationApply the design and problem-solving process as an iterative process incorporating science, mathematicsCommunicate solutions utilizing technical writing skills, including correct spelling, proper grammar, and specialized voAssume and carry out a role in the smooth running of a team working toward the solution of a problemProduce a quantitative plan for the successful completion of a projectAssume responsibility for leadership roles and for actions, decisions, products, and policies in the governance of a pro
Course
Computer Integrated Production
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Apply Cartesian coordinates to create toolpaths for machine toolsResearch and apply proper cutting tool speeds, feeds, and directions for manufacturing specified materials or productsCreate simple Numeric Control (NC) part programs using a text editor or a Computer-Aided Manufacturing packageAnalyze Numeric Control part program files to identify and correct errorsAnalyze part geometry to select appropriate cutting toolsEdit the tool library of a CNC machine program to establish tool offset values. to Create Problem
Course
Computer-Aided Design and Computer-Aided Manufacturing I
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Apply safety rules, regulations, and procedures for maintaining and using CAD-CAM equipmentProgram software to perform CAD-CAM applicationsDemonstrate file management techniques with the CAM program, including creating a folderUse trigonometric ratios sine, cosine, tangent, and their inverses to solve various angles, lengthsCreate a two-dimensional design and a two-dimensional numeric control operation tool path for a mill or a latheConstruct a part to a specified tolerance range with CAD-CAM applications
Course
Computer-Aided Design and Computer-Aided Manufacturing II
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Apply safety rules, regulations, and procedures related to precision machiningApply trigonometry and geometry to solve various computer-aided designDemonstrate critical thinking, problem-solving, and programming skills to create toolpaths for CNC machinesDemonstrate file management skills within a CAD-CAM program for documentation of designDemonstrate CNC mill procedures utilizing CAD-CAM software to design and manufacture prototypes and finished productsDemonstrate ability to select tooling, set up a CNC lathe, load and verify a program, and run a part
Course
Coordinate Measuring Machine
Career and Technical Education, Alabama State Department of Education (ALSDE)
AL
Follow safety rules, regulations, and procedures when operating a coordinate measuring machine (CMM)Perform cleaning and preventive maintenance on a coordinate measuring machineDemonstrate file management techniques within a coordinate measuring machine, including creating a folderLocate software applications within the CMMIdentify parts of the coordinate measuring machine and describe the features and functions of eachCompare the machine coordinate system and the part coordinate system