AI Data
Center
Engineering

India's AI infrastructure boom is creating a shortage of engineers who can design, build, and run the physical systems that AI runs on. GPU clusters, high-speed networking, power architecture, cooling, and DPDP compliance — this track makes you the person who builds the foundation everything else runs on.
4 WEEKS - INTENSIVE
120 HOURS - LIVE INSTRUCTION 
3 DAYS/WEEK - 6 HOURS/DAY
COHORT - 20 LEARNERS MAX
Design GPU cluster architecture for AI workloads
Plan power and cooling for dense AI compute
Graduate with a complete DC design document
Spec high-speed AI networking — InfiniBand, RoCE
Apply India's DPDP Act to on-premises AI systems
Live Radar profile — enterprise and GCC network

₹54,999

+ 18% GST · Online, live
City center: ₹74,999 · Launch batch: ₹34,999 Sold out
Online - Live
Anywhere in India
₹54,999
Offline - Center
Bangalore and Hyderabad
₹79,999
SELECT A COHORT
5th May 2026
Mon–Fri · 9am–3pm IST
5 Seats Left
2nd June 2026
Mon–Fri · 6pm–9pm IST
10 Seats Left
7th July 2026
Mon–Fri · 9am–3pm IST
Open
ENROLL AND PAY NOW

Infrastructure engineers ready for the AI layer.

Four weeks.
Ground up.

AI Compute Architecture
Before you can build the data center, you need to understand what it is housing — and why AI hardware is categorically different from anything that came before it.
01
GPU vs CPU vs NPU — AI workload fit
NVIDIA H100/H200 · AMD MI300X · Intel Gaudi · Why GPUs dominate training · NPUs for inference · The memory bandwidth bottleneck
02
AI server design and form factors
Rack servers vs DGX systems vs blade compute · OCP Open Rack specifications · GPU server thermal envelopes · Future form factors: liquid-cooled chassis
03
Memory hierarchies for AI
HBM3/HBM3e · NVLink fabric · PCIe bandwidth · On-die vs off-die memory trade-offs · NVMe-oF for distributed memory
04
On-prem vs cloud vs hybrid decision framework
Total cost of ownership modelling · Latency and data sovereignty considerations · When on-prem wins · Building the business case for AI infrastructure
05
AI infrastructure landscape — India specific
Key vendors and integrators in India · Government AI compute programmes · DPDP Act implications for infrastructure design · GCC build-out patterns
Networking & Storage for AI
AI clusters have networking requirements that most DC engineers have never encountered. The difference between a well-networked and poorly-networked GPU cluster is the difference between 90% and 40% GPU utilisation.
01
High-speed AI networking fundamentals
InfiniBand HDR/NDR · RoCEv2 (RDMA over Converged Ethernet) · 400GbE and 800GbE · RDMA: why it matters for distributed training
02
AI cluster network topology design
Fat-tree topology · Rail-optimised designs · Spine-leaf for AI · Network congestion in distributed training · Collective communication patterns (AllReduce)
03
Storage architecture for AI workloads
NVMe and NVMe-oF · Parallel file systems: GPFS, Lustre, WEKA · Object storage: Ceph, MinIO · Data pipeline performance bottlenecks · Storage tiering for training vs inference
04
Software-defined networking for AI DCs
SDN controllers · Network slicing for multi-tenant AI · Programmable switches (P4) · Telemetry and network observability · Zero-touch provisioning
05
Network performance tuning and benchmarking
NCCL benchmarks · iperf3 and perftest · Diagnosing bandwidth bottlenecks · Latency profiling in distributed workloads · Real-world case study: GCC cluster optimisation
Power, Cooling & Sustainability
A single NVIDIA H100 server draws 10kW. A 64-GPU cluster can draw 640kW from one rack row. Traditional data center engineers are not trained for this. Week 3 is where RED diverges from every other programme.
01
AI workload power density — the real numbers
kW per rack calculations for GPU clusters · Power draw vs theoretical TDP · Dynamic power management · Oversubscription and burst capacity · UPS and generator sizing
02
Cooling architectures for high-density AI
Air cooling limits (why it fails above 30kW/rack) · Rear-door heat exchangers · Direct liquid cooling (DLC) · Immersion cooling: single-phase vs two-phase · Cold plate vs full immersion trade-offs
03
Power delivery infrastructure
480V 3-phase power for AI racks · PDU selection for GPU systems · Busway vs traditional cabling · Redundancy architectures (2N, N+1) · India-specific: grid quality and power factor correction
04
PUE optimisation and energy efficiency
Calculating PUE for AI workloads · Water Usage Effectiveness (WUE) · Free cooling strategies for Indian climate · Heat reuse and waste heat recovery · Sustainability reporting frameworks
05
Green AI data center design
Renewable energy integration · Power Purchase Agreements (PPAs) in India · Carbon accounting for AI workloads · Designing for future liquid cooling retrofit · ESG reporting for AI infrastructure
Operations, Security & Compliance
Building the data center is the beginning. Running it securely, keeping it compliant with India's DPDP Act, and planning for the capacity it will need in 3 years — that is the ongoing work.
01
AI data center operations and SLA management
DCIM tools: Nlyte, Sunbird, Device42 · Capacity planning for AI growth · Change management in live environments · SLA design for GPU compute services · Incident response playbooks
02
Physical and cyber security for AI infrastructure
Physical access control for GPU assets · Firmware security for AI hardware · Network segmentation for AI clusters · Supply chain security · GPU asset tracking and disposal
03
India DPDP Act compliance for on-premises AI
hat DPDP requires of AI infrastructure operators · Data localisation for AI training data · Consent management at the infrastructure layer · Audit logging for compliance · Breach notification requirements
04
Capacity planning and cost modelling
GPU demand forecasting · Refresh cycle planning (H100 → next gen) · Infrastructure TCO vs cloud burn · Build vs colocation vs cloud cost models · Presenting the business case to leadership
05
Capstone presentations and certification
Design document review by industry panel · Live Radar profile activation · RED certification assessment · Career pathways in AI infrastructure

India is building AI data centers
faster than it can staff them.

Every AI system — every model, every agent, every inference call — runs on physical infrastructure. GPUs, networking, storage, power, cooling. The software gets all the attention. The hardware is where everything actually happens.

India's AI infrastructure investment is accelerating at a pace the talent market hasn't caught up with. Hyperscalers, GCCs, and enterprise IT teams are building or expanding AI data centers across Hyderabad, Pune, Chennai, and Delhi NCR — and they cannot find engineers who understand the specific demands of AI workloads at the infrastructure level.

This is not a generic data center course. AI workloads are categorically different from traditional IT infrastructure. The power density is 5–10x higher. The networking requirements are fundamentally different — InfiniBand fabric instead of Ethernet. The cooling challenges require liquid solutions that most DC engineers have never specified. And the software-defined infrastructure layer has collapsed what used to be three separate roles into one.

No comparable 4-week live programme exists in India for this skill set. RED built this track because the gap is real, the demand is urgent, and the engineers who fill it will be in the highest-value positions in India's AI infrastructure boom.

$10B+
AI data center investment committed in India by 2027
Microsoft, Google, AWS, Meta — all building or expanding AI DC capacity in India. Each facility needs infrastructure engineers who understand AI workloads.
5–10x
Higher power density vs traditional IT infrastructure
A GPU server draws 5–10kW per rack unit. Traditional DC engineers are trained for 2–3kW. The gap in skills is not incremental — it is architectural.
0
Comparable live AI data center programmes in India
Comparable live AI data center programmes in IndiaAs of 2026, no Indian institution offers a 4-week live programme on AI data center engineering. RED is building this market from scratch.

Here's What our Students Have to Say!

Read All the Stories
RED Save my Job!

I'd been a backend developer for nine years — Java, Spring Boot, enterprise APIs. Last year I started seeing job descriptions ask for AI engineering skills I didn't have. I enrolled in the Agentic AI Engineering track half-convinced it was too late. Four weeks later I had a deployed multi-agent system in my portfolio. Within three weeks of graduating, a GCC in Hyderabad reached out through Live Radar. I joined at a 40% salary jump. RED didn't just save my job — it upgraded it.

Ravi Narayan
AI Engineer, Global Capability Centre · Hyderabad
I Have a Stable Job Now!

I finished my B.Tech in 2024 and spent eight months applying to jobs with nothing to show for it. My degree had a two-line mention of machine learning — nothing applied, nothing current. A friend told me about RED's launch batch pricing. I enrolled in AI Ops Engineering. The four weeks were the hardest I've worked in my life. But I graduated with three live projects and a Live Radar profile. A startup in Bengaluru offered me a role before my batch even ended. First salary: ₹11 LPA. I'd been applying for ₹4 LPA roles before.

Anjali Krishnamurthy
MLOps Engineer, AI Startup · Bengaluru
I Understand AI Now!

I'm a VP at a mid-size manufacturing company. For two years I've been sitting in board meetings nodding at AI presentations I didn't fully understand — approving budgets I couldn't evaluate. My team knew it. My vendors definitely knew it. I did the AI for Business Leaders track on evenings, without taking a day off work. By Week 2 I was already asking better questions in vendor calls. My capstone AI strategy document is now our actual company roadmap for FY27. I don't nod anymore. I lead the conversation.

Suresh Malhotra
VP Operations, Manufacturing Group · Delhi
I Have Got New AI Business Ideas! 

I run a chain of diagnostic labs across Telangana — 14 centres, 200 staff. I did RED's AI for Professionals track because I wanted to use AI in our workflows, not just hear about it at conferences. What I didn't expect was that by Week 3 I'd have three completely new business ideas I'd never considered. AI-assisted radiology report triaging. A WhatsApp-based patient follow-up agent. An internal knowledge system for our lab technicians. I'm building one of them right now with a developer I found through the RED alumni network.

Padmaja Reddy
Founder, Diagnostic Lab Network · Hyderabad