A digital studio run by an electrical engineer, building client platforms, internal tools, and products with the same rigor as a circuit design: measured, tested, and built to spec.
Full platform migration for an established client, rebuilt on Next.js with a dedicated email infrastructure setup and ongoing service renewals.
A searchable repository of past exam questions built for Gopherwood's students, turning a scattered, informal study resource into a structured, always-available archive.
A certificate generation service built on PMA's shared schema-per-app Supabase architecture, automating what used to be manual design work for issuing organizations.
A two-sided marketplace connecting churches with musicians for bookings, built from the ground up with auth flows, dual dashboards, reviews, and integrated payments.
Built during a fiber-optics SIWES placement, unprompted; a tool that takes supply power and a client's minimum required power, then outputs every viable splitter leg combination. Shipped to speed up the team's own workflow.
A field log for fiber-optic installation and maintenance teams, a standalone PMA product, distinct from the earlier splitter leg calculator. It gives field crews a single, repeating record of site work instead of paper traces or spreadsheets.
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Marketing sites, client platforms, and full web applications on Next.js, shipped on Vercel, from a school's platform migration to products like CertGen and Interlude.
Removing the middle steps from manual workflows; the same automation that lets CertGen issue a certificate without a designer or a queue.
Reliable transactional and inbound email, backed by real Zoho and Resend setups like the one running Gopherwood's platform day to day.
Schema-first internal tools and products built to spec, from a fiber-optic splitter calculator to a two-sided marketplace.
PMA Digital Services is built on a simple premise: software gets better when the person building it also understands the physical systems it runs on.
Founded and run by a final-year Electrical and Electronics Engineering student, PMA sits at the intersection of two disciplines that rarely share a desk: power systems engineering and modern web development. That background shows up in the work: field-tested tools built to solve real bottlenecks, not just polished demos.
Client work runs alongside self-initiated products, from a school's full platform migration to a marketplace built from scratch, with every build following the same schema-first, systems-first approach.
Whether it's a client platform, an internal tool, or a product from scratch. PMA takes on work that needs both engineering discipline and a strong sense of design.