Requisition ID: 72762
About Whirlpool India
Whirlpool of India Limited, headquartered in Gurugram, is a leading home appliances company dedicated to enhancing life at home and inspiring generations through its trusted brands. The company operates three state-of-the-art manufacturing facilities in Faridabad, Pune & Puducherry, each reflecting Whirlpool’s commitment to providing best-in-class consumer solutions. Further driving innovation, the company has a Technology & Engineering Center, where India's world-class talent architects the next generation of home innovation. In the 2024-25 fiscal year, Whirlpool of India reported approximately INR 8110 Cr in annual revenue and employed 2193 people. More information is available at www.india.whirlpool.in
The Software Engineering team designs, develops or coordinates development/troubleshooting or debugging of moderately complex software programs for enhancements and new products. Performs high-level design/modeling to convert stakeholder needs into software solutions. Develops software and tools in support of design, infrastructure and technology platforms. Determines hardware compatibility and/or influences hardware design. Develops the architectural guidelines, specifications, and technical standards and communicates to stakeholders.
We are looking for a Senior IoT System Architect to define, design and govern the technical blueprint for our next-generation smart connected appliances. In this role, you will be the primary technical authority owning the end-to-end IOT architecture—from low-level appliance microcontrollers and local wireless mesh networks to cloud telemetry pipelines and mobile API interfaces. You will translate product requirements into secure, scalable, and low-latency physical-to-digital systems, ensuring our appliance fleet is built for massive global scale.
End-to-End Product Architecture & Topology
System Design: Define and document the comprehensive edge-to-cloud system architecture, defining state machines, data flow topologies, and Interface Control Documents (ICDs) across hardware, firmware, cloud, and applications.
Hardware & Component Evaluation: Lead the technical evaluation and selection of microcontrollers (MCUs), System-on-Chips (SoCs), and RF modules based on strict memory, power-budget, thermal, and Bill of Materials (BOM) cost constraints.
Edge Intelligence: Architect localized data processing and edge computing strategies on the appliance to handle real-time sensor analytics, predictive maintenance, and fault-detection algorithms.
Embedded Control & Smart Home Ecosystems
OS & Bus Governance: Oversee the integration of Real-Time Operating Systems (FreeRTOS, Zephyr) with low-level appliance application loops running on ARM Cortex-M/A or ESP32 chipsets via internal buses (I2C, SPI, UART).
Ecosystem Interoperability: Architect native support for industry-standard smart home ecosystems (Apple HomeKit, Google Home, Amazon Alexa) with a heavy focus on the deployment of the Matter protocol over Thread and Wi-Fi networks.
Northbound Protocols: Define and enforce message styling and data schemas utilizing MQTT (with Device Shadows), CoAP, WebSockets, and REST APIs for appliance control and telemetry reporting.
Scalable Cloud Integration & Data Architecture
Cloud Fleet Management: Architect device-to-cloud ingestion pathways targeting AWS IoT Core, Azure IoT Hub, or Google Cloud, ensuring maximum availability and connection persistence for millions of active units.
Containerized Microservices: Guide backend teams on building high-performance, containerized microservices architectures using Docker and Kubernetes running on Node.js, Python, or C#.
Telemetry Data Infrastructure: Structure scalable data streaming and ingestion pipelines capable of feeding Time-Series Databases, SQL, and NoSQL (Redis) for long-term machine performance analysis.
Advanced Security, Provisioning & Lifecycle
Hardware-Rooted Security: Implement an absolute zero-trust device security architecture utilizing Secure Boot, hardware-based cryptographic elements (HSMs, STSAFE), and mutual authentication (mTLS).
Fail-Safe OTA: Architect robust, dual-bank Over-the-Air (OTA) firmware update mechanisms with built-in rollback capabilities to eliminate the risk of bricking appliances in the field.
Lifecycle Management: Define production-line device provisioning workflows and frictionless end-user Wi-Fi/BLE onboarding procedures.
Education & Experience:
Education: Bachelor’s or Master's Degree (MS/MTech highly preferred) in Electrical Engineering (EE), Electronics & Communication Engineering (ECE), Computer Engineering, or Computer Science or Internet of Things (IoT) Technologies.
Minimum 10+ years of experience in product development, with at least 7+ years specifically focused on IoT system architecture or integration for physical hardware/appliances.
Technical Skills:
Firmware/Hardware: Master-level competency in Bare-metal C/C++, RTOS environments, and debugging using digital electronics principles (interpreting schematics, scopes, logic analyzers).
Cloud & DevOps: Deep expertise in containerized environments (Docker/K8s), serverless components, and microservices patterns.
Methodologies: Experience with Operational Excellence (OPEX) frameworks, continuous integration pipelines (CI/CD), and Git-based workflow models.
Technical Leadership & Compliance
Multidisciplinary Liaison: Act as the central architectural bridge aligning Hardware Engineering, Embedded Firmware, Cloud/DevOps, QA, and Product Management teams.
Technical Mentorship: Drive architectural reviews, mentor senior engineering staff, and advocate for Agile/Scrum development best practices and robust version control.
Regulatory Compliance: Ensure the systemic architecture natively supports global regulatory certifications, safety standards, and energy efficiency metrics IEC 60335, BEE, GDPR.
Core Traits:
Exceptional problem-solving skills and a systemic approach to troubleshooting complex, distributed bugs.
Strong communication skills to articulate complex architectural decisions to non-technical stakeholders.
Project Management Certification;
OPEX Knowledge and Experience;
Understanding of electrical and electronic engineering principles, including circuit design, power systems, digital electronics, hardware, software and sensor technologies;
Problem-solving skills;
Understanding of industry standards, safety regulations, and energy efficiency requirements applicable to home appliances. Knowledge of certification processes (e.g., UL, IEC) is beneficial;
Collaboration skill to work within a multidisciplinary team, including engineers, designers, and technicians;
Ability to work in a fast-paced environment with shifting priorities and tight deadlines;
Effective time management skills to ensure timely completion of tasks and projects.
Connect with us and learn more about Whirlpool India. See what it's like to work at Whirlpool by visiting Whirlpool Careers. Additional information about the company can be found on Facebook, Instagram and YouTube.
At Whirlpool India, we value and celebrate diversity. Whirlpool India is committed to equal employment opportunity and prohibits any discrimination on the basis of race or ethnicity, religion, sex, pregnancy, gender expression or identity, sexual orientation, age, physical or mental disability, veteran status, or any other category protected by applicable law.
