ePC

Exam paper design

The first step in the process is exam paper design and the creation of standardised form templates, either from existing stationery or as new forms to support the identification and capture of scanned answer sheets. These form templates may contain bespoke scripting to perform lookups and enforce validation rules.

Key features

Personalised papers

Answer sheets can be personalised with candidate name, number, session date, component version and other details, including a tracking barcode. This candidate data can be merged with the answer paper direct to print or PDF for electronic distribution and local printing.

Blank or non-personalised papers

Sometimes it is not practical to personalise papers, so instead blank papers can be used with the candidate details read from the papers once they have been scanned. A verification and reconciliation process provides peace of mind they are correctly linked to the right candidate, with any duplicate, missing or erroneous papers highlighted for review.

Non-personalised papers can also be used for late entries or where personalised papers have been damaged or lost.

All question types

Design question papers with multiple choice questions (MCQ), short text, long text and drawing or diagram areas.

Question randomisation

To improve test integrity by reducing student collusion, eXam allows you to use randomised questions (from a larger set of pre-approved questions for a topic) for your tests.

Exam paper delivery

Once finalised, we will despatch exam scripts.

We will securely deliver exam papers by courier to your school/college/university or make them available online (grouped by component and/or candidate) ready for downloading and printing by exam venues.

Upon receipt, exam papers can be printed professionally, if the volume requires it, or simply on office printers for smaller volumes.

How to design exam papers for scanning

A well designed answer sheet improves the processing of the scanned image and reduces manual intervention and increases capture rates.

Choice fields

Choice fields can accept a single choice (e.g. yes or no) or multiple choices (e.g. select all that apply).

Choice fields offer an array of different styles including bubbles, boxes, underlines, responses and brackets for the recipient to mark.

Cornerstones

Cornerstones will assist with page alignment, de-skewing images and adjusting for print or scan size variations.

Constrained print fields

Handwriting is most effectively read by ICR (Intelligent Character Recognition) technology when it is laid out in a constrained print field, with one character per box. Constrained print fields can gather data such as names, dates, and numeric figures.

Brightness bar

A brightness bar will ensure scanners are adjusted correctly to capture good quality images from light pencil-written responses.

Form identification block

Form identification blocks help with page rotation (where the sheet is scanned upside down) and answer sheet identification for reconciliation. It will also help with version control should future versions of the form need to be used in parallel with older but very similar forms.

Capture zones

Capture Zones are typically used to capture blocks of cursive handwriting or other unquantifiable data. They are presented to the operator to allow high-speed coding or re-keying of the content. Advanced features, such as mark identification or predictive typing, help speed up this process.

  • Choice fields

    Choice fields can accept a single choice (e.g. yes or no) or multiple choices (e.g. select all that apply).

    Choice fields offer an array of different styles including bubbles, boxes, underlines, responses and brackets for the recipient to mark.

  • Cornerstones

    Cornerstones will assist with page alignment, de-skewing images and adjusting for print or scan size variations.

  • Constrained print fields

    Handwriting is most effectively read by ICR (Intelligent Character Recognition) technology when it is laid out in a constrained print field, with one character per box. Constrained print fields can gather data such as names, dates, and numeric figures.

  • Brightness bar

    A brightness bar will ensure scanners are adjusted correctly to capture good quality images from light pencil-written responses.

  • Form identification block

    Form identification blocks help with page rotation (where the sheet is scanned upside down) and answer sheet identification for reconciliation. It will also help with version control should future versions of the form need to be used in parallel with older but very similar forms.

  • Capture zones

    Capture Zones are typically used to capture blocks of cursive handwriting or other unquantifiable data. They are presented to the operator to allow high-speed coding or re-keying of the content. Advanced features, such as mark identification or predictive typing, help speed up this process.

    Examples of exam paper design

    Some examples of exam paper design covering listening, reading and writing components.

    Listening example

    Listening example

    Reading example

    Reading example

    Writing example

    Writing example

    Writing - continuation example

    Writing - continuation example

    Case studies

    • Civica

      Civica

      Enterprise

      Following a OJEU tender process, the British Council commissioned Civica as the prime contractor to deliver an on-screen marking (OSM) solution to mark up to 2.25 million ‘pen and paper’ IELTS tests each year.

      As part of the agreement, Civica appointed ePC as its sub-contractor for the script capture, processing and verification work.

    • Cambridge English

      Cambridge English

      Enterprise

      Expert in language assessment automates paper-based assessments with OMR exam processing and on-screen marking system.

      Read more

    • Northumbria University

      Northumbria University

      Multisite

      Leading UK university uses TeleForm to design, scan and verify OMR answer sheets from undergraduate and postgraduate examinations.