Can the program be customized?

Yes. Data Parallelism: How to Train Deep Learning Models on Multiple GPUs supports customization around lab depth, demo context, certification focus, and team-specific scenarios.

Yes. This program includes instructor-led labs and practical exercises aligned to real implementation patterns.

How does this align with official certification or curriculum?

This program is aligned to the official Official Source curriculum and learning path referenced for this track.

How are prerequisites assessed?

We review prerequisite readiness during scoping and can recommend preparatory modules or a skills checkpoint before cohort start.

What happens after the program?

Private cohorts receive a handover summary, recommended next learning paths, and optional follow-on advisory for rollout or certification readiness.

Enterprise Program Brief

Data Parallelism: How to Train Deep Learning Models on Multiple GPUs

Explores how to train deep learning models across multiple GPUs using data-parallel training approaches.

Track: NVIDIA DLI Certificate of CompetencyNVIDIAAdvancedEnterprise Track

Plan Private Delivery Consult a Solutions Architect

Download Program Brief (PDF)

Program Snapshot

Engagement scoped to cohort

Duration8 hours

FormatVirtual, On-site, or Hybrid

LevelAdvanced

Certification TrackNVIDIA DLI Certificate of Competency

SubjectDistributed Training

MCT-led delivery
Private cohort / virtual ILT
Typical response: 1 business day

Scoping call typically scheduled within one business day

VNode ITeS delivers Data Parallelism: How to Train Deep Learning Models on Multiple GPUs as an MCT-led NVIDIA program for Deep Learning Practitioner. Typical duration is 8 hours (Virtual, On-site, or Hybrid). Labs follow production-shaped scenarios rather than slide-only walkthroughs. Private cohorts can shift emphasis by role mix, workspace or repo constraints, and rollout timing.

Audience Profile

Built for these roles

Built for teams moving into faster and larger-scale deep learning training.

Deep Learning Practitioner
Distributed Training
Tailored Team Delivery
Implementation-Focused

Overview

Executive overview

Official NVIDIA DLI workshop on data parallelism for multi-GPU deep learning training.

Prerequisites

Relevant foundational experience in the target technology area.
Comfort with hands-on labs in a cloud or GPU-accelerated environment.

Program Outcomes

Capabilities your teams will gain

Strengthen capability in distributed training scenarios
Strengthen capability in nvidia deep learning scenarios
Strengthen capability in deep learning scenarios

Enterprise Delivery

Official learning & delivery options

Review the vendor learning resource, then book a consultation or request a private cohort for your team.

View Official Learning Book a Consultation Request Private Cohort Open in learning platform Program brief (PDF)

Curriculum

Curriculum roadmap

Distributed Training
NVIDIA Deep Learning
Deep Learning

Module 1

Distributed Training

Cover distributed training skills and implementation practices aligned to Data Parallelism: How to Train Deep Learning Models on Multiple GPUs.

Cover distributed training skills
implementation practices aligned to Data Parallelism: How to Train Deep Learning Models on Multiple GPUs

Module 2

NVIDIA Deep Learning

Cover nvidia deep learning skills and implementation practices aligned to Data Parallelism: How to Train Deep Learning Models on Multiple GPUs.

Cover nvidia deep learning skills
implementation practices aligned to Data Parallelism: How to Train Deep Learning Models on Multiple GPUs

Module 3

Deep Learning

Cover deep learning skills and implementation practices aligned to Data Parallelism: How to Train Deep Learning Models on Multiple GPUs.

Cover deep learning skills
implementation practices aligned to Data Parallelism: How to Train Deep Learning Models on Multiple GPUs

Delivery Models

Delivery models

Virtual ILTOnsiteHybridExecutive WorkshopBootcampWeekend

Engagement Fit

Engagement fit

Implementation-focused labs
Private cohort delivery
Advanced practitioner depth
Business outcome alignment

Enterprise Customization

Enterprise customization

Tailor this program to your organization's priorities: Helps teams reduce model training time and use multi-GPU hardware more effectively.

Align to your framework and model class
Add performance-tuning and hardware planning

Credentials

Certification & official source

•NVIDIA DLI Certificate of Competency

Aligned to the official source referenced for this program.

View Official Source

Resources

Program resources

Yes. Most enterprise clients prefer private delivery scoped to role mix, timezone, and rollout timeline. We align lab environments and scenarios to your tenant context where applicable.

Program brief (PDF)View Official Source

Enterprise Proof

Trusted delivery outcomes

“We needed a partner who understood both the technical depth of Azure OpenAI and the governance requirements of an enterprise.”

Retail & E-commerce

Representative Retail Analytics Team

Instead of treating reporting as a tooling issue alone, the work focused on consistency, governance, and shared delivery practices across analysts and engineering teams.

Higher consistency in report design practices
Improved collaboration between analysts and engineering teams

Read engagement

Healthcare

Representative Healthcare Product Team

The engagement helped product and engineering stakeholders move from interest in AI to clearer implementation choices, security expectations, and prototyping discipline.

Stronger alignment between product and engineering teams
Improved clarity on prototype-to-production requirements

Read engagement

Delivery Capability

Enterprise-grade instruction

View delivery capability profile

MCT-led delivery

Programs led by Microsoft Certified Trainer practitioners

Enterprise program oversight

Founder-led specialist delivery with structured rollout planning

Global delivery

APAC · EMEA · Americas · Virtual & Onsite

Implementation-focused

Hands-on labs aligned to production scenarios

Plan delivery