Swift fundamentals
Swift syntax, optionals, closures, protocols, generics, collections, and error handling.
iOS developer assessment
Evaluate Swift, UIKit, SwiftUI, app architecture, Core Data, API integration, testing, debugging, performance, and practical iOS development ability before technical interviews.
Skill signals
Measure practical iOS engineering knowledge through role-relevant questions, coding scenarios, structured scoring, and clear candidate reports.
Swift syntax, optionals, closures, protocols, generics, collections, and error handling.
Views, navigation, state, layout, reusable UI, lifecycle, and accessibility.
MVC, MVVM, dependency management, modularity, and maintainable code organisation.
URLSession, REST APIs, JSON decoding, async/await, errors, and authentication.
Data modelling, persistence, CRUD operations, fetch requests, and relationships.
Memory management, retain cycles, rendering, launch time, and Instruments.
XCTest, unit testing, UI testing, mocking, test design, and code reliability.
Crash analysis, logs, Keychain, secure storage, permissions, and issue resolution.
Assessment flow
Run the same structured process across candidates and focus interviews on the evidence that matters.
Select questions and tasks for junior, mid-level, or senior iOS responsibilities.
Send the secure assessment link to applicants in the same hiring stage.
Review correctness, architecture, code quality, testing, and problem-solving signals.
Use skill breakdowns and report insights to guide deeper technical interviews.
Score breakdown
Use cases
Validate practical Swift and app-development knowledge before technical interviews.
Assess architecture, performance, security, testing, ownership, and technical depth.
Screen larger graduate applicant pools with consistent scoring and reports.
Hire with evidence
Use structured assessment results and explainable score reports to shortlist candidates with confidence.