Embedded IoT Engineer/Architect Resume

SUMMARY

Passionate and result driven IoT Engineer/Architect seeking full time opportunities. 3 years of Hands - on experience in Design and Development of Embedded platforms, custom IoT Architecture, all cloud and computer networking technologies.

TECHNICAL SKILLS

Programming Languages and DB’s: C, C++, MongoDB, Python, JavaScript, HTML 5

Software and Frameworks: MS Office, Visual Studio, Altium CAD, Git, Node.js, Flask, Angular 6, Ionic 4

Wired & Wireless Technologies: I2C, ADC, SPI, UART, CAN, RS- 232, Ethernet, LTE, Wi-Fi, Bluetooth, ZigBee, LoRa, SigFox

Networking Technologies: TCP/IP, UDP, DNS, DHCP, HTTP, MQTT, SSL/TLS

Development Boards: Micro Python, Arduino, Raspberry Pi, ESP8266, ESP32, Allen Bradley PLC's, Ruuvi Tag

OS and Cloud Services: Windows 10, Linux, Raspbian, Amazon Web Services, Google Cloud Platform

PROFESSIONAL EXPERIENCE

Embedded IoT Engineer/Architect

Confidential

Responsibilities:

Build custom IoT based solutions for different clients in Air Cargo and Logistics domain across US
Take Product ownership of all the IoT projects in the company from the start and provide excellent customer support
Perform rigorous testing to understand the root causes and its fixes for a strong, resilient Product Development.
Analyze, assess and troubleshoot the network issues while setting up the solutions in the client locations

IoT Architecture & Solution Design

Confidential

Responsibilities:

Introduced a brand new IoT Architecture for the company to support our IoT devices across the clients in the US.
Incorporated a Device management Interface with remote device monitoring and configurations into the architecture.
Supports HTTP based Video Streaming up to 128 simultaneous connections at 1080p with latency < 10 seconds.
Co-Designed a TSA Complaint K9 IoT solution which is been used currently in 23 TSA locations across the US
Developed an in-house Access Management and Part Picking Solution for E-commerce industry
Headed the development and deployment of 75 smart cameras to automate TSA-K9 screening across the US airports
Features include Automatic Video Upload, Wide Angle Lens, Real-time Dog detection and integration into any IoT suite
Designed a rigid fall resistant carbon fiber-based camera casing to withstand the harsh conditions in K9 Screening locations
Introduced Proximity-based Part Access control system with the help of BLE beacons and in-house Access Control model
Implemented Light-based navigation and Pallet picking process to streamline the order picking and locating process.

Graduate Research Student

Confidential

Responsibilities:

Identify and describe the main architecture and components of the IoT system by studying numerous use-cases.
Develop a technique of car detection and localization in a space using MAC sniffing and RSSI triangulation.
Detail study on LPWAN like SigFox and LoRaWAN and Application Protocols to send data from devices to Cloud.
Improvised and optimized parking operations in university parking lots by designing a network of SigFox enabled Pi stations.
Designed a low-power transponder like EZ-pass to identify the registered and unregistered vehicles in a parking lot.
Hosted a HTTP server on Amazon Web Services EC2 to show the real-time availability of the parking lot

Software Engineering Intern

Confidential

Responsibilities:

Lead a 5-member intern team to develop different software models for Pre-synchronization process in LTE
Emulate the RACH (Random Access Channel) Implementation on the UE’s (cell phone) and eNB (Cell Tower).
Create a User Interface for LTE Throughput model and repurpose into a standalone application.
Work with system engineers in calculating network performance and system capacity of the channel in each instance.