MICA:
Where Curiosity Meets Career
Build skills. Break barriers. Begin your future.
Building Pathways. Empowering People. Growing Industry.
Where Curiosity Meets Career
Build skills. Break barriers. Begin your future.
Develop skills in CNC operation, precision measurement, and manufacturing processes to excel in modern production environments.
Master essential welding techniques across multiple processes to build a foundation for a career in fabrication and construction.
Learn to troubleshoot, repair, and maintain industrial machinery and mechanical systems in manufacturing facilities.
Industry-recognized certification pathway with comprehensive hands-on training:
Workplace safety regulations, LockOut/TagOut procedures, hazardous equipment security, fire safety, ergonomics, and PPE usage
Practical calculations including fractions, decimals, algebra, measurement conversions and technical geometry
Safety practices, fasteners, CNC mill & lathe operations, robotics, additive manufacturing
Lean Principles (15h), Precision Measurements (30h), Capstone Project (15h), Industry Tours (15h)
Credentials: SME & Tooling-U Certified Curriculum, OSHA 10, First Aid/CPR, Forklift, Starrett Snap-on® Precision Measurement
Our comprehensive manufacturing fundamentals program covers essential skills across four key areas:
Lincoln Electric/NC3 Welding Certified Curriculum and Credential, OSHA 10, First Aid/CPR, Forklift
Safety regulations, LockOut/TagOut, hazardous equipment procedures, fire safety, ergonomics, and PPE usage
Welding Safety, Conventional Equipment, Weld Quality, Electrical Concepts, Blueprint Reading, Essential Skills
Snap-on® Electronic and Mechanical Torque, OSHA 10, First Aid/CPR, Forklift, Starrett Snap-on® Precision Measurement
Safety regulations, LockOut/TagOut procedures, hazardous equipment security, fire safety, ergonomics, and PPE usage
Shop safety theory, hand tools, lifting basics, precision measurement and theory with pre- and post-tests in application of safe practices and tool use
Applied Shop Mathematics (15h), Precision Measurements (30h), Mechanical Torque Certification (15h), Engine Mechanical Basics (22h), Diesel Mechanical Basics (24h), Industry Tours (15h)
Whether you or your clients are exploring machining, welding, or mechanical systems—MICA’s pre-apprenticeship programs provide hands-on experience, industry-recognized training, and a direct path to high-demand careers. No debt. No guesswork. Just real opportunity. Supporting your program teams with everything they need to get a pre-apprenticeship program in Advanced Manufacturing off of the ground from teacher guides, curriculum, an LMS, and equipment lists to in person teacher training and ongoing mentorship.
145 training hours
Blueprint reading & GD&T
CNC fundamentals
203 training hours
MIG, TIG & stick welding
Fabrication basics
141 training hours
Hydraulics & pneumatics
Preventive maintenance
Navigating basic productivity tools and software
Demonstrate foundational computer skills
Effectively navigate software
Building workplace communication and leadership skills
Conflict resolution and fostering collaboration
Develop interpersonal communication strategy
Develop Interpersonal communication skills and workplace etiquette
Understand collaboration and respect in diverse work environments
CERTIFICATION: Mentorship Matters
Budgeting and financial planning basics
Credit management and debt reduction strategies
Setting financial goals for career success
Develop budgeting and credit management skills
Plan long-term financial goals
Setting career goals and pathways
Crafting professional resumes and practicing interview skills
Career Exploration/Job site tours
Health and Wellness
History
Demonstrate ergonomic safety practices
Properly use Safety Data Sheets (SDS)
Perform fire safety procedures
Practice hand and power tool safety
Implement lock out tag out practices
Identify fastener tools for threaded and non-threaded fasteners
Demonstrate safe practices for working with hand tools
Identify proper posture for assembly
Demonstrate safe practices for working with power tools
Identify major assemblies of a Mill
Demonstrate proper use of guarding on a Mill
Demonstrate emergency stop/cut-off for a Mill
Identify major assemblies of a Lathe
Demonstrate proper use of guarding on a Lathe
Demonstrate emergency stop/cut-off for a Lathe
Identify major assemblies of industrial robots
Identify safeguarding systems for robotics
Identify Additive Manufacturing equipment
Identify supplemental tools for Additive Manufacturing
Identify parts made by Additive Manufacturing
FCAW (44h), GMAW (35h), SMAW (32h), GTAW (35h), Shop Equipment (15h)
The Welding Track provides comprehensive training in multiple welding processes, with each module covering machine setup, techniques, electrode and gas chemistry, quality inspection, troubleshooting, and advanced applications. Students gain hands-on experience with various welding methods and shop equipment.
Machine Process & Adjustments
Techniques & Manipulations
Electrodes & Gas Chemistry
Weld Inspection & Quality
Troubleshooting
Weld Positions
Machine Setup & Adjustments
Techniques & Manipulation
Electrode & Gas Chemistry
Quality Inspection
Troubleshooting
Advanced Applications
Machine Adjustments
Techniques & Manipulations
Electrodes & Weld Chemistry
Quality Inspection
Troubleshooting
Advanced Applications
Grinders
H/V Bandsaw
Iron-worker
Machine Setup & Process
Techniques & Manipulation
Electrode & Gas Chemistry
Quality Inspection
Troubleshooting
Advanced Applications
Foundational overview of mechanical systems
Understanding of three classes of levers; wheels and axles; fixed and movable pulleys; and differences in mechanical advantage between movable pulley systems
Identify inclined planes; wedges; screws; and different types of gears
Distinguish between other devices used in mechanical systems and describe gravity and friction effects on machines
Contrast equilibrium and dynamic forces; distinguish between linear and rotary motions; between linear and rotary speeds and velocity
Evaluate power, manual, and automatic transmissions
Identify common mechanical faults that occur in motor drive systems and their symptoms
Discuss, compare, and contrast the importance of reactive and corrective maintenance and how they differ from preventive maintenance
Introduction to diesel systems including the diesel engine, diesel engine support systems, and the exhaust system
Overview of the diesel cycle, and a short history of the diesel engine and the changeable aspects of mechanical power
Basic power variables including speed, power, torque, horsepower, and mechanical forces
Understanding of rotary motion, linear motion, and different power variables related to each type of motion
Understanding of the functional and mathematical relationship between rotary and linear motion
Industry tours to connect participants with industry professionals
Engaging with guest speakers to provide real-world insights
Gain insights through professional speaker engagements
Build networking skills
Build meaningful industry connections
