SciWrenchTools for minds that explore
For instructors & institutions

Turn your teaching challenge into a tool that fits.

SciWrench creates focused digital tools for science teaching and course delivery—from interactive simulations and tutorials to lab manuals, attendance systems, check-ins, controlled-access resources, and specialized workflows built around the way your course actually runs.

Custom course tool
Built around your workflow

Build the tool your course needs.

1ExploreManipulate a scientific system
2AnalyzeObserve patterns and evidence
3ExplainConnect results to concepts
Learning experiencePrototype ready
Built around your teaching goals
Learning + course operations
Purpose-builtCreated around a real teaching or workflow challenge
Scientifically groundedContent and interactions shaped by the evidence
Course-centredDesigned around learners, instructors, and practical delivery
Web-readyResponsive experiences designed for practical delivery

From learning experiences to the tools that keep a course moving.

A custom project can begin with a difficult concept, a laboratory workflow, an existing manual, an administrative headache, or a repetitive task that should simply work better.

A custom simulator for a course

Transform a difficult mechanism, experiment, or analytical workflow into an interactive experience aligned with a specific curriculum.

An experience based on a research organism

Use the biology, traits, or questions surrounding a professor’s research system to create a memorable and authentic learning context.

A learning tool for a scientific society

Build a public-facing experience that supports outreach, scientific literacy, professional education, or engagement with a specialized field.

A virtual lab for an educational publisher

Extend a chapter, manual, or digital resource with an interactive investigation that allows learners to test ideas and interpret results.

A worksheet transformed into an experience

Reimagine an existing static activity as guided practice, a simulation, a decision pathway, or an interactive data-analysis task.

Attendance, check-in & participation tools

Create streamlined attendance or lab check-in systems using QR codes, seat numbers, session windows, or instructor-defined workflows—without forcing the course into a generic platform.

Interactive lab manuals & tutorials

Turn a traditional lab manual into a responsive digital resource with guided procedures, embedded tutorials, diagrams, pre-lab preparation, calculations, and links to companion tools.

Controlled-access course resources

Provide protected access to manuals, tutorials, datasets, or specialized resources using course codes, access codes, session-based entry, or other project-specific access rules.

Small tools that remove course friction

Build focused utilities for TA workflows, lab scheduling, dataset generation, student grouping, assignment preparation, resource navigation, or other repetitive course tasks. Sometimes the most useful project is not a giant platform—it is one small tool that solves one annoying problem extremely well.

Something we have not listed

If you have a workflow, teaching idea, or course problem that does not fit a category, that is exactly the kind of conversation worth having. Start with the problem; the right digital experience can be designed from there.

Start with the problem—not the technology.

Every project is shaped around what needs to work better: the audience, scientific content, learner experience, instructor workflow, access requirements, and practical realities of course delivery.

01

Share the challenge

Describe the course, learners, existing material, workflow, or recurring problem—and what you wish worked differently.

02

Define the experience

Agree on the goals, interactions, scientific or operational requirements, access model, deliverables, timeline, and project scope.

03

Build and review

Develop a working prototype, review the content and workflow in context, and refine it through focused feedback.

04

Prepare for learners

Deliver the finished tool with the agreed documentation, implementation guidance, deployment approach, and maintenance plan.

Custom projects are scoped individually.

Bring the teaching goal, workflow, rough sketch, existing document—or simply the problem. SciWrench can help shape it into a practical project.

Show us what you want to fix

Built for science teaching in the real world.

A successful custom tool should do more than look polished. It should solve a real problem: helping learners reason scientifically, helping instructors deliver a course more effectively, or removing unnecessary friction from laboratory and administrative workflows.

Learning goals guide the designEvery interaction should serve an identifiable educational purpose.
Scientific limits remain visibleModels, simplifications, assumptions, and uncertainty should be communicated clearly.
Complexity is introduced deliberatelyLearners receive enough structure to explore without losing the scientific challenge.
The final experience fits its settingDelivery, branding, documentation, ownership, and ongoing maintenance are established during project scoping.

What is the thing in your course you wish worked better?

You do not need a technical specification—or even a finished idea. Bring a concept, lab manual, spreadsheet, repetitive workflow, access problem, tutorial, dataset, or teaching headache. We can start there.

Let’s build something useful