Learning & teaching development
In-service courses, programmes and mentoring that change classroom practice: more than 200 workshops delivered and over 60 schools mentored in Jerusalem.
Learning & Teaching Development · Thinking Skills · Educational Technology · Jerusalem
Instruments you can defend. Analyses you can explain.
Led by Dr. Ahmad Yousef (Ph.D. in Teaching and Learning, specialising in educational measurement), this Jerusalem-based practice draws on validated instruments published in SAGE and Frontiers, more than 200 workshops and mentoring in over 60 schools. Universities, researchers and PhD students come for instruments, rubrics and analyses they can defend; teachers and schools come for programmes in thinking skills, STEM and AI pedagogy.
Areas of work
One evidence base, applied to classrooms, faculties and research projects.
In-service courses, programmes and mentoring that change classroom practice: more than 200 workshops delivered and over 60 schools mentored in Jerusalem.
Students' practical skills and self-regulation made visible and improvable, through rubric-based feedback (Frontiers in Education, 2024) and a validated Arabic Academic Self-Regulation Questionnaire (SAGE, 2026).
Digital tools, STEM and robotics programmes (LEGO, Arduino, Scratch) and generative AI used so that teaching and assessment stay valid.
Instruments, rubrics and analyses a committee, reviewer or programme board can defend; the same procedure behind instruments published in SAGE and Frontiers.
Who it is for
Each group gets the same standard of evidence, applied to what it actually needs.
Get through the measurement and results chapters with evidence you understand and can defend.
You leave with a plan you can explain to your committee.
A co-investigator or validator for instruments, especially cross-cultural and Arabic adaptations.
You leave with instruments and analyses that survive review.
Rubrics, workshops and assessment evidence for programmes and teaching teams.
You leave with programme-level evidence that assessment is consistent.
Programmes that change what happens in the classroom, built from more than 200 workshops in Jerusalem schools.
You leave with rubrics and routines teachers can apply consistently.
Programmes and services
One evidence base serves three audiences. A service answers one defined need and ends with a deliverable; a programme runs over several sessions to a written plan. Every engagement starts with a short Zoom conversation about the study, instrument, data or training need.
Measurement and analysis support for a dissertation, a manuscript or a joint study, from the first construct definition to the questions of a committee or journal reviewer.
A project that builds a questionnaire or scale together with the evidence behind it. The work proceeds in order: construct definition, item drafting, expert content review, pretesting, pilot administration, then factor structure and reliability. It is the procedure behind Dr. Yousef's instruments published in SAGE and Frontiers.
You leave with
A cross-cultural adaptation project that produces an Arabic version of an existing instrument and tests it for group comparison. Forward and back translation, an expert committee, cognitive interviews and a pilot come first; psychometric testing follows, including configural, metric and scalar invariance. Dr. Yousef is first author of the Arabic Academic Self-Regulation Questionnaire validation.
You leave with
A single screen-shared working session on your own data. Design and hypotheses are checked against what they require, assumptions are tested, then the analysis your study needs is run together, for example planned contrasts, multi-group comparison, factor analysis or reliability. The session closes with APA-style reporting. You keep the keyboard and the files.
You leave with
A written, reviewer-style critique of a proposal, methods chapter, questionnaire or manuscript. You send the draft; Dr. Yousef reads it as a journal reviewer would and reports on construct-to-item alignment, sampling and design threats, analysis choices and reporting gaps. He reviews for SAGE Open, the Journal of Advanced Academics and Frontiers in Education.
You leave with
A programme of regular Zoom sessions, fortnightly or monthly, that follows the dissertation stage by stage. Research questions become measurable constructs, the study is designed, instruments are built or selected, the analysis is planned before data collection, and the defence is prepared. The dissertation remains the candidate's own work throughout.
You leave with
A joint study in one of four areas: academic self-regulation and motivation, STEM and robotics competency assessment, cross-cultural validation, or AI in education. Roles, authorship and data ownership are agreed in writing first; the practice then contributes validated instruments, access to schools and teachers in Jerusalem, quantitative analysis and manuscript preparation.
You leave with
The same standard of evidence applied to departments and teaching teams: assessment evidence, research training for graduate cohorts, staff development and guest teaching, each to a written scope.
A project that gives a course or programme a criterion-referenced analytic rubric and tests how far raters agree when they use it. Criteria and performance-level descriptors are drafted with course leaders, raters are trained in a workshop, and a reliability study (agreement, kappa, ICC) reports how consistent the scores are. The analysis and report are delivered directly to the department.
You leave with
A workshop series for a doctoral or master's cohort. Sessions move from defining a construct and validating an instrument to choosing and running analyses in JASP, including planned contrasts and multi-group comparison, and reporting them in APA style. Students run each analysis themselves; content and sequence follow a written plan agreed with the department.
You leave with
An evidence-based workshop for academic staff. It begins with responsible use of generative AI in teaching, moves to assessment that stays valid when students use AI, and ends with rubric-based feedback and digital-tool integration applied to participants' own courses. It can be extended into a programme to a written plan.
You leave with
A single lecture or keynote on a topic agreed with the organiser: instrument validation in practice, rubric design for STEM and performance assessment, measurement invariance for Arabic-speaking populations, or AI and children's cognitive development. Each talk draws on Dr. Yousef's published studies and current research and is adapted to the audience after a short briefing conversation.
You leave with
Programmes and mentoring that bring that evidence into the classroom, drawing on more than 200 workshops and mentoring in more than 60 schools in Jerusalem.
A multi-session in-service programme for a school's teaching team. It opens with how AI-rich environments affect children's attention and cognitive development, moves to responsible classroom use of generative AI, then to classroom assessment and digital-tool integration. Teachers try each step in their own lessons between sessions. A single workshop on one theme can be booked instead.
You leave with
A school programme built on LEGO, Arduino and Scratch. Curriculum and lesson plans are designed with your teachers; teachers are trained on the kits and on the Educational Robotics Skills Rubric published in Frontiers in Education; students build and code, and their practical skills are scored with that rubric. Preparation for science fairs and robotics competitions follows.
You leave with
A programme that makes students' practical skills and self-regulation visible and improvable. Self-regulation is measured first with the Arabic Academic Self-Regulation Questionnaire; teachers then learn rubric-based feedback, the approach tested in Dr. Yousef's doctoral dissertation and in Frontiers in Education, and apply it in their lessons; the questionnaire is repeated to measure change.
You leave with
Ongoing mentoring for the person who leads technology in your school, of the kind Dr. Yousef provides in more than 60 schools. It opens with a review of how digital tools are used now, sets priorities with the principal, then supports the coordinator in training colleagues and adapting curricula for blended and remote learning.
You leave with
Sessions are held in Arabic or English. Written reports are delivered in English or Arabic. Institutions receive a written scope and terms before work starts. The practice helps you run and defend your own analysis; it does not write dissertations. Data, instruments and drafts shared for the work are used only for the agreed engagement, are not passed to third parties, and are deleted at the end of the engagement or on request.
Projects & programmes
Current programmes and projects led by Dr. Yousef, added and updated as the work develops.
How it works
Choose a preferred time below and describe the study, instrument, data or training need. Dr. Yousef replies by email to confirm the time, or propose another, and sends the Zoom link.
An honest assessment of what is needed and how long it takes; for projects and programmes, a short written plan with scope and terms.
Screen-shared working sessions, a written report, a validated instrument, a workshop or a school programme, depending on the need.
The practice helps you run and defend your own analysis. It does not write dissertations or produce results you cannot explain.
Evidence base
Validated instruments, peer-reviewed publications in SAGE, Frontiers and Springer venues, and 21 verified peer reviews. The full record is on ORCID.
An Arabic-language adaptation of the Academic Self-Regulation Questionnaire for research on students' motivation and self-regulated learning, with implications for advanced and gifted academic programmes.
Developed and validated with Arabic-speaking students; published in the Journal of Advanced Academics (SAGE), 2026.
How to cite: Yousef, A., & Ayyoub, A. (2026). Development and validation of an Arabic version of the Academic Self-Regulation Questionnaire: Implications for advanced academic programming. Journal of Advanced Academics (SAGE). Advance online publication. https://doi.org/10.1177/1932202X261474402
A criterion-referenced analytic rubric for assessing students' practical educational robotics skills, with rater guidance for consistent scoring in classrooms, competitions and research.
Developed and validated with expert review and inter-rater agreement; published in Frontiers in Education, 2024.
How to cite: Yousef, A., & Ayyoub, A. (2024). Rubric development and validation for assessing educational robotics skills. Frontiers in Education. https://doi.org/10.3389/feduc.2024.1496242
Gives Arabic-speaking research and gifted-education programmes a validated measure of students' self-regulation.
Yousef, A., & Ayyoub, A. (2026). Development and validation of an Arabic version of the Academic Self-Regulation Questionnaire: Implications for advanced academic programming. Journal of Advanced Academics (SAGE). Advance online publication.
Informs the AI-pedagogy workshops: how AI-rich environments affect attention and children's cognitive development.
Yousef, A., & Othman, A. B. (2025). Challenges of artificial intelligence in the age of distractions: Impacts on education and the cognitive development of children. Ibn Rushd University Journal.
The rubric used in the STEM and robotics programmes, validated for consistent scoring across raters.
Yousef, A., & Ayyoub, A. (2024). Rubric development and validation for assessing educational robotics skills. Frontiers in Education.
The analysis approach used in quantitative-support sessions: planned contrasts and multi-group comparison in JASP.
Yousef, A., & Ayyoub, A. (2024). Advancing multi-group comparisons in educational research using planned contrast analysis in JASP. Journal of Averroes University.
Shows that rubric-based instruction improved robotics skills and academic self-regulation in Jerusalem middle-school classrooms.
Yousef, A. (2024). The effect of rubric-based instruction on robotics skills and academic self-regulation for middle school Arab students in Jerusalem. Doctoral dissertation, An-Najah National University.
What children themselves say about why they learn — the starting point for thinking-skills work.
Yousef, A., et al. (2023). “Why do we learn?” Children’s perceptions and future insights. In Education in the Post-COVID-19 Era. Springer.
Who leads it
Dr. Ahmad Yousef holds a Ph.D. in Teaching and Learning (An-Najah National University, 2024), specialising in educational measurement; his dissertation developed and validated a rubric for educational robotics skills and tested its effect on academic self-regulation. Based in Jerusalem, he has mentored ICT coordinators and teachers in more than 60 schools through more than 200 workshops and lectures at the Educational Guidance Centre.
Over the past decade the practice has designed, validated and deployed assessment instruments in school technology education, including two published, psychometrically validated instruments: a rubric for practical educational robotics skills and an Arabic version of the Academic Self-Regulation Questionnaire.
The current research question: translated instruments are used constantly for group comparison, but their measurement equivalence is rarely tested. The work aims to close that gap for Arabic-speaking populations.
FAQ
Answers to what PhD students, researchers, universities and schools usually ask before booking.
Both, from one evidence base. Universities, researchers and PhD students come for instrument validation, rubric design with inter-rater reliability, analysis support in JASP or SPSS and reviewer-style methodology review. Teachers and schools come for in-service courses, AI-pedagogy and assessment workshops, and STEM and robotics programmes (LEGO, Arduino, Scratch) — the kind of work delivered in more than 200 workshops and through mentoring in more than 60 Jerusalem schools. The same validated instruments and procedures serve both.
It rests on two published lines of work rather than a packaged curriculum: rubric-based feedback that makes students' practical skills visible and consistently scorable (Frontiers in Education, 2024; doctoral dissertation, 2024), and academic self-regulation — how students plan, monitor and adjust their own learning — measured with a validated Arabic instrument (Journal of Advanced Academics, SAGE, 2026). A paper on AI and children's cognitive development (Ibn Rushd University Journal, 2025) informs the AI-pedagogy workshops. No claim is made beyond what these studies show.
Yes. Validation is a chain of evidence, not a single statistic: defining the construct, drafting or adapting items, expert content review, pretesting, a pilot administration, then factor analysis and reliability on a sufficient sample. Dr. Ahmad Yousef helps you plan that chain before data collection, run or interpret the analyses in JASP or SPSS, and write the validity argument your committee and reviewers expect. It is the same procedure behind his published instruments in SAGE and Frontiers journals.
Yes. In a screen-shared Zoom session the design and hypotheses are checked against what they require, assumptions are tested, the analysis is run together (planned contrasts, multi-group comparisons, factor analysis, reliability, effect sizes) and the reporting is worked through. You keep the files and can reproduce every step. JASP is free and open source, so you do not need a university SPSS licence.
Alongside you rather than instead of you. Committees expect you to defend every decision at the defence, so sessions are built around you running the analysis with guidance, understanding the output and writing it up in your own words. For institutional projects, such as a department's rubric reliability study, the analysis and report are delivered directly.
Yes. Dr. Ahmad Yousef follows established cross-cultural adaptation guidelines: forward and back translation, an expert committee, cognitive interviews, a pilot and then psychometric testing. When you intend to compare Arabic-speaking participants with another group, he also tests measurement invariance (configural, metric, scalar), because without it group differences may reflect the instrument rather than the people. He is a native Arabic speaker and first author of the Arabic validation of the Academic Self-Regulation Questionnaire (SAGE, 2026).
Yes. Choose the matching “School programme” topic in the form (AI pedagogy, STEM and robotics, thinking skills or ICT-coordinator mentoring) and describe the year groups, the number of teachers and the time available. As with every engagement, a short intake conversation comes first, then a written plan with scope and terms. Programmes run on site in Jerusalem or online by arrangement, in Arabic or English.
Use the booking form on this page: choose a preferred date and time (your time zone is detected automatically) and describe the study, instrument, data or training need. You receive a reply by email that confirms the time or proposes an alternative, together with the Zoom link. If you prefer, write to it.ahmadyousef@gmail.com.
The first Zoom conversation is an intake. You describe what you are working on; Dr. Ahmad Yousef tells you honestly what is needed, roughly how long it takes and whether he is the right person. If it makes sense to continue, you receive a short written plan with scope and terms before anything starts.
Sessions are held over Zoom in Arabic or English; written feedback and reports are provided in English or Arabic. The practice is based in Jerusalem (UTC+2/+3); sessions can be scheduled across European, Gulf and North American time zones, and your time zone is recorded automatically when you book.
Yes. Workshops for faculties, teaching-and-learning centres and school networks cover responsible use of generative AI in teaching, assessment that remains valid when students use AI, rubric-based feedback and digital-tool integration. They draw on more than 200 workshops Dr. Ahmad Yousef has delivered to schools and teachers in Jerusalem, online or on site by arrangement.
Yes. You receive a written, reviewer-style report covering construct-to-item alignment, sampling and design threats, analysis choices and reporting gaps, followed by an optional Zoom debrief. Dr. Ahmad Yousef reviews for SAGE Open, the Journal of Advanced Academics and Frontiers in Education, so the feedback reflects what journal reviewers actually look for.
Yes, particularly in academic self-regulation and motivation, assessment of STEM and educational robotics skills, cross-cultural validation of instruments for Arabic-speaking populations, and AI in education. He can contribute validated instruments, access to schools and teachers in Jerusalem, quantitative analysis and manuscript preparation. Authorship and roles are agreed in writing at the start.
It depends mostly on data collection. Adapting an existing instrument typically takes a few months from translation to a validated version; building a new instrument from scratch usually spans one to two academic terms because of expert review and pilot rounds. A single analysis or review session can usually be booked within a few days.
They are used only for the work agreed on, are never shared with anyone else, and are deleted when the engagement ends or earlier on request. For co-authored studies, data ownership is written into the collaboration agreement.
Book a conversation
Bring your instrument, your data, your draft or your school's need. Leave with a plan.