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An educational assessment organization seeks an experienced Assessment Writer for a remote role. You will develop assessment materials for Level 3 physics qualifications, ensuring they meet academic standards and are clear and rigorous. Ideal candidates have a strong understanding of physics content and assessment design. The position offers a flexible freelance work structure, allowing you to contribute to important educational assessments while managing your schedule.
Position: Assessment Writer, Physics
Location: Remote
Contract Type: Zero Hours
Pay: A flat fee of £450 is payable per assessment window supported.
We are looking for experienced Assessment Writers to support the development of assessments for INTO Qualifications' regulated Level 3 programmes.
This role offers the opportunity to contribute directly to qualifications that prepare international students for progression to undergraduate study. Working closely with the INTO Qualifications academic and quality team, you will help ensure that assessments are fair, rigorous, and aligned with UK academic standards.
You will be responsible for developing assessment materials in line with approved module specifications and learning outcomes. This includes writing examination papers and coursework briefs, ensuring clarity of language, appropriate level of demand, and effective differentiation across grade boundaries. You will work within established assessment frameworks and quality assurance processes, responding to feedback and revisions where required.
The role requires a strong understanding of assessment design and academic integrity, as well as the ability to produce high quality work to agreed deadlines using structured templates and version controlled documentation. Work is commissioned on a freelance basis and scheduled around the annual assessment development cycle.
Applicants should have knowledge of fundamental physics commonly taught at this level, including the particle model of matter and density, thermal physics and gas laws, kinematics, forces and energy in mechanics, wave properties and interference, electric circuits, electric and magnetic fields and introductory atomic and nuclear physics, including applications in modern technology. Confidence with mathematical treatment of physical problems and with interpreting and evaluating experimental data is important.