RATE Students who are employed within 6 months of graduation
Precision Machining
The Precision Machining program at Lake Area Tech prepares you to produce parts that meet exact specifications. This is hands-on training in how materials behave, how machines operate, and how precision is maintained from start to finish.
In the lab, you’ll work with both manual equipment and computer-controlled CNC machines to fabricate parts from raw metal. Training focuses on machining fundamentals, material properties, and the ability to program, set up, and monitor automated systems.
The 18-month program is built around project-based learning, with close interaction with industry and consistent time on equipment. Students train in a modern lab with 23 CNC machines, gaining the experience needed to work in high-precision manufacturing environments.
Graduates are prepared for roles such as CNC machinists, tool and die makers, quality control inspectors, and machine programmers—positions where accuracy, consistency, and technical skill matter every day.
If you plan to continue your education, tools like Transferology can help you understand how your coursework applies toward a four-year degree and explore your next steps.
Precision Machining E-Degree
Lake Area Tech offers a hybrid Precision Machining E-Degree through a partnership with Graco, designed for Graco employees who want to build machining skills while continuing to work.
Coursework is delivered online, with hands-on lab work completed either on campus or, when possible, at approved local facilities. The campus shop remains available 40 hours per week to support required machine time and skill development.
Students learn the same core competencies as the on-campus program, including machining fundamentals, CNC operation, and material properties, while balancing work and education through a flexible schedule.
E-Degree Length
Students may complete the program:
- Part-time: six semesters and two summers
- Full-time: four semesters
Lab time requirements vary based on experience, but typically range from 5–16 hours per week.
Program Learning Outcomes
- Demonstrate competence in operating manual machining processes.
- Set up and operate CNC machines.
- Read and interpret blueprints for machining.
- Demonstrate proper use of mathematical measurement and inspection equipment.
- Display teamwork on class project.
- Demonstrate proficiency in troubleshooting applications.
- Demonstrate competency in use of CAD and CAM software.
Articulation agreements:
- General Information & FAQS
- SDSU Operations Management
- Minnesota State University Moorhead Operations Management
- Mount Marty University Articulation Agreement
Take a Virtual Tour of Precision Machining
Precision Machining Spotlight Video
E-Degree Option
Lake Area Tech offers hybrid E-degree programs for students who need flexibility without sacrificing quality. These programs combine online coursework with required on-campus experiences, giving you the ability to learn on your schedule while still completing hands-on training when it matters.
Is online learning right for you? Learn what it means to be a hybrid learner, how it works and what you can expect.
Precision Machining Careers
Below are several careers you could pursue with an Precision Machining degree. Visit our job board to see job opportunities in the Precision Machining sector.
Machine Operator
Graduates of the Precision Machining program can pursue careers as Machine Operators, working with the equipment used to manufacture precision parts and components. In this role, you'll operate production machinery, monitor quality, and help ensure products meet exact specifications. It's an excellent career path for individuals who enjoy hands-on work and being part of the manufacturing process.
Where you might work:
• Manufacturing facilities
• Precision machining shops
• Metal fabrication companies
• Aerospace suppliers
• Industrial production plants
CNC Operator
As a CNC Operator, you'll work with Computer Numerical Control (CNC) machines that produce highly accurate parts used in a wide range of industries. Graduates can expect to load materials, monitor machine performance, inspect finished products, and help maintain efficient production processes. This role combines technical skills with attention to detail and quality.
Where you might work:
• CNC machining facilities
• Manufacturing companies
• Aerospace manufacturers
• Medical device manufacturers
• Industrial equipment producers
Machinist
Machinists create precision components by operating and maintaining advanced machine tools. In this role, you'll read blueprints, set up equipment, perform machining operations, and ensure finished parts meet exact tolerances. This career is ideal for graduates who enjoy problem-solving, precision work, and producing high-quality products.
Where you might work:
• Machine shops
• Manufacturing facilities
• Tool and die companies
• Aerospace suppliers
• Industrial equipment manufacturers
CNC Programmer
As a CNC Programmer, you'll develop the instructions that tell CNC machines how to manufacture complex parts and components. Graduates can expect to interpret engineering drawings, create machining programs, optimize production processes, and improve manufacturing efficiency. This role combines machining knowledge with technology and advanced problem-solving skills.
Where you might work:
• Precision machining companies
• Manufacturing facilities
• Aerospace manufacturers
• Medical device companies
• Advanced manufacturing operations
CNC Setup Machinist
CNC Setup Machinists prepare machines, tooling, and materials for production runs. In this role, you'll configure equipment, verify machine settings, troubleshoot production issues, and help ensure products are manufactured accurately and efficiently. This position plays a critical role in maintaining productivity and quality.
Where you might work:
• CNC machining facilities
• Manufacturing companies
• Tool and die shops
• Industrial production plants
• Advanced manufacturing facilities
Tool and Die Maker
Tool and Die Makers build and maintain the specialized tools, dies, molds, and fixtures used in manufacturing. Graduates can expect to work with precision equipment to create components that support high-volume production and product consistency. This highly skilled career is ideal for individuals who enjoy craftsmanship, precision, and technical challenges.
Where you might work:
• Tool and die manufacturers
• Automotive suppliers
• Manufacturing facilities
• Metalworking companies
• Industrial production operations
Mold Maker
As a Mold Maker, you'll create and maintain precision molds used to manufacture products made from plastics, composites, and other materials. Graduates can expect to work from engineering designs, machine complex components, and ensure molds meet exact specifications. This role combines technical expertise with craftsmanship and attention to detail.
Where you might work:
• Mold manufacturing companies
• Plastics manufacturers
• Consumer goods producers
• Medical device manufacturers
• Industrial manufacturing facilities
Quality Control Technician
Quality Control Technicians help ensure products meet strict standards for accuracy, safety, and performance. In this role, you'll inspect components, perform measurements, analyze production results, and identify opportunities for improvement. This career is ideal for graduates who enjoy precision, analysis, and maintaining high standards.
Where you might work:
• Manufacturing facilities
• Precision machining companies
• Aerospace manufacturers
• Medical device producers
• Quality assurance laboratories
Manufacturing Technician
As a Manufacturing Technician, you'll help support the equipment, processes, and systems that keep production operations running efficiently. Graduates can expect to troubleshoot issues, improve workflows, assist with production activities, and support continuous improvement initiatives. This role offers a broad understanding of modern manufacturing operations.
Where you might work:
• Manufacturing plants
• Advanced production facilities
• Industrial equipment manufacturers
• Consumer goods producers
• Automated production operations
Mechanical engineering Technician
Mechanical Engineering Technicians support engineers in the design, testing, and improvement of products and manufacturing systems. In this role, you'll help create prototypes, analyze designs, conduct testing, and assist with technical documentation. This career provides an excellent bridge between manufacturing and engineering.
Where you might work:
• Engineering firms
•Manufacturing companies
• Product development organizations
• Industrial equipment manufacturers
• Research and development departments
Automation Manufacturing Technician
Automation Manufacturing Technicians help maintain and support the automated systems used in modern production environments. Graduates can expect to troubleshoot equipment, work with robotics and control systems, and help improve operational efficiency. This career combines machining knowledge with emerging manufacturing technologies.
Where you might work:
• Automated manufacturing facilities
• Robotics companies
• Industrial production plants
• Advanced manufacturing operations
• Automation integrators
Advanced Manufacturing Technician
As an Advanced Manufacturing Technician, you'll work with the sophisticated equipment, technologies, and processes that drive modern manufacturing. Graduates can expect to support automation systems, precision machining operations, quality initiatives, and continuous improvement efforts. This role places professionals at the forefront of innovation in manufacturing and production.
Where you might work:
• Advanced manufacturing facilities
• Aerospace manufacturers
• Medical device companies
• Industrial technology firms
• High-tech production operations
Degree Pairings
Explore relevant classes and certificates below to see how they can increase hirability post-graduation.
Precision Machining+ CNC Operator Certificate
Industry’s high demand for entry-level Computer Numerical Control (CNC) Operators is the driving force for the CNC Operator certificate. This certification can serve traditional students or upskill those currently in the workforce who need basic training for proficiency. Classes include blueprint reading, precision measuring, mill and lathe operations, machine tool fundamentals, computer concepts, and CNC operations/production. The two-semester, 16-credit course is offered part-time, on-campus beginning fall 2025. Classes transfer seamlessly to the Precision Machining AAS degree at LATC. The estimated cost of this certificate is $7,907.00.
Every class, every semester. Find the right pathway to achieve your degree on your timing.
Getting all of this straight can be tough – but you're not alone. Our representatives are here to help.
"I am a very "hands-on" learner and my classes at Lake Area Tech taught me in that manner."
Estimated Cost
At Lake Area Tech, there are no surprises. View expected expenses below, so you can plan ahead for a successful year.
| Tuition | $9,648 |
| State Fees | $3,241 |
| Departmental Fee | $4,720 |
| Campus Support Fee | $2,233 |
| Course Fees | $300 |
| Uniform Fee | $332 |
| Tools | $2,785 |
| Books | $900 |
| Laptop (What laptop should I get?) | $2,025 |
| Total Estimated Program Cost: | $26,184 |
We know that college is a large financial undertaking, and our main priority is that there are no surprises as you navigate this journey. Our goal is to offer you the most transparent look at potential costs associated with your degree.
Note that other indirect costs, such as housing, food, transportation, personal and other miscellaneous costs will vary for each student’s situation, and are not included in this estimate.
We strive to offer a variety of financial aid options, as well as helpful resources regarding outside financial aid options.
Precision Machining FAQs
Get the details you need to decide if this program is the right fit for you.
What skills will I learn in the Precision Machining program at Lake Area Tech?
Students in Lake Area Technical College’s Precision Machining program learn a strong foundation of both manual and CNC machining techniques. Training includes working with lathes, mills, surface grinders, and wire EDM equipment. Students develop skills in blueprint reading with GD&T fundamentals, part inspection using micrometers, height gages, and coordinate measuring machines (CMM), and machine parts using both G- and M-code programming and CAD/CAM software. The program also covers jig and fixture design, tool and die work, and mold making, preparing students for advanced manufacturing careers.
How long does it take to become a qualified CNC operator?
Students can become qualified CNC operators in as little as nine months through the diploma pathway. Those pursuing an Associate of Applied Science (AAS) degree in Precision Machining typically complete the program in approximately 18 months, gaining more advanced technical and programming skills.
What kinds of machining equipment will I get hands-on experience with?
Students train on a wide range of professional manufacturing equipment, including:
- Drill presses and pedestal grinders
- Manual lathes and mills
- Surface grinders
- CNC vertical and horizontal mills
- CNC lathes with live tooling
- Swiss turning centers
- Wire EDM machines
This exposure ensures students are comfortable with modern shop environments.
Are machinists in high demand and what jobs can I get after graduation?
Yes — precision machinists are in very high demand across manufacturing industries.
Is this program a good fit if I’ve never used machining tools before?
Absolutely. The Precision Machining program is designed for beginners as well as those with prior experience. Instruction starts with basic machine tool fundamentals and safety, ensuring all students build confidence before progressing to advanced machining, CNC programming, and precision manufacturing skills.
What certifications or credentials can I earn in the program?
Students can earn an Associate of Applied Science (AAS) degree in Precision Machining. Within the program, students also have the opportunity to earn the SolidWorks Certified SolidWorks Associate (CSWA) certification, a valuable credential recognized by manufacturing employers.
Does Lake Area Tech help precision machining students find internships or jobs?
Yes. Lake Area Technical College has strong partnerships with local and regional manufacturing companies. These industry relationships help students access internships, work-based learning opportunities, and full-time employment after graduation.
How much of the program is hands-on learning vs. classroom work?
More than 80% of the program is hands-on training. On a typical day, students spend approximately 60–80 minutes in the classroom and 4–5 hours in the shop, working directly with machining equipment and real-world projects.
What skills do I need to succeed as a machinist or CNC operator?
Successful machinists typically have basic math skills, strong attention to detail, the ability to stay focused, and a willingness to learn. Being mechanically inclined is helpful, but motivation and consistency are the most important traits.
Precision Machining Staff
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