Photonics: Igniting Innovation
How do I know if Photonics is the right path for me?
Are you passionate about shaping the future of technology?
Are you a logical thinker with an interest in math and science?
Do you excel in detail-oriented and repetitive tasks like model building, knitting, or cross-stitching?
If so, a career in photonics may be perfect for you. Photonics technologies are used in diverse fields like medicine, manufacturing, consumer electronics, telecommunications, IT, energy, environmental monitoring, aerospace, agriculture, construction, wildfire fighting, and the military. Specialties include biophotonics, optics, quantum computing, and remote sensing.
Your Pathway to Success
Read on for our comprehensive guide to photonics education and training in Montana. Whether you're seeking rapid training programs, certificates, or advanced degrees, you'll find diverse educational pathways to help you align your studies with your career goals.
Check out our Photonics Career Pathways page to explore in-demand photonics jobs in Montana and take the first step toward a successful career in this rapidly growing industry.
Rapid Training, Certificates, and One- and Two-Year Programs
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Engineering Technology Certificate of Technical Studies (C.T.S.)
Program Length: 1 year
Description: The demand for professionals with the technical skills to assist architects, engineers, land-use planners and surveyors has never been greater. Missoula College’s one-year certificate program will give you training in business, mathematics and writing. You'll gain skills and experience in computer-aided-design (CAD), geographic information and modeling systems. Graduates will emerge with an understanding of how to use CAD software to solve real-world graphic communications problems in a team-oriented environment.
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Program Length: 1 year
Description: To meet the evolving field of engineering and construction, Stone Child College offers a one-year certification program in pre-engineering assistantship. The college believes that engineers of the future will continue to rely on fundamental engineering science and contemporary computational tools to guide their choices. This program of study emphasizes rigor in engineering science, design, and application. The program will prepare students for professional practice in the engineering industry.
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Pre-Engineering Certificate of Completion
Program Length: 1.5 years (3 semesters)
Description: Engineers use knowledge of science and mathematics to design and manufacture useful products and services. The entry-level education required for employment as an engineer is a bachelor’s degree. Students can begin their engineering education at SKC while benefitting from small class sizes and complete the last two years of the bachelor’s degree at another college or university such as at Montana State University or Montana Tech.
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Program Length: Pre-Professional = 2 years
Description: The Blackfeet Community College curriculum for Pre-Engineering is designed to prepare students to transfer to a four-year institution to pursue a bachelor’s degree in an engineering/math field of study. The goal of the Pre-Engineering program will be to give the student a solid foundation in mathematics, physics, and the scientific skills necessary to be successful in any engineering/math program.
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Pre-Engineering Program (pdf pg. 84)
Program Length: Pre-Professional = 2 years
Description: Chief Dull Knife College’s Associate of Science Degree Pre-Engineering option (pdf pg. 84) has been designed to be a transfer plan of study to four-year MUS (Montana University System) institutions offering a Bachelor of Science Degree (BS). In addition to the completion of general education requirements this plan of study offers students the opportunity to complete 100 and 200 level math and science course requirements leading to acceptance to upper division programs in the MUS system and completion of a BS.
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Program Length: Pre-Professional = 2 years
Description: Engineering students at FVCC benefit from small class sizes and personalized attention from instructors. Upon transferring to four-year engineering programs, FVCC graduates are well-prepared for junior-level courses. Work with FVCC academic advisors to customize your degree so you’re prepared to transfer and study Engineering. In two years, earn an associate degree, complete lower-level general education requirements, and prepare to transfer to any four-year institution to earn a bachelor’s degree.
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Aviation Electronics Technology Associate of Applied Science (A.A.S.)
Program Length: 2 years
Description: Students completing the two-year Aviation Electronics Technology (Avionics) program at Gallatin College MSU will learn the practical and technical applications of avionics within the aviation industry. Through hands-on training with aircraft electronics and associated electrical equipment, you will learn to test, troubleshoot, and repair components for communication, navigation, instrument, and control systems. Graduates will be prepared to earn industry recognized certifications and work as technicians in the aircraft electronics maintenance and repair field, earning high wages in an industry needing these highly demanded skills.
Drafting & CAD Technology Associate of Applied Science (A.A.S.)
Program Length: 2 years
Description: Through this 2-year program, students in the Drafting & CAD Technology program at Gallatin College MSU acquire the skills necessary for entry-level drafting jobs in the design/drafting industry using computer-based systems to produce technical illustrations used in manufacturing, production, and construction. Sometimes called a CAD (Computer Aided Drafting) technician, students will create design concepts that are workable in the real world. Using the CAD software, students perform calculations, develop simulations, and manipulate and modify the displayed material. Although most drafters work at computer terminals much of the time, students will also learn traditional drafting which entails creating manual drawings at drafting tables.
Photonics and Laser Technology A.A.S.
Program Length: 2 years
Description: Technicians in the photonics industry work with products and devices that span a broad range of industries, including manufacturing, communications, defense, homeland security, medical, information technology, energy, environmental monitoring, lighting, displays, entertainment and more. In the Photonics & Laser Technology program at Gallatin College MSU, students are first presented a foundation of courses on electronics before introducing photonics and optics to their plan of study. Along with gaining a strong electronics background, students will spend more than 40% of their time in the lab training on a variety of industrial lasers and optical systems for an easy transition into the photonics workforce.
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Science, Math & Engineering Transfer Path A.A.S.
Program Length: 2 years
Description: Earning an associate’s degree in Science, Engineering, and Math from Great Falls College will help you build a strong foundation in high-demand fields. The program offers rigorous coursework and hands-on learning, preparing you for transfer to a four-year institution. With affordable tuition and small class sizes, you get personalized support while exploring STEM. Graduates gain valuable skills for further education or entry-level roles in science, engineering, and technology, with options to focus on math, biology, chemistry, or physics.
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STEM Pathway Associate of Science (A.S.)
Program Length: 2 years
Description: The STEM pathway (A.S.) at Miles City Community College prepares students for programs that allow graduates to undertake professional careers that require a solid foundation in math and science. These programs are generally technically rigorous and designed for students with a strong interest in training beyond the bachelor’s degree. This may include such fields as Engineering, Physical or Occupational Therapy, Pharmacy, Medicine or other science fields. In these fields graduates often works in complex teams on crucial issues and often assume leadership positions which rely on effective communication and problems solving in addition to expertise in their field.
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Design Drafting Technology A.A.S.
Program Length: 2 years
Description: Learn the skills for a successful civil engineering, mechanical, or architectural drafting career through Montana State University-Northern American Design Drafting Association (ADDA) certified Associate of Applied Science (AAS) degree in Design Drafting Technology. This drafting degree gives students a solid background in the principles of drafting, which translate to a variety of technical and engineering jobs.
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Program Length: 2 years
Description: The pre-engineering program at the University of Montana is a two-year program that helps students determine if they are interested in engineering and prepares them to transfer to a university with an accredited engineering program. The program focuses on developing a fundamental knowledge of physics, chemistry, and mathematics. In addition, students take classes in English, communication, the social sciences, and humanities. Students in the pre-engineering program can transfer to a university of their choice, but the program has been designed as a 2 + 2 program between the University of Montana and Montana Tech.
Minors and Four-Year Programs
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Engineering Dual Degree Program (3-2)
Program Length: 3-2 Program = 3 years at Carroll College and then 2 years of additional study in your chosen engineering field at ABET accredited engineering college of your choice.
Description: If you choose to study engineering under the 3-2 option, you will earn a Bachelor of Arts in Engineering Mathematics from Carroll College in addition to a Bachelor of Science in Engineering from one of our affiliated engineering schools. After completing three years at Carroll as a 3-2 student, you are eligible for admission and transfer to one of four affiliated universities for two years of additional study in your chosen engineering field. However, transfer for 3-2 students are not restricted to our affiliates. A 3-2 major can finish their engineering degree at any ABET accredited engineering college.
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Program Length: Minor = 3 years
Description: Students within the Engineering Management program at Montana State are able to supplement their existing major with coursework in technical and managerial problem solving in order to better prepare them for a career in technical leadership and management. The Engineering Management program is open to all MSU students except Industrial & Management Systems Engineering majors, better equipping those students for the workplace with thorough study in the managerial, financial, and systems-level issues inherent to leadership in a variety of engineering disciplines.
Program Length: Minor = 3 years
Description: The Mechatronics minor in the Department of Mechanical and Industrial Engineering at Montana State explores the synergy of mechanical, electrical and computer engineering to position students to design unique and innovative robotics systems, tools, and manufacturing processes.
Program Length: Minor = 3 years
Description: In addition to their core plan of study, students in the Optics undergraduate minor program at Montana State take coursework in electrical engineering, physics, and optics in order to gain an understanding of the rapidly growing optics and photonics fields.
Program Length: 4 years
Description: Students in the Chemical Engineering major are constantly engaged in hands-on lab opportunities to explore the mechanics of chemical synthesis that are at the core of their profession. Whether it’s studying biofilms with a professor at the top of their field or earning a spot alongside students from across the country in the Research Experience for Undergraduates (REU) summer program, Chemical Engineering students are afforded a variety of opportunities to develop skills that will serve them in positions in chemical manufacturing and petroleum refining, pharmaceutical manufacturing and delivery, environmental engineering and more.
Program Length: 4 years
Description: Electrical engineering graduates are key contributors at the frontier of science and engineering, using physics, electronics and electromagnetism to work with everything from nanotechnology to smart grids, inside human bodies to deep outer space. The Montana State electrical engineering program emphasizes hands-on laboratory work from EELE 101 through graduation. Electrical engineering students have access to state-of-the-art equipment and software, including electrical systems, advanced digital design, communications, control systems and even a fully functional microfabrication clean room facility. The Department of Electrical and Computer Engineering also offers a non-teaching minor in Electrical Engineering that provides interested students with an introductory understanding of electrical circuits, electronics, and properties of signals.
Mechanical Engineering Technology B.S.
Program Length: 4 years
Description: The Mechanical Engineering Technology program at Montana State trains students in the core skills of engineering fundamentals, manufacturing applications, mechanical design and thermal sciences in hands-on activities both inside and outside of the laboratory. Upon graduation, Mechanical Engineering Technology students are equipped to enter jobs in which they produce computer models, design drawings, operate manufacturing equipment, inspect manufacturing floor, analyzes production problems or assists in making a brand-new product come to life.
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Electrical Engineering Bachelor of Science (B.S.)
Program Length: 4 years
Description: Acquire the knowledge and skills you need to earn an electrical engineering salary through the ABET-accredited electrical engineering bachelor’s degree at Montana Tech. Bring your love of mathematics and drive to succeed to an electrical engineering degree that includes courses in grid stability, grid modeling, power protection, and instrumentation and controls.
Program Length: 4 years
Description: Develop the fundamental concepts to better the human condition and solve problems across society through the ABET-accredited mechanical engineering bachelor’s degree at Montana Tech. Through classes and hands-on labs, you’ll prepare for in-demand, high-paying careers in aerospace, manufacturing, semiconductor, HVAC, petroleum, and mining fields.
Post-Graduate Programs
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Innovation and Management Master of Science (M.S.)
Program Length: 2 years
Description: Candidates in the Innovation and Management graduate program at Montana State develop skills and knowledge in an innovative one-year program designed to accelerate their career potential, either through entrepreneurship or leadership in existing organizations. The Innovation and Management program is made for candidates interested in innovating, leading, and solving challenging problems, especially in the design, science, technology, engineering, or math fields. Innovation and Management students will expand their skill sets through first-hand experiences working on projects with researchers, entrepreneurs, industry leaders and government programming.
Chemical Engineering Master of Engineering (M.Eng)
Program Length: 2 years
Description: In the Chemical Engineering Master of Engineering program at Montana State, graduate students further their understanding of topics related to microfluidics, biomedical diagnostics, biofuels and other advanced material topics in order to build professional skills and knowledge in the medical and energy system sectors. By earning a Masters of Engineering degree, candidates advance their knowledge in the chemical engineering field alongside award-winning faculty who are recognized leaders in their areas of expertise.
Chemical Engineering Master of Science (MS) or Doctor of Philosophy (PhD)
Program Length:
MS = 2 years;
PhD = 3 – 8 years
Description: In the Chemical Engineering graduate program at Montana State, graduate students advance knowledge at the frontiers of their field to generate solutions in medicine, energy systems and more. With a variety of degree paths that include a Master of Science (thesis and non-thesis) and Ph.D. options, graduate candidates are able to further their studies in a variety of ways. Chemical Engineering students enjoy a variety of opportunities to investigate research topics with vital hands-on learning opportunities within lab entities such as the Center for Biofilm Engineering, as well as the support of award-winning faculty who are recognized leaders in their areas of expertise.
Electrical & Computing Engineering M.Eng or MS or PhD
Program Length:
M.Eng/MS = 2 years,
PhD = 3-8 years
Description: In the Electrical Engineering department at Montana State, graduate students are granted access to innovative research labs and centers that allow candidates to explore cutting-edge issues in the field. Associated research entities include the Spectrum Lab, the Montana Nanotechnology Facility (MONT) and the Optical Technology Center (OpTeC), among others. While candidates are further honing their skills with vital hands-on learning opportunities, they are also supported by award-winning faculty who are recognized leaders in their area of expertise.
Engineering Applied Mechanics PhD
Program Length: 3 – 8 years
Description: Doctoral candidates in the Applied Mechanics program at Montana State are supported by three departments within the Norm Asbjornson College of Engineering: Chemical & Biological Engineering, Mechanical & Industrial Engineering and Civil Engineering. This cross-department collaboration allows for candidates to further their study on a variety of projects connected to solid mechanics, fluid mechanics, biomechanics, thermal sciences or structural mechanics in world-class facilities.
Mechanical Engineering M. Eng., MS, or PhD
Program Length:
M.Eng and MS = 2 years;
PhD = 3-8 years
Description: In the Mechanical and Industrial Engineering department at Montana State, graduate students pioneer knowledge in their field to generate solutions in advanced materials, renewable energy and more. Mechanical engineering is a diverse field with wide applications, so our candidates work with award-winning faculty on research that spans disciplines and pushes boundaries.
Program Length: MS = 2 years
Description: In this interdisciplinary program in the departments of Physics, Electrical and Computer Engineering, and Chemistry and Biochemistry, Optics and Photonics graduate students at Montana State learn to harness the power of light to prepare for in-demand jobs or research careers in laser engineering, remote sensing and more. Montana State's Optical Technology Center, founded in 1995, has supported a culture of interdisciplinary research and has a long history of partnership with Bozeman's thriving optics and photonics industry.
Program Length: 3-8 years
Description: PhD studies at Montana State University provide the student the opportunity to create new optics and photonics technology and scientific results in a highly collaborative environment. Our graduates are working in industry, government labs, and academia around the world. Many of the Montana optics and photonics companies have been founded by our PhD graduates and we maintain a warm relationship with industry and government researchers.
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Project Engineering Management (MS - ONLINE)
Program Length: 1 year
Description: The Master of Project Engineering and Management degree is designed to give working professionals an opportunity to enhance their technical and managerial skills with minimum disruption to their workday. The MPEM curriculum is designed to provide the tools necessary to become an efficient project manager. Today's competitive market seeks professionals who handle multiple tasks effectively while working with clients and associates to become more profitable. Working professionals now have an opportunity to earn their masters degree without disrupting their work or without leaving home since these courses are hosted online by Moodle. Take advantage of this opportunity and become a more effective project manager.
Electrical Engineering Master of Science (MS)
Program Length: 2 years
Description: A Masters of Science in Electrical Engineering from Montana Tech provides outstanding career opportunities. Montana Tech’s program offers graduate courses and research projects in the areas of electric energy and power, automation and control systems, signal processing, and instrumentation. Other areas of emphasis may be tailored to the students' needs. Montana Tech’s Electrical Engineering faculty have an excellent track record in attracting research projects funded by industry and government.
General Engineering Master of Engineering (MEng) option in Mechanical Engineering
Program Length: 2 years
Description: The Masters of Engineering degree is a 31-credit coursework-only master’s degree for those with a B.S. degrees in engineering, including practicing professionals and recent graduates. It provides an avenue for professional advancement and licensure. It also provides a curriculum path for high-achieving undergraduate engineering students seeking a Master’s degree, but who aren’t interested in research careers. The student will take advanced courses within the mechanical engineering option in addition to 6 credits selected from a core. All options require a one-credit exit exam.
Skill Development and Certifications
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Through both online and in-person trainings, you will gain knowledge of key topics like lab and materials safety, optical and electrical systems, and much more, solidified by hands-on experience. This collaborative program includes contributions from Montana Photonics and Quantum Alliance, Gallatin College, and Accelerate Montana. To learn more, contact Katherine Booher, Director of Workforce Partnerships for Accelerate Montana at katherine.booher[at]acceleratemt.com.
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The Gallatin Valley Robotics Association (GVRA), believes every student deserves the opportunity to explore, grow and succeed in a variety of fields. Through FIRST® Robotics Competition (FRC), GVRA team members don’t just build robots - they develop a wide range of valuable skills. These skills prepare students for careers in any field.
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The Missoula Robotics Team, FRC 3216 is a student-run team that includes members from all three Missoula area public high schools (Sentinel, Hellgate, and Big Sky). Headquartered at Sentinel High School, the Missoula Robotics Team are the first FRC team in Montana, and aspires to expand the impact of FIRST throughout Montana.
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The RoboScout Squad is a grade 7-12 girls’ robotics team in Kalispell, Montana. The girls on the team are dedicated Girl Scouts, honor roll students, student athletes, student musicians and more. The purpose of this page is community outreach, education, upcoming events, recruitment and promoting STEM opportunities for girls.
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Kahn Academy is a nonprofit with the mission to provide a free, world-class education for anyone, anywhere. Through a wide array of study topics ranging from electrical engineering and calculus to thermodynamics and A.I., Kahn Academy is the hub for all things STEM. Learners can go at their own pace, exploring articles, short video lessons, practice problems, teaching resources, and more. Although Kahn Academy is geared towards students K-12, there are resources for college students and those exploring career options under the website’s “careers” section.
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MIT OpenCourseWare is an online publication of materials from over 2,500 MIT courses, freely sharing knowledge with learners and educators around the world. Take charge of your education and explore topics ranging from electrical engineering, calculus, engineering ethics, and more. If there is a specific area of expertise you want to specialize in as an aspiring engineer, MIT OpenCourseWare is a great place to start learning for free.
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The Engineer’s Toolbox provides resources, tools, and basic information for the engineering and design of technical applications. In addition, The Engineer’s Toolbox supplies you with unit converters, formulas, and parametric components through its SketchUp extension.
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For those interested in learning specific topics, but don’t wish to make a financial or time commitment to a community college or university, check out Udemy’s online course catalog. Udemy allows users to conveniently learn from home on their own time. Featuring courses in robotics, aerospace engineering, and more, Udemy offers a variety of options to help you engage with the extensive field of engineering. Keep an eye out for occasional course sales as well.
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The University of Providence’s Argo Connect and dual credit programs are crucial in helping to increase the educational options and opportunities for currently enrolled high school juniors and seniors. Not only do these programs provide students with a unique opportunity to earn credit at the secondary and postsecondary levels simultaneously – they provide students with an early glimpse of college life; including course load, deadlines, structure, and more. Students in Dual Enrollment can take up to three 3-credit courses at no cost.
Additional Career Resources
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Check out our photonics career pathways page to explore in-demand photonics jobs in Montana.
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Montana is a designated tech hub for optics, photonics, and quantum companies, entrepreneurs, laboratories, and universities. Discover Montana’s innovative history in photonics and quantum, cutting-edge university programs, dynamic Montana companies, and tight entrepreneurial support networks.
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Whether you’re designing a lesson plan, looking to incorporate new curriculum, or planning your next field trip, our guide to photonics and quantum K-12 education can help you shape the next generation of Montana’s STEM innovators.
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On Tuesday, July 2, 2024, the U.S. Economic Development Administration announced $41 million in funding for Montana’s Headwaters Tech Hub to scale up critical technology production, create long-term jobs in innovative industries, and strengthen U.S. economic competitiveness and national security.
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The Montana Photonics and Quantum Alliance (MPQA) is a non-profit organization that serves as a hub for Montana’s optics, photonics, and quantum companies, entrepreneurs, laboratories, and universities to commercialize, grow and sustain globally leading organizations that create high quality jobs and economic opportunity in Montana.
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Discover the latest photonics jobs available in Montana with the MPQA’s free online jobs board.
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Montana State University’s Applied Quantum CORE (QCORE), supported by the Air Force Research Laboratory, advances quantum technology from concept to market. The program spans research, economic development, and education/workforce development—led by MSU’s Science Math Resource Center—which engages youth, educators, and communities in quantum concepts and careers through pathways, internships, and new training programs at all levels.
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As Montana continues to emerge as a thriving tech hub, it’s creating abundant opportunities across the state’s diverse tech sector. Our list of 31 Hot Montana Jobs 2025 includes opportunities for Montanans of all backgrounds, with pathways into fields such as robotics, digital forensics, and game design.
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Our list of 10 Hot Montana Photonics Jobs for 2024 highlights high-growth photonics roles, based on workforce data, to guide students, job-seekers, and community leaders in exploring Montana’s future in this field.
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To identify in-demand roles in Montana, our team at the Montana High Tech Business Alliance pored over workforce data from the U.S. Department of Labor, research studies, and online job listings to create a list of tech jobs projected to grow fast in the next few years. See our list of 31 hot Montana jobs projected for 2023.
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The Montana American Indians in Math and Science (MT AIMS) program is a partnership between the North American Native Research and Education Foundation (NANREF) and the University of Montana (UM). MT AIMS serves Native American students from 6th – 10th grade. The long-term vision of the AIMS program is to provide linked STEM programming to Native American students across the country, from sixth grade through their freshman year in college, and continued support through the pursuit of a Ph.D. The program utilizes Field Initiated Innovations in improving and expanding STEM learning and engagement.
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The Montana Robotics Alliance (MTRA) advocates for youth robotics across Montana, and are a FIRST Montana local program delivery organization.
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Located on Montana State University’s Innovation Campus, Aurora’s 78,000 square-foot office and testing facility builds upon the university’s 30-year history of producing industry-leading photonics engineers and innovations.
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We invite you to take advantage of Microsoft's Skills for Jobs initiative, which offers free access to LinkedIn Learning courses covering a wide range of topics, including AI and soft skills. Enhance your digital skills and empower your team and community with valuable knowledge that aligns with the evolving needs of today's economy.
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CompTIA’s Career Explorer is a comprehensive resource designed to inform, inspire, and guide individuals toward their next career step in the tech industry and beyond. Explore the entire portfolio of Career Explorer resources at no cost, watch video profiles featuring diverse professionals sharing their non-traditional paths into tech careers, and gain insights into earnings potential, job outlook, employer hiring trends, remote work opportunities, and much more across the U.S. and 250 metro areas.
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Reach Higher Montana’s Work-Based Learning Collaborative website features resources for employers to grow their talent pipeline through work-based learning, materials to help educators connect their classroom learning to careers, and links to resources that will help Montana students explore their career interests through on-the-job training.
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The WBLC Data Dashboard aims to make data on work-based learning in Montana accessible to help improve workforce support, work-based learning, and educational opportunities so that young people are better prepared for employment success and employers gain skilled workers. Updates are made annually.
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Produced by the Montana Work-Based Learning Collaborative, the WBL Toolkit for Employers provides employers with resources, tools, and guidance to successfully develop high-quality work-based learning experiences for student workers.
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The informational interviews handout from the University of Montana College of Business lists five steps for setting up successful informational interviews to learn more about a specific company or industry.
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Internships serve as crucial stepping stones into the workforce. Check out “Internships 101: Aceing Your Application” for expert tips from Montana High Tech Business Alliance members to confidently apply for your next internship.
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Read “5 Tips to Set Yourself Up for Success in a Tech Career” to learn tips for launching a career in tech from hiring managers at Blackfoot Communications, Submittable, GL Solutions, onX, Skyfish, Cognizant, NorthWestern Energy, Pathlabs, Snapchat, and Instacart.
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In “5 Tips from Hiring Managers - How to Land a Montana Tech Job or Internship” local hiring managers from Boeing Helena, Hyundai Motor Group, and Zoot Enterprises share advice to help students stand out when applying for a Montana tech job or internship.
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See what tips you can use to give you an advantage in pursuing tech jobs or internships in Montana.
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Learn more about engineering career pathways and high-tech jobs available to you through Gallatin College and Montana State University.
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Check out MHTBA’s Great Places for Tech article series to learn more about high-tech opportunities in Montana.
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Take a look at our Jobs board that we use to post many tech jobs that are in Montana from entry level to Senior level positions.
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If you can’t find what you’re looking for on our Jobs Board, see this O*NET Career Database for additional information.
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Interested in more careers outside of Montana or outside the High Tech Industry? Find additional occupational information on the U.S. Bureau of Labor Statistics website.
Do you have a helpful resource you’d like to suggest we add to this guide? Do you have information you are searching for, or other feedback? The Montana High Tech Business Alliance would love to hear from you. Please reach out to us at communications[at]mthightech.org.