Abdul Mohiz works at the intersection of STEM education, educational technology, and business strategy. Their posts highlight research on using extended-reality labs and AI in STEM learning, alongside practical experiences such as taking engineering students to explore manufacturing facilities.
1.8K followersAI in educationBased on 11 posts · latest Sep 2026
Abdul Mohiz connects STEM education with educational technology, particularly extended-reality (XR) labs and AI.
They have announced research chapters on XR-enabled laboratory networks and AI in those labs, and shared a hands-on example of mechanical engineering students exploring manufacturing facilities at PCSIR Peshawar.
Their posts also consider how business adoption can bring STEM and IT innovations to people.
Their work combines education-technology ideas with practical engineering experiences.
Mohiz brings together research themes, student learning and real-world adoption.
Their announcement of two chapters on XR-enabled labs and AI raises questions about technology in digital and remote STEM education.
A visit they described to PCSIR Peshawar makes the practical side tangible: students saw CNC, laser and plasma cutting, and additive manufacturing facilities.
They also argue that business strategy helps bring STEM and IT innovations into use.
Together, the posts offer a view of emerging learning technologies and engineering education beyond the classroom.
Across the available posts, Abdul Mohiz links research to practical use: STEM research can produce new ideas, technology can extend their reach, and business can help bring them into use.
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The posts pair that argument with two education-focused examples: research chapters about XR-enabled labs and AI in STEM learning, and a visit that brought engineering students into manufacturing facilities.
Research matters when it reaches classrooms and practical settings
They present technology as a way to make STEM learning more accessible, including through XR-enabled labs and remote education.
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A separate post shows a hands-on counterpart: students seeing manufacturing equipment at a working research facility.
Abdul Mohiz announced two co-authored chapters on networks of XR-enabled laboratories for STEM education and AI in those labs.
The announcement says the work explores digital classrooms and remote STEM education but gives no findings.
In another post, they describe mechanical engineering students visiting PCSIR Peshawar to see CNC, laser and plasma cutting, and additive manufacturing facilities.
STEM, IT and business need one another to turn ideas into impact
They argue that STEM research generates innovation, IT helps scale it, and business strategy helps bring it to market.
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Each plays a distinct part in moving an idea toward adoption.
They name cloud computing, big data and XR-enabled virtual labs as ways IT can extend STEM work, then point to EdTech, AgriTech, HealthTech and FinTech as areas where business can support adoption.
This is the clearest evidence of Mohiz’s published work on XR and STEM learning.
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Anyone assessing them for an XR-enabled learning project should start here: the chapters identify specific research contributions and name a publisher and workshop venue.
Abdul Mohiz announces the publication of two research chapters in the Proceedings of I4SDG Workshop 2025 – IFToMM for Sustainable Development Goals, available through Springer Nature.
The chapters are titled "The Role of Network of Extended Reality-Enabled Laboratories in Enhancing STEM Education" and "AI in the Network of XR-Enabled Labs for STEM: Current Applications & Future Potential."
They describe the work as exploring how extended reality and AI are used in digital classrooms and remote STEM education, credit co-authors and mentors, and link to both chapters.
For brands planning a campaign
For an EdTech company developing XR-enabled STEM learning, these chapters are concrete work to review before a conversation. Their focus on networks of XR labs, AI in those labs and remote instruction maps closely to product decisions such a company would face, making Mohiz a plausible technical or research voice for webinars, advisory sessions or co-authored content.
Mohiz works with students beyond publishing by bringing them into direct contact with industrial equipment and research facilities.
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The post shows a practical teaching side and a working relationship with an engineering university and a national research institute.
Abdul Mohiz describes accompanying 3rd- and 7th-semester mechanical engineering students from Sarhad University of Science and IT Peshawar on a visit to the Pakistan Council of Scientific and Industrial Research in Peshawar.
The group toured the Engineering Services Center, including subtractive manufacturing facilities with CNC, laser and plasma cutting machines, and the Additive Manufacturing Center.
They say the visit strengthened the students' understanding of modern manufacturing processes and boosted their motivation, curiosity and practical insight, and thank the PCSIR team for the demonstrations.
For brands planning a campaign
Relevant to vendors of CNC, laser, plasma or additive manufacturing equipment seeking educational outreach. The post offers a low-friction format to sponsor or co-host: a facility tour for a specific course cohort, with student motivation as the stated outcome.
This is the clearest statement of the thesis connecting Mohiz’s other posts: research matters when it reaches the market.
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It explains how a research announcement and a student facility visit fit into the same body of work, and gives newcomers the vocabulary Mohiz uses to describe their role.
Abdul Mohiz argues that the boundaries between STEM, IT and business are fading and that the three fields reinforce each other: STEM research drives innovation, IT makes solutions scalable through cloud computing, big data and XR-enabled virtual labs, and business strategy brings innovations to market. They point to EdTech, AgriTech, HealthTech and FinTech as sectors where this plays out, describe their position as sitting at the intersection of STEM research, EdTech innovation and business strategy, and ask readers how they see the same dynamic in their industries.
For brands planning a campaign
Useful for partners seeking a speaker or advisor who can bridge technical research and commercial adoption. The framework points to a stronger fit for conversations about commercialising or scaling an XR or EdTech product than for purely academic or marketing engagements.
Two co-authored research chapters, announced as published in the Proceedings of I4SDG Workshop 2025 through Springer Nature, examine networks of extended-reality-enabled laboratories in STEM education and current and potential uses of AI in those labs.
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The stated subjects are digital classrooms and remote STEM education. The announcement names both chapter titles, the publisher and venue, and the co-authors and mentors.
Academic co-authorship and conference publication
For brands planning a campaign
For an EdTech company building XR STEM learning products, this is the most directly relevant evidence: Abdul Mohiz writes at research level about lab networks and AI integration in education and works with co-authors.
A speaking or advisory engagement grounded in that published work is a plausible ask.
The post does not show whether they have built, piloted, or deployed XR products, so ask whether they have hands-on product experience before defining the role.
The case for STEM, IT, and business working together
The post argues that STEM research produces the underlying innovation, IT makes it scalable through cloud, big data, and XR-enabled virtual labs, and business strategy turns it into adoption in sectors such as EdTech, AgriTech, HealthTech, and FinTech.
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Abdul Mohiz places their work at that intersection, spanning STEM research, EdTech innovation, and business strategy.
An argument that research, technology, and commercialisation form one chain
For brands planning a campaign
Useful when a brief needs someone to connect laboratory-stage XR research to commercial rollout and explain why adoption stalls.
For an advisory engagement or keynote rather than hands-on development, this post shows the framing Abdul Mohiz would bring.
It states a position, not a documented case study, so ask for examples of past advisory or product work before committing to a delivery role.
Bringing engineering students into working manufacturing facilities
A post describes a visit to PCSIR Peshawar with third- and seventh-semester mechanical engineering students from Sarhad University of Science and IT Peshawar.
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The students toured the Engineering Services Center, including subtractive manufacturing equipment such as CNC machines, laser cutters, and plasma cutters, as well as the Additive Manufacturing Center, to see modern production processes firsthand. Abdul Mohiz says the visit improved students' practical insight and motivation.
Organised educational site visits
For brands planning a campaign
This shows the teaching and industry-linkage side of the work: arranging student access to real production environments.
It supports a university-facing, training, or curriculum-advisory role and shows how Abdul Mohiz connects classroom material to industrial practice.
For an EdTech product brief, ask for evidence of XR or software delivery experience.
The posts do not describe sponsored posts, affiliate arrangements, or client engagements.
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They name Springer Nature as the publisher of proceedings containing two co-authored chapters, and Sarhad University of Science and IT Peshawar and PCSIR Peshawar in connection with a student site visit. For paid collaborations, ask Abdul Mohiz to confirm whether any commercial or contractual relationships apply.
Springer Nature
Mention
Abdul Mohiz announced that two of their research chapters were published in the Proceedings of I4SDG Workshop 2025, available through Springer Nature: one on extended-reality-enabled laboratory networks in STEM education and one on AI in XR-enabled labs.
Abdul Mohiz described accompanying third- and seventh-semester mechanical engineering students of Sarhad University of Science and IT Peshawar on a visit to PCSIR Peshawar's manufacturing facilities.
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The post names the university as the source of the student group but does not state Abdul Mohiz's own role, title, or employment there, so the relationship remains unstated.
Abdul Mohiz wrote about a visit to the Pakistan Council of Scientific and Industrial Research in Peshawar, where their student group toured the Engineering Services Center, including CNC, laser, and plasma cutting equipment, and the Additive Manufacturing Center.
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They thanked the PCSIR team for the welcome and demonstrations.
Abdul Mohiz's work follows two threads: research into technology-supported STEM teaching and hands-on engineering education in Pakistan.
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Start with the post announcing two co-authored chapters in the Proceedings of I4SDG Workshop 2025, published through Springer Nature—one on networks of extended-reality-enabled laboratories in STEM education, the other on AI in those labs.
The post names the titles, venue and co-authors.
For the argument behind the work, read the post separating the roles of STEM research (which produces ideas), IT (which makes them scalable through cloud, big data and XR virtual labs) and business (which drives adoption).
The teaching side appears in the account of taking mechanical engineering students from Sarhad University to PCSIR Peshawar to see CNC, laser and plasma cutting, and additive manufacturing.
Follow them for XR-enabled labs, AI in STEM classrooms, and links between universities and industry.
Before assessing the work, ask for the chapters' findings and evidence of product delivery.
STEM educationExtended reality (XR)AI in educationEdTechEngineering educationManufacturing technologyResearch commercialisationXR-enabled laboratory networksUniversity–industry linkageShort analytical postsResearch publication announcementsEdTech product and research teamsEngineering educators and students
John Song, PhD
Song writes about AI in higher education from a builder's position, arguing that institutions should own the models their teaching and research depend on and tying the argument to something concrete being built.
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Abdul Mohiz writes about AI and XR in STEM teaching and research, and points readers to published work. Both make their case in a single argumentative post rather than a list of tips.
Song runs a company that ships on-device grading machines for universities and centres their argument on open-weight models, reproducibility and data sovereignty. Abdul Mohiz's education posts come from conference publications and organised student visits; they do not describe a deployed product or commercial offer.
White works in educational content production, specialising in narration for K-12, STEM and e-learning material.
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Their posts explore how voice carries a lesson and keeps learners engaged.
Abdul Mohiz writes about XR labs, AI and remote STEM education.
Both examine how teaching reaches learners.
White's craft is voice acting for publishers, curriculum developers, museums and EdTech studios, making their work audio production for finished content.
Abdul Mohiz focuses on research and teaching structure: lab networks, AI applications and student site visits.
Follow White for how educational material is produced; follow them for the research and teaching behind it.
Chishti posts about Pakistan's technology market and education sector, including a national school summit that brought schools, vendors and education leaders together.
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They argue that the sector is under-measured relative to its real demand. Abdul Mohiz also works where Pakistan's education and technology sectors meet, connecting universities, researchers and industry.
Chishti focuses on market visibility, distribution economics and large-scale events.
Abdul Mohiz focuses on STEM teaching and research, from XR-enabled labs to engineering students touring manufacturing facilities.
Chishti is the better follow for the commercial and policy side of Pakistani EdTech; follow them for the classroom and research side.
For an EdTech company developing XR-enabled STEM learning solutions, Abdul Mohiz offers a relevant topic signal on LinkedIn, with 1,752 followers.
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They post about XR-enabled STEM labs, AI in STEM education, the link between STEM, IT, and business, and an engineering student visit to manufacturing facilities.
These subjects can appeal to educators, researchers, and technical practitioners, but follower count alone does not establish buyer fit.
Ask them for recent LinkedIn audience analytics or a survey covering geography, age, gender, employer, occupation, job roles, sectors, seniority, and decision-making authority.
Also request performance results from comparable recent posts on XR labs, AI in STEM, and practical engineering education, including reach, reactions, comments, follower growth, and any available follower demographic breakdowns.
LinkedIn followers
1,752
LinkedIn profile follower count recorded with the profile evidence · 2026-10-09
The posts cover co-authored research chapters on extended-reality labs and AI in STEM education, a piece on how STEM, IT, and business reinforce each other, and a student visit to manufacturing facilities at PCSIR Peshawar.
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They describe research and education collaborations, not commercial placements; no rate card, audience package, sponsored-post disclosure, booking terms, or official inquiry route appears. Buyers should ask Abdul Mohiz directly about partnership formats, terms, and a contact route for speaking, advisory, or co-development work tied to STEM and XR learning.
Strong fit for research, speaking or advisory work; weaker for hands-on product development or distribution without further evidence.
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Brief
An EdTech company building XR-enabled STEM learning solutions wants a research and advisory voice for product discovery, a launch webinar and credibility with university and school buyers.
Reasons
Two published chapters cover networks of extended-reality-enabled laboratories in STEM education and AI in those labs, directly matching a campaign about XR-enabled labs.
A separate post argues that research matters when it reaches the market, IT makes solutions scalable and business strategy drives adoption in sectors including EdTech. That framing can translate technical XR claims into buyer-facing language.
The posts also show practical education work: organising third- and seventh-semester mechanical engineering students from Sarhad University of Science and IT Peshawar to visit PCSIR Peshawar, including its subtractive and additive manufacturing facilities. For an EdTech buyer, this supports a university-facing or curriculum-advisory angle.
The public sample is small but consistent. Abdul Mohiz writes about XR labs, AI in STEM and the path from research to adoption—the right topic cluster for this brief.
Risks
No verified sponsorship, rate card or booking terms are available. Negotiate any speaking, advisory or co-development engagement directly.
Abdul Mohiz's posts do not establish commercial product delivery experience in XR EdTech, only research publication and education activity.
What to verify
Ask for the full chapter texts or preprints to review the findings, methods and Abdul Mohiz's specific contribution. The posts announce the chapters but do not include the research.
Ask for examples of building, piloting or deploying XR or STEM learning products if the brief requires implementation work rather than research and advisory input.
Ask for past speaking references, advisory outputs or workshop materials. The posts include no talk transcript or client case study.
If the campaign depends on reach, ask for audience analytics. The only measured figure in the posts is 1,752 LinkedIn followers; there is no breakdown by job role, geography or engagement.
When to choose a specialist
Poor fit based on the available information.
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Brief
A mass-market consumer fintech app wants a short-form video creator for a paid awareness campaign targeting a large youth audience through lifestyle posts and personal-finance commentary.
Reasons
The sample contains no short-form video, video transcript or consumer lifestyle content. It consists of three LinkedIn text posts about STEM, XR-enabled labs, AI in education and an engineering student site visit.
The posts do not cover personal finance, consumer fintech or mass-market consumer topics. The closest business argument is that STEM, IT and business strategy reinforce one another—not consumer money management.
The only measured audience figure is 1,752 LinkedIn followers. With no age, geography, occupation or engagement data, the posts cannot establish a large youth audience for the campaign.
The posts include no sponsorship format, pricing, paid-placement disclosure or inquiry route. The partnership section is empty, so there is no verified paid-media package to plan around.
The topic and format mismatch is substantial. This campaign needs a different creator profile, not a revised angle for Abdul Mohiz.
What would change
Before reconsidering this campaign, ask for verified short-form video performance, a consumer-fintech content sample, audience demographics and disclosed sponsorship terms.
A worked campaign example
Angle
Position Abdul Mohiz as a research-to-adoption translator. Anchor the campaign with a co-hosted 30-minute webinar on moving XR-enabled STEM lab research into a deployable teaching pilot, followed by a short advisory session with the company's product and curriculum leads.
Brief
An EdTech company developing XR-enabled STEM labs wants a credible technical voice for a launch campaign targeting university STEM departments and learning-technology buyers.
Deliverables
A 30-minute co-hosted webinar on the path from XR-enabled STEM lab research to pilot, with Abdul Mohiz covering the published research themes and the company covering product deployment.
A short co-authored explainer for university STEM leads connecting the chapters' subject matter to a pilot checklist.
One advisory session for the company's product and curriculum teams on where XR lab research diverges from real teaching constraints.
Evidence to use
The two published chapter titles and their stated focus on XR-enabled labs, AI in STEM, digital classrooms and remote STEM education.
The argument that STEM research, IT scalability and business adoption work only as a combined system.
The student visit to PCSIR Peshawar as an example of practical education and industry-linkage work.
Next step brief
Open with the product problem: university STEM departments are interested in XR labs but struggle to move from one-off demonstrations to a supported pilot. Invite Abdul Mohiz to co-host a webinar and contribute a short written explainer on that transition, drawing on the published chapters and the PCSIR student visit.
What to verify before booking
Confirm Abdul Mohiz’s role in the chapters and request the chapter texts or preprints; the posts announce the research but do not include it.
Ask whether the company needs only a research voice or also hands-on XR product experience, which Abdul Mohiz’s posts do not establish.
Agree whether the engagement is for speaking, advisory work or co-development, and request the sponsorship package, pricing and booking details; the posts do not document them.
Why it works
The published chapters give Abdul Mohiz a specific research topic aligned with the product category: networks of XR-enabled labs and AI in STEM education.
The STEM-IT-business post offers a ready-made argument for why a university should move beyond isolated lab experiments towards scalable adoption—the commercial problem the EdTech company is addressing.
The PCSIR student visit shows a working relationship with an engineering university and a national research institute, along with a practical teaching format that could be adapted for a university webinar or workshop.
Choose John Song when the campaign needs an education-AI perspective centered on data control, access, and dependable campus use.
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In a detailed post, Song argues that on-device open-weight models can support reproducible research and avoid access barriers, then describes Grade AI as running on school hardware. That perspective could sharpen an XR-STEM discussion about where AI should run and what schools need to trust a learning system.
The posts focus on on-device AI and startup lessons, not XR-enabled labs or STEM research. Abdul Mohiz is the closer match for a research and advisory partnership focused on XR-enabled STEM learning.
Choose Galena White if the campaign needs an engaging narrated learning asset, such as a STEM explainer or educational animation, rather than a research adviser.
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White describes work in K–12 educational narration and explains how a narrator can clarify ideas and support visuals without competing with them.
The posts focus on voiceover and educational communication, not XR lab research, product discovery, or university advisory. White may strengthen how a learning solution is presented, but the posts don't support choosing her to validate the XR-STEM concept.
Chishti if the campaign's hardest problem is reaching Pakistan's school-sector stakeholders or framing a broad education-platform opportunity. Chishti's posts discuss the visibility of Pakistan's technology market and describe the Pakistan School Summit as a national platform bringing schools, educators, vendors, and education technology together.
The posts concern market development and education-sector convening, not XR-enabled STEM labs or technical research. Chishti may offer a more relevant ecosystem perspective for a Pakistan-wide school initiative; Abdul Mohiz is more directly aligned with research-led XR-STEM speaking or advice.
This profile is based on three public LinkedIn posts by Abdul Mohiz, all published in 2025, together with the follower count on their LinkedIn account (1,752, recorded October 2026).
The posts cover two co-authored research chapters on networks of extended-reality-enabled laboratories and AI in those labs, published in the Proceedings of I4SDG Workshop 2025 through Springer Nature; an argument that STEM research, IT scalability and business adoption depend on one another; and a student visit to PCSIR Peshawar's subtractive and additive manufacturing facilities.
The sample is small and entirely short-form text.
The chapter texts are not included in the posts, so everything said about the research rests on the announcement posts rather than the findings.
Post-level dates, engagement metrics, audience demographics, sponsorship terms and any public inquiry route are absent from the posts.
The topic picture should be revisited if fuller research or commercial information becomes available.
