How to Build the Right IT Setup for Remote Engineers: A Practical Checklist

Remote engineers are more dependent on their IT setup than almost any other role. A missing tool, an unenrolled device, or a delayed access grant doesn't just slow them down: it stops them from working entirely. Without a structured onboarding process, delays and configuration gaps can leave engineers blocked before they write a single line of code

This checklist covers every stage of the IT setup process for remote engineers: from device procurement and endpoint configuration through identity, access, and the tools engineers actually need to do their jobs.

Step 1. Device procurement and pre-configuration

Before a remote engineer can do anything, they need hardware that arrives on time, configured correctly, and ready to use. This step covers everything that should happen before the device leaves the warehouse:

☐ Confirm device specifications match the engineer's role — RAM, storage, and OS requirements for development workloads differ from standard business use
☐ Select the correct keyboard layout, power adapter, and regional compliance requirements for the engineer's country
☐ Pre-configure the device with the approved OS build and baseline configuration before shipping
☐ Enroll the device in Mobile Device Management (MDM) at provisioning, not after the first login
☐ Confirm shipping timeline against the engineer's start date, with a buffer for customs or carrier delays
☐ Log the device in the asset register with serial number, assigned user, country, and expected delivery date

Discover the top 7 reasons why new hires start without the right tools.

Step 2. Endpoint security and MDM configuration

A device that isn't managed from the start creates unnecessary security and compliance risk. As part of provisioning, IT should ensure the device is enrolled in or configured for MDM before it reaches the engineer. Key steps include:

☐ Confirm MDM enrollment completed at provisioning, not pending first-login self-enrollment
☐ Apply full-disk encryption (FileVault for macOS, BitLocker for Windows) before the device ships
☐ Push baseline security policy: screen lock timeout, password requirements, automatic OS update enforcement
☐ Configure remote lock and remote wipe capability, and confirm it is active before the device is delivered
☐ Apply certificate-based authentication where required by your security policy
☐ Verify the device appears in the MDM console as enrolled and policy-compliant before the engineer's start date

Read: How to Improve IT Compliance With Automated Device Management

Step 3. Identity setup and access provisioning

Identity is the foundation on which everything else depends. Single Sign-On (SSO) and Multi-Factor Authentication (MFA) should be configured before the engineer's first login to ensure access is secure, consistent, and available from day one. You will need to:

☐ Create the engineer's account in the identity provider (Okta, Google Workspace, Azure AD, or equivalent)
☐ Assign the engineer to the correct SSO groups based on their role and team
☐ Enforce MFA on the account before first login using an approved authentication method (authenticator app, hardware key, or equivalent)
☐ Apply Role-Based Access Control (RBAC) to ensure access reflects the engineer's actual role, not a generic template
☐ Confirm the engineer's account is linked to the correct directory group for automated app provisioning
☐ Document the access grants made at hire in the system of record for audit purposes

Read: IAM Best Practices for IT Teams

Step 4. Core engineering tools and application access

Engineers need a specific set of tools from day one: version control, CI/CD, cloud infrastructure access, and communication platforms. Provisioning these after the engineer starts creates immediate productivity loss. Make sure you:

☐ Grant access to the source code repository (GitHub, GitLab, Bitbucket) with the correct team and permission level
☐ Provision access to the CI/CD pipeline (Jenkins, GitHub Actions, CircleCI, or equivalent)
☐ Set up cloud platform access (AWS, GCP, Azure) with least-privilege roles — no admin access by default
☐ Provision the engineer's account in the project management tool (Jira, Linear, Notion, or equivalent)
☐ Configure access to the internal documentation platform (Confluence, Notion, or equivalent)
☐ Add the engineer to the correct Slack or Teams channels: engineering team, on-call rotation, incident response
☐ Provision access to the password manager and confirm the engineer is enrolled before day one
☐ Confirm all SaaS licenses are assigned and active, not pending approval

Here is how to manage SaaS and application licensing at scale.

Step 5. Development environment and local tooling

Application access is not the same as a working development environment. Engineers need their local environment configured and validated before they can contribute. This step is often skipped in standard IT checklists and includes the following:

☐ Confirm the package manager is installed and configured (Homebrew for macOS, apt/yum for Linux, Chocolatey for Windows)
☐ Install and configure the required language runtimes and version managers (nvm, pyenv, rbenv, or equivalent)
☐ Set up the approved IDE or code editor with the team's standard extensions and configuration
☐ Configure SSH key generation and confirm the public key is added to the relevant repositories and servers
☐ Set up VPN access and confirm the engineer can connect to the internal infrastructure from their location
☐ Validate that the local development environment can build and run the codebase — not just that tools are installed
☐ Confirm access to any internal APIs, staging environments, or sandboxes the engineer needs for their first sprint

Step 6. Security and compliance requirements for engineers

Engineering roles often involve access to technical systems and development resources that require additional security oversight. Establishing the right controls from the start helps protect company data, infrastructure, and intellectual property while ensuring access remains appropriate to the engineer's role. Make sure you:

☐ Confirm the engineer has completed the required security awareness training before access to engineering systems is granted
☐ Confirm the engineer has read and signed the acceptable use policy and data handling policy
☐ Apply endpoint protection (EDR/antivirus) and confirm it is active and reporting to the central console
☐ Confirm the engineer's device is covered by the endpoint management policy and appears in the compliance dashboard
☐ Review and document which production systems the engineer has access to — this becomes the baseline for access reviews
☐ Confirm the engineer is enrolled in the on-call or incident response process if applicable to their role
☐ Set a calendar reminder for the 30-day access review to confirm provisioned access still matches the engineer's actual role

Download this IT Security and Compliance Checklist for Remote Workers to ensure critical security controls are in place across devices, access, and remote work environments.

Step 7. Communication, collaboration, and support setup

Remote engineers rely on communication, collaboration, and support systems just as much as technical tools. Making these resources available early helps engineers stay connected, resolve issues quickly, and participate fully in team workflows. Here is how you can help:

☐ Confirm the engineer knows how to reach IT support and what the expected response time is in their time zone
☐ Set up the IT helpdesk ticketing account and confirm the engineer can submit a request
☐ Add the engineer to the correct email distribution lists and calendar groups
☐ Confirm video conferencing is configured and tested — camera, microphone, and screen share working before the first meeting
☐ Add the engineer to the team's shared calendar and any recurring engineering ceremonies (standups, sprint planning, retrospectives)
☐ Confirm the engineer has access to the internal IT knowledge base or runbook for self-service troubleshooting

Discover the benefits of 24/7 IT support for distributed teams.

Step 8. Offboarding preparation: set it up at the start

The cleanest offboarding processes are built at onboarding. Documenting what was provisioned, where it lives, and who owns it at the start makes offboarding fast, complete, and auditable. To do so, ensure you:

☐ Record every access grant made during setup in the system of record — application, permission level, and date
☐ Log the device serial number, assigned user, and delivery address in the asset register
☐ Confirm the device is enrolled in MDM with remote wipe capability active
☐ Document which production systems and cloud environments the engineer has access to
☐ Set a reminder to review access at 90 days and at any role change — access creep starts early for engineers with broad initial provisioning
☐ Confirm the device refresh cycle is recorded so the device is flagged for review at the right time

Unsure if you have everything in place? Download this employee offboarding checklist template to help you get started.

IT that scales with your engineering team: how Deel IT helps

Remote engineers are one of the most demanding IT setups to get right. The device needs to arrive on time, pre-configured, and enrolled. Access needs to be provisioned before day one. Security policy needs to be applied before the first login. And when something breaks at 11 pm in a different time zone, someone needs to answer.

But the challenge isn't limited to engineering. Whether employees work in engineering, sales, design, HR, or another function, IT teams need a consistent way to manage devices, access, security, and support. Deel IT replaces fragmented tools and manual processes with a single platform that handles the full IT lifecycle.

Here is what Deel IT helps you do:

• Global procurement across 130+ countries: Source, configure, and ship pre-imaged hardware to any new hire — keyboard layout, power adapter, regional compliance, and customs handled without engaging local resellers
• MDM enrollment at provisioning: Every device ships with policy applied — encryption, screen lock, OS update enforcement, and remote wipe active before the engineer's first login, not after
• Automated access provisioning tied to HRIS events: The moment a hire is confirmed, SSO groups, MFA enforcement, and RBAC assignments are triggered automatically — no manual provisioning queue
• SaaS and license management: Every application assigned at onboarding is tracked, usage-monitored, and reclaimed automatically at offboarding — no orphaned licenses, no access left open
• Endpoint protection across the fleet: Continuous policy enforcement, real-time compliance visibility, and remote lock and wipe across every enrolled device globally.
• 24/7 global IT support: Live helpdesk coverage in every time zone — so an engineer blocked at 11 pm in Singapore gets the same response as one blocked at 9 am in London
• Automated offboarding: When an engineer leaves, device recovery, access revocation, and license reclamation are triggered automatically through a single coordinated workflow — reducing the risk of missed steps across systems and assets.

Book a demo to see how Deel IT handles IT setup for remote engineering teams at scale.