PERSONAL SITE · GLENDALE, ARIZONA

Syed Badrul Muneer

ENGINEER. BUILDER. PRODUCT THINKER.

Intel — Product Manager, AI & Semiconductors
12 years · 2014—present
Glendale, Arizona

I'm a semiconductor and firmware engineer turned product manager. Since 2014 I've worked across chip bring-up, real-time firmware, connectivity and security — and today I build AI-enabled embedded products at the hardware/software boundary.

Get in touch ↗ View CV GitHub ↗
01 / JOURNEY

Twelve years at Intel

From silicon bring-up and real-time firmware to senior embedded engineering — now product management for AI and semiconductors.

Follow the flight plan →
02 / WORK

Three systems, one craft

AI product systems, firmware platforms, and the business systems that turn deep technical work into shipped products.

See the work →
03 / LAB

Hands-on corner

A working terminal and a city-level map of Glendale, Arizona. Type help in the terminal to look around.

Enter the lab →
✈ FLIGHT PLAN

The journey so far

Twelve years at Intel Corp — from low-level firmware on new silicon to product strategy for AI-enabled semiconductor products.

2021 — PRESENT

Product Manager — AI & Semiconductors

INTEL CORPCURRENT

Drive product strategy and roadmap for AI-enabled semiconductor solutions, bridging firmware, hardware, and AI/ML capabilities into cohesive products. Partner with engineering, design, and business stakeholders to define features, prioritize work, and deliver measurable impact.

  • 01AI-Enabled Embedded ProductsDefined and launched products integrating on-device inference and edge AI with existing semiconductor platforms.
  • 02AI + Firmware IntegrationLed initiatives to embed AI models into firmware pipelines, enabling smarter sensing, prediction, and automation on resource-constrained devices.
2017 — 2021

Senior Embedded Engineer

INTEL CORP

Owned end-to-end embedded solutions spanning firmware, connectivity, and cross-platform integration between devices, gateways, and cloud services. Worked closely with product and hardware teams to define architectures for connected semiconductor products.

  • 03Cross-Platform Connectivity StackDesigned and implemented communication layers (BLE, Wi-Fi, Ethernet) enabling seamless connectivity between embedded devices and multi-OS clients.
  • 04Embedded Security & OTABuilt secure boot, firmware signing, and over-the-air update mechanisms for deployed semiconductor-based products.
2014 — 2017

Firmware Engineer

INTEL CORP

Worked on low-level firmware for semiconductor-based systems, focusing on device drivers, bootloaders, and real-time control logic. Collaborated with hardware teams to bring up new chips and validate silicon in lab and production environments.

  • 05Chip Bring-Up & ValidationLed firmware development for initial silicon bring-up, register mapping, and hardware validation on new semiconductor platforms.
  • 06Real-Time Firmware ModulesImplemented interrupt-driven firmware components for timing-critical control and data acquisition on embedded devices.
✈ INSTRUMENT PANEL
12
Years airborne
since 2014
4
Cities based
SXR · LON · PDX · RAL
3
Roles held
at Intel Corp
6
Key missions
shipped to production
✈ SYSTEMS ONBOARD
Embedded C / C++ Real-Time Firmware RTOS BLE & Wi-Fi Stacks Secure Boot & OTA Edge AI / On-Device Inference Silicon Bring-Up Product Strategy AI-Assisted Prototyping Data-Driven Roadmapping
✈ CAPABILITY CARDS

What I build

Three areas of practice, one craft: turning deep technical work in semiconductors, firmware and AI into products that ship.

01

AI Product System

Defining what gets built at the intersection of silicon and machine intelligence — product strategy, roadmaps, and launches for AI-enabled embedded products.

  • Product strategy and roadmapping for AI-enabled semiconductor solutions
  • Bridging firmware, hardware, and AI/ML capabilities into cohesive products
  • On-device inference and edge AI integrated with existing platforms
  • Partnering across engineering, design, and business stakeholders
02

Firmware Platform

The low-level foundation: real-time firmware, connectivity, and security on resource-constrained semiconductor platforms — from first silicon to deployed devices.

  • Device drivers, bootloaders, and interrupt-driven real-time control
  • Silicon bring-up, register mapping, and hardware validation
  • BLE, Wi-Fi, and Ethernet communication layers for multi-OS clients
  • Secure boot, firmware signing, and over-the-air update mechanisms
03

Business System

The connective tissue: translating technical possibility into prioritized, resourced, shipped outcomes — with the data and judgment to back each call.

  • Feature definition and prioritization with engineering and hardware teams
  • Data-driven roadmapping and AI-assisted prototyping to test ideas fast
  • Architectures for connected products, from device to gateway to cloud
  • Shipping discipline: useful, understandable, production-ready systems
✈ LAYOVERS & HOME BASES

Places

Five cities, one journey — frames from the places I've lived and worked along the way, each with its own light.

Houseboats moored on Dal Lake, Srinagar
A houseboat and rower on the still water of Dal Lake Panoramic view over Srinagar and the valley beyond
SXR · SRINAGAR

Srinagar

Where the journey started — home.

Big Ben and the Houses of Parliament across the River Thames
The Palace of Westminster and Big Ben from the south bank Westminster Bridge with Big Ben and Parliament beyond
LON · LONDON

London

Lived and worked here — a formative chapter across the Atlantic.

Downtown Portland skyline seen from the north
Portland skyline and bridge over the Willamette River Portland skyline glittering at night
PDX · PORTLAND

Portland

Lived and worked here — deep in the Pacific Northwest.

Raleigh skyline rising over a field of flowers
Downtown Raleigh lit up at night Raleigh skyline on a clear day
RAL · RALEIGH

Raleigh

Lived and worked here — southern pines and long summers.

Desert sunset with a saguaro silhouette
Saguaro cactus silhouetted against a desert sunset Sunlight flaring through tall saguaro cacti
GLENDALE · ARIZONA

Glendale

Home base now — desert sunsets and clear skies.

● CURRENT BASE
PHOTO CREDITS
✈ FLIGHT TEST

The lab

A hands-on corner of the site. The terminal below is live — type help and press enter. The map covers the five cities I travel between — pick a tab above it. City level only.

badrul — terminal
badrul@site:~$
✈ ROUTE MAP Glendale, Arizona
City-level view only — no precise location shared.

Syed Badrul Muneer

contact@badrulmuneer.com  ·  Glendale, Arizona

PROFESSIONAL SUMMARY

Product Manager for AI & Semiconductors at Intel with 12 years of experience across the stack — from silicon bring-up and real-time firmware to connectivity, security, and AI-enabled embedded products. I turn complex hardware, firmware and software systems into products that are useful, understandable and ready to ship.

EXPERIENCE

Product Manager — AI & SemiconductorsIntel Corp · 2021 — Present
  • Drive product strategy and roadmap for AI-enabled semiconductor solutions, bridging firmware, hardware, and AI/ML capabilities into cohesive products.
  • Defined and launched products integrating on-device inference and edge AI with existing semiconductor platforms.
  • Led initiatives embedding AI models into firmware pipelines for smarter sensing, prediction, and automation on resource-constrained devices.
  • Partner with engineering, design, and business stakeholders to define features, prioritize work, and deliver measurable impact.
Senior Embedded EngineerIntel Corp · 2017 — 2021
  • Owned end-to-end embedded solutions spanning firmware, connectivity, and cross-platform integration between devices, gateways, and cloud services.
  • Designed and implemented communication layers (BLE, Wi-Fi, Ethernet) enabling connectivity between embedded devices and multi-OS clients.
  • Built secure boot, firmware signing, and over-the-air update mechanisms for deployed semiconductor-based products.
Firmware EngineerIntel Corp · 2014 — 2017
  • Developed low-level firmware — device drivers, bootloaders, real-time control logic — for semiconductor-based systems.
  • Led firmware development for initial silicon bring-up, register mapping, and hardware validation on new semiconductor platforms.
  • Implemented interrupt-driven firmware components for timing-critical control and data acquisition on embedded devices.

SKILLS

EMBEDDED & FIRMWAREEmbedded C / C++, Real-Time Firmware, RTOS, Silicon Bring-Up
CONNECTIVITY & SECURITYBLE & Wi-Fi Stacks, Secure Boot & OTA
AIEdge AI / On-Device Inference, AI + Firmware Integration, AI-Assisted Prototyping
PRODUCTProduct Strategy, Data-Driven Roadmapping

References available on request.