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Currently available for select engagements

Hire Software Developer for Universities
Senior, direct, no layers

Custom software for education: internal systems, integrations, and portals built around how your organisation works.

15+
Years Experience
100+
Projects Delivered
6
Countries Served
$25M+
Revenue Enabled
Universities — Software Developer

A senior software developer for universities

A software developer builds the custom systems a university cannot buy off the shelf: internal tools, integrations between platforms, and portals that match a specific workflow. For universities and higher-education institutions, off-the-shelf tools cover much of the ground, but the gaps are real: a workflow that spans three systems, a report nobody's tool produces, or a portal that must reflect your exact admissions or academic process. Custom software fills those gaps deliberately, scoped to the workflow that justifies it, and built to be maintained by your team or a successor, not just by its author.

Engagements start with a conversation about the actual job to be done, not a package. Book a free discovery call and we will test the fit before any scope is agreed.

What you get

What this engagement covers for universities

  • Internal tools — Tools for admissions, timetabling support, reporting, or operations, built around the exact steps your faculty and professional-services staff take.
  • Integrations — Reliable connections between your core systems, so data moves once and errors are visible instead of silent.
  • Portals — Staff, students, or parent portals that show the right information with the right permissions, without duplicating your systems.
  • Databases and APIs — Well-structured data and documented APIs, so future tools can build on the same foundation.
  • Legacy rescue — Existing custom systems diagnosed, documented, and stabilised, with a plan for what to keep and what to replace.
  • Documentation and handover — Code, architecture, and operations documented so another developer can take over without reverse-engineering.
Systems you already run

Built around the tools universities actually use

Universities typically run a student information system such as Ellucian Banner, Workday Student, or PeopleSoft Campus Solutions, a learning platform such as Canvas, Moodle, or Blackboard Learn, and a recruitment CRM such as Slate or Salesforce Education Cloud, with lecture capture and video through Panopto or Zoom. These systems are owned by different teams, change on different cycles, and rarely agree on what counts as a single student record. Work that ignores that reality gets stuck in procurement and integration review, so the practical approach is to integrate with the system of record for each job and to keep academic, admissions, and finance data in their proper homes. Custom software is built to sit alongside your existing platforms, using their official integrations and data models where they exist, so it strengthens the systems you already run instead of creating a rival one.

The practical rule is simple: new work should reduce the number of places staff have to look, not add another one. That is why integration, permissions, and handover are part of the scope from the start, rather than items discovered after launch.

How it works

From kickoff to delivery for universities

  1. Define the workflow

    Document the exact workflow the software must support, including its edge cases and failure modes.

  2. Prototype the core

    Prototype the riskiest part first, such as an integration or a complex rule, before committing to full build.

  3. Build in increments

    Build in tested increments, with your team reviewing working software regularly, not just at the end.

  4. Hand over documented

    Deliver documented code, deployment, and operations, and train whoever will run it.

Realistic outcomes

What to expect, honestly

The realistic outcome is one workflow that stops depending on spreadsheets, heroic effort, or a single person's memory, with software your organisation can actually maintain. Custom software is not recommended where a bought tool does the job: the honest answer is sometimes to buy, configure, or simplify the process instead, and that recommendation is given when it applies.

Why Omer

Why hire Omer

  • Scoped to the workflow: built for the exact job that justifies custom code, nothing more.
  • Riskiest part first: integrations and complex rules prototyped before full build.
  • Documented for succession: code and operations handed over so another developer can continue.
  • Buy-first honesty: a bought tool is recommended when it genuinely fits better.
  • Senior-only delivery: one person owns design, build, testing, and handover.
FAQ

Questions, answered

When is custom software worth it over an off-the-shelf tool?
When a workflow spans systems no single tool covers, or when your process is genuinely specific and the workarounds cost more than the build. If a bought tool fits, that is the recommendation.
Who maintains the software afterwards?
Your team or a successor developer, supported by documentation, tests, and a deployment process. Maintenance needs are discussed before build, not after launch.
How do you handle our existing systems?
Through their official integrations and data models where they exist, with new software sitting alongside them rather than duplicating their data.
What if requirements change during the build?
Builds run in increments with regular reviews, so changes surface early and can be weighed against scope and budget honestly, rather than discovered at the end.
How do you work with university procurement and IT governance?
University engagements are scoped so IT, data protection, and accessibility reviewers can approve them: what data is accessed, where it is processed, who owns it, and how access is revoked at the end of the engagement. Accessibility is treated as a requirement, not a nice-to-have, and integrations are documented so your internal team can maintain them after handover.
Currently available for select engagements

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