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Technology teachers empower the next generation with essential digital literacy and computational thinking skills, moving beyond basic computer use to inspire innovation and problem-solving. They design engaging curricula that introduce students to coding, robotics, digital media, and cybersecurity, shaping future tech leaders and informed digital citizens. This role is crucial for preparing students for a rapidly evolving, technology-driven world.
$62,360 USD
(U.S. national median for secondary school teachers, May 2023, BLS)
Range: $45k - $95k+ USD, depending on experience, location, and educational attainment (e.g., master's degree).
1%
slower than average for all teachers, secondary school (2022-2032), according to the BLS. Specific demand for technology teachers may vary by state and district.
A technology teacher educates students on the principles, applications, and impact of various technologies. This role goes beyond basic computer literacy, focusing on developing computational thinking, digital citizenship, and practical skills in areas like coding, robotics, digital media creation, and cybersecurity. They design and deliver hands-on learning experiences that prepare students for an increasingly digital world.
Unlike a general classroom teacher who might integrate technology into their subject, a technology teacher specializes in technology as a subject itself. They also differ from IT support staff, as their primary role is instruction and curriculum development, not solely maintaining infrastructure. Their core purpose is to equip students with the skills and understanding necessary to be creators, innovators, and responsible consumers of technology.
A Technology Teacher's qualifications blend pedagogical expertise with a strong grasp of current and emerging technologies. Requirements vary significantly based on the educational level taught, such as elementary, middle, or high school, and whether the focus is on computer science, digital literacy, or vocational tech skills. Smaller schools or those in rural areas might seek generalists, while larger districts or specialized academies often prefer teachers with deep expertise in specific areas like robotics, cybersecurity, or software development.
Formal education typically holds significant weight, with a bachelor's degree in education or a technology-related field being foundational. However, practical experience, especially for career and technical education (CTE) programs, is highly valued. Many states require specific teaching licenses or certifications, which often involve passing content-specific exams and completing supervised teaching hours. Alternative pathways, such as career changers with industry experience completing post-baccalaureate certification programs, are becoming more common and accepted, particularly in fields struggling to find qualified educators.
The skill landscape for Technology Teachers is constantly evolving. Traditional computer literacy skills are now foundational, while emerging areas like artificial intelligence, data science, and ethical technology use are gaining prominence. Teachers must balance a broad understanding of various technologies with the ability to dive deep into specific programming languages or hardware. Staying current through professional development, industry certifications, and continuous self-learning is crucial for long-term success and career advancement in this dynamic field.
Becoming a Technology Teacher involves various entry pathways, blending traditional education routes with practical experience. For those starting from scratch, a bachelor's degree in education with a technology focus or a relevant STEM field, followed by a teaching credential, is typical. Career changers with significant industry experience in IT or engineering may pursue alternative certification programs, which allow them to teach while completing pedagogical coursework.
The timeline for entry varies; a complete beginner may spend 4-5 years on a degree and certification, while experienced professionals might complete alternative routes in 1-2 years. Geographic location impacts demand; tech hubs often seek teachers with specialized skills, while rural areas might value broader technical competency. Smaller schools may prefer generalists, whereas larger districts or specialized academies look for subject matter experts.
A common misconception is that deep coding knowledge is always required; many technology teaching roles focus on digital literacy, STEM integration, and practical application of tools rather than advanced programming. Networking with current educators, attending education tech conferences, and seeking mentorship are crucial. The hiring landscape values adaptability and a passion for integrating technology across the curriculum, alongside formal qualifications.
Becoming a Technology Teacher involves a blend of formal education and practical experience, with pathways varying significantly by region and school level. Traditional routes often require a bachelor's degree in education, instructional technology, or a related field, costing between $40,000 and $100,000+ for a four-year program. Many states also mandate a teaching license or certification, which may involve specific coursework in pedagogy, classroom management, and subject-specific content. Some educators transition from industry roles through alternative certification programs, which can range from 6 to 18 months and cost $5,000 to $15,000, often alongside supervised teaching.
Alternative learning paths, such as online master's programs in educational technology or specialized certification bootcamps, cater to working professionals or those seeking to deepen their expertise. These programs typically take 1-2 years for a master's degree ($15,000-$40,000) or 8-16 weeks for a bootcamp ($2,000-$8,000). While formal degrees are often preferred, especially for K-12 public school positions, practical experience and a strong portfolio demonstrating technological proficiency are highly valued. Private schools or adult education centers might prioritize hands-on skills and real-world application over a traditional teaching degree, accepting industry certifications or extensive professional experience as sufficient.
Continuous learning is crucial for Technology Teachers due to the rapid evolution of educational tools and platforms. This includes professional development workshops, specialized certifications in new software or hardware, and participation in educational technology conferences. Employers generally perceive state-issued teaching licenses and degrees from accredited institutions as the most credible credentials. However, a blend of formal pedagogical training and up-to-date technical skills provides the most competitive advantage. The cost-benefit analysis favors programs that offer practical teaching experience and pathways to state licensure, ensuring eligibility for a broader range of teaching opportunities.
Compensation for a Technology Teacher varies significantly based on several factors beyond just base salary. Geographic location is a primary driver, with higher salaries typically found in areas with a higher cost of living or strong demand for skilled educators, such as major metropolitan areas or technology-focused regions. School district funding, public versus private school settings, and unionization also play a crucial role in determining pay scales.
Experience, advanced degrees, and specialized certifications in areas like cybersecurity, coding, or educational technology platforms dramatically influence earning potential. Teachers with master's degrees or specific technology endorsements often qualify for higher pay steps. Total compensation packages frequently include comprehensive health insurance, retirement contributions (pension or 403(b) plans), and paid time off. Some districts offer stipends for extracurricular activities or professional development.
Negotiation leverage for Technology Teachers often comes from demonstrating expertise in high-demand areas or a proven track record of student success. Remote work is less common for this role compared to other tech professions, though virtual teaching opportunities can influence salary ranges, sometimes allowing for geographic arbitrage if living in a lower cost-of-living area. While specific figures are typically USD-centric, international schools or programs may offer different compensation structures based on local economic conditions and expatriate benefits.
| Level | US Median | US Average |
|---|---|---|
| Assistant Technology Teacher | $48k USD | $52k USD |
| Technology Teacher | $62k USD | $65k USD |
| Senior Technology Teacher | $75k USD | $78k USD |
Career progression for a Technology Teacher often involves a blend of instructional excellence, curriculum development, and leadership within an educational institution. Advancement typically distinguishes between individual contributor (IC) tracks, which focus on direct teaching and specialized pedagogy, and management/leadership tracks, which involve broader departmental oversight and strategic planning.
Advancement speed depends on several factors: consistent high performance in the classroom, successful implementation of new technologies, and a proactive approach to professional development. Company size, in this context, refers to the size and type of school (public, private, charter) and its funding, which can influence available resources and opportunities for specialized roles. Networking with other educators and administrators, participating in professional organizations, and engaging in mentorship roles significantly accelerate career growth. Certifications in specific educational technologies or leadership programs also mark important milestones.
Lateral movement opportunities exist within the field, such as transitioning to an instructional design role, educational technology specialist, or even curriculum developer at a district level. Career paths vary by school type; larger districts may offer more structured advancement, while smaller schools might provide quicker opportunities for leadership due to fewer staff. Continuous learning in emerging technologies and adapting teaching methodologies are crucial for sustained progression. Alternative pathways might include moving into corporate training or educational software development.
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View examplesTechnology Teachers are globally essential for equipping students with digital literacy and STEM skills. Many countries face shortages in this specialized area, driving international demand, particularly in developing economies and STEM-focused nations. Curricula and teaching methodologies adapt to local educational standards, but core technological concepts remain universal. Professionals consider international roles for diverse experiences and higher earning potential in specific markets. International Baccalaureate (IB) certifications or Cambridge International qualifications enhance global mobility for these educators.
Salaries for Technology Teachers vary significantly by region and school type. In North America, a Technology Teacher earns between $50,000 and $80,000 USD annually in public schools, while international schools offer $60,000 to $100,000 USD, often with housing and benefits. European salaries range from €30,000 to €55,000 ($32,000 - $60,000 USD) in public systems, but private or international schools can reach €45,000 to €75,000 ($48,000 - $80,000 USD). Countries like Switzerland or Luxembourg offer higher pay, reflecting a higher cost of living.
Asia-Pacific markets, especially in international schools in China, Singapore, or UAE, provide competitive packages from $40,000 to $70,000 USD post-tax, frequently including accommodation, flights, and health insurance. This significantly boosts purchasing power. Latin American public school salaries are lower, typically $15,000 to $30,000 USD, but international schools might offer $30,000 to $50,000 USD. Tax implications also differ; some countries have lower income tax rates or offer tax-free salaries for expatriates in specific school systems.
Experience and advanced degrees, such as a Master's in Educational Technology, directly impact compensation globally. For instance, a teacher with five years of experience and a Master's degree will command a higher salary and better benefits package than a new graduate. Some international school networks have standardized pay scales that factor in years of experience and qualifications, ensuring transparency across their global campuses.
Understanding current market conditions is crucial for aspiring and existing technology teachers. The landscape for this role has evolved significantly since 2023, driven by post-pandemic educational shifts and the rapid advancement of AI.
Broader economic factors directly influence school budgets and, consequently, the availability of teaching positions. Market realities for technology teachers vary considerably by experience level, with specialized skills commanding more opportunities. Geographic region and the size of the school district also play a major role in job prospects and compensation. This analysis provides an honest assessment of current hiring realities.
Technology teachers face increased competition, especially for remote or hybrid positions. Budget constraints in some districts limit new tech program funding. Rapid technological change also demands constant skill updates, creating a challenge for educators to stay current.
Strong demand exists for technology teachers who can integrate AI literacy and cybersecurity into their curriculum. Emerging roles include AI educators and robotics coaches, particularly at the middle and high school levels. Teachers with experience in project-based learning and interdisciplinary STEM integration are highly sought after.
Professionals can gain an advantage by obtaining certifications in specific educational technologies or programming languages relevant to K-12. Underserved markets, especially in rural or lower-income districts, often have persistent openings for qualified tech teachers. Experience with data science, machine learning, or virtual reality in an educational context provides a significant competitive edge.
Despite broader economic challenges, school districts continue to invest in technology education to prepare students for future careers. This creates opportunities for strategic career moves into schools prioritizing innovative tech programs. Now is a favorable time to pursue professional development in emerging tech areas, aligning skills with future educational demands.
The landscape of education is undergoing a rapid transformation, driven by advancements in technology and evolving pedagogical approaches. These shifts are creating entirely new specialization opportunities for technology teachers. Understanding and positioning oneself early in these emerging areas is crucial for career advancement and securing premium compensation in 2025 and beyond.
While established specializations remain valuable, focusing on cutting-edge fields allows educators to become pioneers, shaping the future of learning. These emerging areas often command higher demand and offer significant growth potential as they become mainstream. Typically, it takes 3-5 years for a truly emerging area to transition from niche to a significant source of job opportunities.
Embracing these new specializations involves a strategic balance between risk and reward. While there is an initial investment in acquiring new skills, the potential for leadership roles and increased influence within educational institutions is substantial. Technology teachers who proactively develop expertise in these forward-looking domains will find themselves at the forefront of educational innovation, creating impactful learning experiences for students.
Embarking on a career path requires a clear understanding of both its appealing aspects and its genuine hurdles. Career experiences in any field, including teaching, can vary significantly depending on the school's culture, the specific grade levels taught, and individual personality. What one person views as a major benefit, another might see as a challenge. These dynamics can also shift as a career progresses from an early-stage role to a more senior position. This assessment provides a realistic look at the advantages and challenges of being a Technology Teacher, helping prospective educators set appropriate expectations for this evolving and impactful profession.
Technology teachers play a crucial role in preparing students for future careers and digital citizenship, offering a strong sense of purpose and impact on the next generation.
The dynamic nature of technology ensures that the curriculum is constantly evolving, providing intellectual stimulation and preventing monotony in daily work.
Becoming a Technology Teacher involves unique challenges, from keeping pace with rapid technological changes to designing engaging curricula for diverse learners. This section addresses common questions about entering this field, focusing on qualifications, day-to-day work, and career progression in educational technology.
Most states require a bachelor's degree, often in education, computer science, or a related technology field. You will also need to complete a teacher preparation program and obtain state teaching certification, which typically involves coursework in pedagogy, classroom management, and a supervised student teaching experience. Some states offer alternative certification routes for those with a relevant bachelor's degree and professional experience.
The timeline varies significantly depending on your current educational background. If you are starting a bachelor's degree, it will take four years, plus any time for certification. If you already have a degree, a post-baccalaureate certification program or master's degree can take 1-2 years. Alternative certification programs might be shorter, ranging from 6 months to a year of intensive study and practical experience.
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Explore career guide≈104,800
openings annually for all teachers, secondary school, based on BLS projections.
Bachelor's degree in Education, Computer Science, or a related field, often with a state teaching license or certification in technology education. A master's degree can enhance career prospects and salary.
A technology teacher primarily works in a school setting, often within a dedicated computer lab, maker space, or specialized technology classroom. The environment is dynamic and hands-on, encouraging active student participation and project-based learning. Collaboration with other teachers, administrators, and sometimes parents is frequent, focusing on curriculum integration and student support.
The typical schedule follows the school calendar, with standard school hours, but may include after-school activities, club supervision, or professional development. While the work is largely on-site, some curriculum development or grading may occur remotely. The pace is generally steady during class time, punctuated by periods of intense planning and preparation. The role requires adaptability to evolving technologies and student needs.
Technology teachers regularly use a wide array of tools and technologies to facilitate learning. They rely on various operating systems like Windows, macOS, and Chrome OS, along with productivity suites such as Microsoft Office 365 and Google Workspace for creating lesson plans and managing student work.
For programming and coding, they frequently use platforms like Scratch, Python IDEs, and educational robotics kits (e.g., LEGO Mindstorms, VEX Robotics). Digital media creation involves software like Adobe Creative Suite (Photoshop, Premiere Pro), Canva, and 3D design tools. Learning Management Systems (LMS) such as Canvas, Google Classroom, and Moodle are essential for assignment distribution, grading, and communication. They also utilize interactive whiteboards, projectors, and various online educational resources to enhance classroom engagement.
| Lead Technology Teacher |
| $85k USD |
| $88k USD |
| Head of Technology Department | $95k USD | $99k USD |
The job market for Technology Teachers shows consistent growth, driven by the increasing integration of technology into K-12 curricula and the push for digital literacy from early grades. The U.S. Bureau of Labor Statistics projects an average growth for all teachers, but technology-focused roles often see higher demand due to the rapid evolution of educational tools and the need to prepare students for a digitally reliant future. There is a particular need for educators who can teach robotics, coding, AI fundamentals, and digital citizenship.
Current trends indicate a supply-demand imbalance in many regions, with more positions available than qualified candidates, especially for those with strong technical skills and pedagogical expertise. This creates favorable conditions for job seekers. Emerging opportunities include roles focused on blended learning environments, online curriculum development, and instructional technology coaching within schools. Automation and AI are unlikely to replace Technology Teachers; instead, these technologies become tools taught and utilized, shifting the role towards guiding students in their application and ethical use.
This profession is relatively recession-resistant, as education remains a critical public service, though budget cuts in specific districts can impact hiring. Geographic hotspots for Technology Teachers often align with technology industry hubs, where school districts are more likely to invest in cutting-edge programs. Continuous professional development in new technologies and teaching methodologies is essential for long-term career viability and to maintain relevance in this dynamic field.
Supports the lead teacher in classroom activities, preparing materials, and assisting students with technology projects. Manages small group instruction and helps troubleshoot basic technical issues during lessons. Observes and learns from experienced teachers to understand classroom dynamics and pedagogical approaches.
Develop foundational classroom management skills and effective lesson planning. Focus on mastering core technology tools and software relevant to the curriculum. Build strong communication lines with students, parents, and fellow teachers. Seek mentorship from experienced educators.
Designs and delivers technology-focused lessons to students across different grade levels. Manages classroom technology resources and ensures their proper use and maintenance. Evaluates student progress and provides constructive feedback. Collaborates with other subject teachers to integrate technology into their curricula.
Refine instructional delivery techniques and integrate technology across various subjects effectively. Focus on curriculum adaptation and creating engaging, project-based learning experiences. Develop assessment strategies for technology proficiency. Pursue professional development in advanced educational technologies.
Leads the development and implementation of specific technology curriculum units or programs. Acts as a subject matter expert for particular technologies or software. Provides informal guidance and support to less experienced technology teachers. Contributes to school-wide technology initiatives and policy discussions.
Specialize in advanced educational technologies or specific programming languages. Mentor junior teachers and share best practices for technology integration. Take on curriculum development projects and pilot new educational software. Develop leadership skills through committee participation.
Oversees the planning and execution of major technology projects within the school or department. Leads curriculum review and development for the entire technology program. Mentors and evaluates the performance of other technology teachers. Represents the technology department in cross-functional school committees.
Develop strategic planning and project management skills for departmental initiatives. Foster a collaborative environment among technology staff. Lead professional development workshops for the entire faculty on technology integration. Engage in budget planning for technology resources.
Manages all aspects of the technology department, including staffing, budget, curriculum, and infrastructure. Sets the strategic direction for technology education across the entire school. Leads the hiring and professional development of all technology staff. Ensures compliance with educational standards and promotes the effective use of technology throughout the school community.
Acquire expertise in educational administration, budgeting, and personnel management. Develop a long-term strategic vision for technology education within the institution. Build relationships with external technology partners and community organizations. Focus on fostering innovation and educational excellence.
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View examplesInternational remote work for Technology Teachers primarily exists in online schooling platforms or curriculum development roles. These positions offer flexibility but require strong self-discipline and adaptability to different time zones. Legal and tax implications are complex; individuals must understand tax residency rules and potential dual taxation, often requiring professional advice. Some countries, like Estonia or Portugal, offer digital nomad visas that facilitate long-term remote work.
Employer policies on international remote work vary widely. Many online schools are structured to hire globally, while traditional schools rarely offer fully remote teaching positions for their core curriculum. Salary expectations for remote work may differ, sometimes reflecting a geographic arbitrage model where pay aligns with the employer's location, not the teacher's. Platforms like K12 or Connections Academy frequently hire remote technology educators. Reliable internet and a dedicated home workspace are essential for success in these roles.
Technology Teachers typically apply for skilled worker visas or specific education-sector work permits. Popular destinations include the UK (Skilled Worker visa), Canada (Express Entry, Provincial Nominee Programs), and the UAE (Employment Visa). Requirements often include a relevant Bachelor's degree, teaching certification from the home country, and a minimum of 2-3 years of teaching experience. Credential recognition is crucial; some countries require an equivalency assessment of foreign degrees.
Visa timelines vary from a few weeks to several months, depending on the country and application volume. The process usually involves securing a job offer, submitting documented qualifications, and undergoing background checks. English language proficiency tests (like IELTS) are often mandatory for non-native speakers in English-speaking countries. Pathways to permanent residency exist in many nations, often tied to continuous employment and tax contributions. Some countries offer faster processing for educators in high-demand fields. Family visas for spouses and dependents are generally available concurrently with the primary applicant's work visa.
Hiring for technology teachers shows steady demand, particularly in K-12 schools integrating STEM and digital literacy. Districts prioritize candidates who can teach coding, robotics, digital citizenship, and AI fundamentals. The focus shifts from basic computer skills to applied technology and computational thinking.
Economic conditions influence school budgets, impacting the creation of new technology teaching positions. Some areas see robust investment due to federal grants or local initiatives, while others face hiring freezes. Generative AI tools are reshaping curriculum development and teaching methodologies, requiring teachers to adapt their instructional strategies.
Employer requirements now emphasize practical experience with educational technology platforms and project-based learning. Schools seek teachers who can facilitate hands-on learning, not just lecture. Salary trends remain stable, with some upward movement in districts with high demand or specialized program needs. Market saturation is low for highly skilled tech teachers, but higher for those with only foundational computer knowledge.
Geographically, urban and suburban districts often have more openings and better resources for technology programs. Rural areas also seek tech teachers but may offer fewer specialized roles. The normalization of remote learning during the pandemic created a need for tech-savvy educators, but full-time remote teaching roles are rare in this field.
This specialization focuses on integrating artificial intelligence tools and concepts directly into K-12 and higher education technology curricula. Technology teachers in this role develop lessons that demystify AI, explore its ethical implications, and teach students how to interact with AI-powered platforms responsibly. They prepare students not just to use AI, but to understand its underlying principles and potential societal impact, ensuring future readiness in an AI-driven world.
This area involves designing and implementing immersive learning experiences using virtual reality (VR), augmented reality (AR), and mixed reality (MR) technologies. Technology teachers specialize in creating interactive simulations, virtual field trips, and augmented lessons that enhance engagement and comprehension. They manage VR/AR hardware, develop curriculum content, and train other educators on effective integration of these powerful tools into various subjects.
This specialization addresses the growing need for digital safety and cybersecurity awareness among students. Technology teachers in this role develop and deliver age-appropriate curriculum on topics like online privacy, data protection, phishing, and safe internet practices. They equip students with critical thinking skills to navigate the digital world securely and responsibly, preparing them for future roles in cybersecurity or simply as safe digital citizens.
This emerging area focuses on teaching students how to develop and manage sustainable technological solutions, emphasizing environmental responsibility. Technology teachers guide students in projects involving renewable energy technologies, e-waste management, smart resource allocation, and coding for environmental monitoring. They foster an understanding of technology's role in addressing global environmental challenges, connecting STEM education with real-world sustainability goals.
This specialization centers on teaching students the principles of human-centered design and user experience (UX) within technology projects. Technology teachers guide students through the design thinking process, from empathizing with users to prototyping and testing solutions. They focus on creating technology that is intuitive, accessible, and solves real-world problems effectively, preparing students for careers in product design, software development, or human-computer interaction.
There is significant opportunity for creative lesson planning and project-based learning, allowing teachers to design engaging, hands-on activities that foster critical thinking and problem-solving skills.
Technology skills are highly transferable, allowing teachers to integrate their expertise across various subjects and collaborate with other departments, enhancing their professional versatility.
Working with technology can attract students who are often highly engaged and motivated by the subject matter, leading to a more rewarding classroom environment.
The demand for technology literacy is growing, ensuring steady job security and opportunities for professional growth as schools increasingly prioritize STEM and digital education.
Many schools offer professional development opportunities specifically for technology integration, helping teachers stay current and expand their skill sets.
Keeping up with rapid technological advancements requires continuous professional development and personal learning, often outside of paid work hours, to ensure curriculum remains relevant and engaging.
Securing adequate funding for up-to-date equipment and software can be a constant struggle, especially in under-resourced schools, limiting the practical application of lessons.
Managing and maintaining diverse technology in a classroom setting can be time-consuming and frustrating, as technical glitches and hardware failures are common occurrences.
Dealing with varying levels of student digital literacy means differentiating instruction extensively, which demands significant preparation to ensure all students can access and understand complex technical concepts.
Technology teachers may face pressure to also act as informal IT support for the school, diverting time and energy from their primary teaching responsibilities.
Assessing practical, project-based work can be more subjective and time-consuming than grading traditional tests, requiring detailed rubrics and individualized feedback.
Curriculum development can be isolating, as technology programs are often unique within a school, meaning fewer colleagues to collaborate with on lesson planning and instructional strategies.
Technology Teacher salaries vary by district, experience, and education level. Entry-level salaries might range from $40,000 to $55,000 annually. Experienced teachers with advanced degrees can earn $60,000 to $80,000 or more. Public school systems often provide benefits packages including health insurance, retirement plans, and paid time off, which add to the overall compensation.
Technology Teachers usually work traditional school hours, from morning until late afternoon, with evenings and weekends generally free. However, lesson planning, grading, professional development, and extracurricular activities or club supervision often require additional time outside of school hours. The workload can be demanding, but it offers predictable schedules and significant time off during school holidays and summers.
The job market for Technology Teachers is generally stable and growing, driven by the increasing emphasis on STEM education and digital literacy. Demand can vary by region and school district, with rural areas sometimes facing shortages. Schools consistently need educators who can prepare students for a technology-driven future, making this a relatively secure career path with good long-term prospects.
Career growth options include becoming a department head, technology coordinator, instructional coach, or moving into school administration roles like assistant principal. Many Technology Teachers also pursue master's degrees or specialized certifications in educational technology, curriculum design, or specific software to enhance their skills and open new opportunities. Some transition to corporate training or educational software development.
The biggest challenge is staying current with rapidly evolving technologies. Technology Teachers must continuously learn new software, hardware, and teaching methodologies to keep their curriculum relevant and engaging for students. This requires dedication to ongoing professional development, self-study, and adaptability to integrate new tools effectively into the classroom.
While some technology teachers work in online schools, the majority of positions are in traditional brick-and-mortar classrooms. Teaching technology often involves hands-on activities, lab work, and direct student interaction, which are best facilitated in person. Remote work options are limited primarily to fully online educational institutions, which may have different certification requirements.
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