SQL Server Specialist = T-SQL architect who tunes billion-row tables for sub-second reads. Mastery of SSMS, Execution Plans, Indexing (Clustered, Non-Clustered, Columnstore), and Query Store. Expert in HA/DR: Always On Availability Groups, Log Shipping, Replication. Performance tuning via Profiler, XEvents, DMV analysis. Data integrity via ACID, CDC, TDE. 10+ yrs, 99.99% uptime, 40% CPU reduction via refactoring. SSRS/SSIS/SSAS pro. I solve deadlocks before the app team opens a ticket.
CloudExpertLive
Duration
12 weeks
Learning Mode
Online
Batch
Current Cohort
Curriculum Modules
Curriculum modules are not published for this track yet.
Microsoft Azure Core Fundamentals is the on-ramp to the world’s second-largest cloud. In one condensed day you’ll build and break a mini-enterprise: deploy a Ubuntu VM behind a B-series SKU, attach a managed OS disk, snapshot it before a risky upgrade. You’ll create a storage account with hot/cool tiers, lifecycle rules that archive 80 % of blobs to glacier after 30 days, and a SAS token that expires like a mission-impossible tape. You’ll peer two VNets, force-tunnel traffic through an NVA, and watch Network Watcher draw the packet flow in real time.
Identity section: invite your Gmail as a guest user, assign Reader role at subscription scope, then add PIM-eligible Contributor that requires ticket-based approval. Governance: apply a “deny naughty SKUs” policy that blocks any VM size starting with “Standard_B” unless tagged “dev-test”. Cost: run the Pricing Calculator, export the estimate to Excel, then set a $50 budget that emails you at 80 % burn.
I’m the glue between product dreams and AWS reality. My day starts reviewing a napkin sketch: “We need global sub-100 ms latency for 8 M concurrent gamers and PCI-DSS compliance.” By stand-up I’ve turned it into a color-coded Lucidchart: CloudFront + WAF front door, Origin Shield in front of S3 static lobby, API Gateway → Lambda@Edge for auth, regional ECS Fargate clusters for game sessions, DynamoDB Global Tables for player state, Kinesis Data Streams + Firehose for 30 TB/day telemetry, and Aurora Serverless v2 for leaderboards that scale to zero at 4 a.m.
I write infrastructure as code (TypeScript CDK or Terraform) so every pull-request spins up a full clone stack in 12 minutes; when it’s torn down, the cost is $0.47. Security: IAM boundaries, SCPs, KMS CMKs rotated every 90 days, GuardDuty + Security Hub aggregated across 250 accounts. Cost: I built a FinOps bot that parks 3 200 dev instances nightly, saving $1.1 M/year; reserved Graviton3 capacity cut compute by 42 % while raising TPS 19 %. Observability: CloudWatch metric math, X-Ray sampling, custom Contributor Insights rules that page Slack before users notice.
This is the friendly on-ramp for every future admin, coder, or curious clicker. Morning: we rip open a desktop—identify ATX 24-pin, M.2 NVMe vs. SATA, DDR5 channels, PSU rails, then POST-beep our way to BIOS. Afternoon: boot Ubuntu Live, shrink NTFS, dual-boot, and watch Task Manager while we stress CPU with Prime95 until 90 °C throttle. Networking: cable a Cat6 T568B patch, log into a consumer router, flip 2.4 GHz → 5 GHz, run iperf3 and smile at 940 Mbps. Security: we phish ourselves with a fake LinkedIn e-mail, forward the header to abuse@, and enable 2FA on every account.
Databases: import a CSV of 500 movies into SQLite, run SELECT * WHERE genre='Comedy', export to JSON for the web devs. Cloud: spin up a free AWS EC2 micro, SSH in, install nginx, serve “Hello Cloud” in 6 min—then terminate so the bill is $0.00. Software dev: trace the waterfall vs. Agile sticky-note board, write five lines of Python that print Fibonacci, commit to GitHub, open a PR, merge, done.
Exam cram: 90-minute mock, 75 multiple-choice, 650 cut-score. We play Kahoot with acronyms—BIOS, USB-C, SSD, VPN, SQL—and finish with a 95 % class average. By 5 p.m. you’ll have replaced a laptop screen, secured Grandma’s Wi-Fi, and earned a digital badge that links straight to LinkedIn. Next stop: A+, Network+, or that coding boot-camp you bookmarked.