Embedded SW Engineering Intern

KorInno Technologies Private Limited; Hyderabad; On-site; INR 2,009,000 - 3,348,000; Full time

Job summary

KorInno Technologies Private Limited is seeking enthusiastic Embedded Software Interns to join our engineering team and work on Linux and Android embedded systems across the Framework, Device Driver, and Hardware layers.

This 4–5 month onsite internship program is designed for fresh graduates who want hands‑on expertise in embedded software, OS concepts, and platform development, based in Hyderabad.

Qualifications

• Proficient in C programming and data structures.
• Familiar with ARM, MCU architectures.
• Understanding of Linux internals or RTOS.
• Hands-on with Linux device drivers preferred.
• Willing to work hands-on with hardware boards and debugging tools.

Responsibilities

• Work on embedded software across Linux and embedded systems.
• Assist in board bring-up, hardware debugging, and driver development.
• Collaborate with mentors to gain hands-on platform development experience.

Skills

C programming

DS&A

ARM/MCU familiarity

Linux internals/RTOS

Git

Python

Makefile builds

QA fundamentals

Hardware debugging

Education

CS or ECE background

Tools

Git

Python

Makefiles

Job description

KorInno Technologies Private Limited is a technology company focused on researching, designing, developing, and commercializing Artificial Intelligence–enabled software products and platforms. The organization primarily operates in the domain of Computer Vision and intelligence derived from video, audio, speech, and sensor data. Its solutions support a range of use cases across consumer and enterprise environments, as well as personal applications. Team members work on cutting‑edge AI technologies that are designed to deliver practical, scalable, and high‑impact digital experiences for users and businesses.

About the Role

We are looking for enthusiastic Embedded Software Interns to join our engineering team and work on Linux and Android embedded systems across the Framework, Device Driver, and Hardware layers.

This is a 4–5 month onsite internship program designed for fresh graduates who are interested in building hands‑on expertise in embedded software, operating systems, device drivers, hardware interfaces, and platform‑level development.

Selected interns may work across 8 technical domain tracks , depending on their skills, interests, and project requirements.

Embedded Software Intern — Linux & Android

Platforms:

Linux & Android Embedded Systems

Domain Tracks

• Imaging / Camera — Camera frameworks, V4L2, Camera HAL, Camera2/CameraX, GStreamer, image pipelines, and basic ISP concepts.
• Video — V4L2, video encode/decode pipelines, Android multimedia framework, GStreamer/OpenMAX, playback, streaming, and recording.
• Audio / Speech — ALSA/ASoC, Android AudioFlinger/HAL, audio playback and recording paths, and basic speech/voice pipelines.
• Industrial Sensors — Linux IIO, sensor drivers, SPI/I2C, Android Sensor HAL, calibration, sampling, and sensor data processing.
• Display / Graphics — DRM/KMS, framebuffer, Android SurfaceFlinger/Graphics HAL, Wayland/Qt, display bring‑up, and rendering pipelines.
• WiFi / Bluetooth — Linux wireless stack, cfg80211/nl80211, BlueZ, Android Bluetooth stack, connectivity management, and protocol‑level debugging.
• Connectivity — I2C, SPI, PCIe, USB, and UART, including Linux driver development, device tree, peripheral bring‑up, and protocol‑level debugging.
• Core BSP — Bootloader, U‑Boot/ABL, device tree, memory and storage management, eMMC/UFS, filesystems, and platform‑level debugging.

Key Responsibilities

• Work on embedded software development across Linux and Android platforms at the Framework, Device Driver, and Hardware layers.
• Develop, debug, and integrate software components for embedded systems and hardware platforms.
• Work with device drivers, hardware interfaces, operating‑system components, and platform‑level software.
• Participate in board bring‑up, hardware debugging, driver development, testing, and system integration.
• Analyze technical issues using debugging and development tools and work toward practical, reliable solutions.
• Work closely with experienced engineers and technical mentors to develop hands‑on expertise in embedded software and platform development.
• Contribute to engineering projects across one or more of 8 specified domain tracks based on project requirements and candidate capabilities.

Required Skills

• Strong proficiency in C programming.
• Strong understanding of Data Structures and Algorithms.
• Understanding of at least one microprocessor/microcontroller architecture such as ARM, Intel, AMD, STMicroelectronics, PIC, or similar.
• Strong understanding of Linux internals or RTOS concepts.
• Hands‑on experience with Linux device drivers is preferred.
• Hands‑on experience with at least one microcontroller or microprocessor, through an academic, personal, or internship project.
• Working knowledge of Git and configuration management tools.
• Working knowledge of Python.
• Familiarity with Makefile‑based builds.
• Working knowledge of Python.
• Basic understanding of software testing and QA fundamentals.
• Willingness to work hands‑on with hardware boards, debugging tools, and embedded platforms.
• Strong problem‑solving skills and willingness to learn and work deeply in embedded systems under technical mentorship.

Eligibility & Internship Details

• Open to fresh graduates graduating in 2027 or candidates who graduated in 2026.
• Computer Science (CS) or Electronics & Communication Engineering (ECE) background preferred.
• Internship duration: Approximately 4–5 months.
• Onsite internship based in Hyderabad.
• Candidates should be willing to work across one or more of the 8 domain tracks based on project requirements.
• Candidates should provide details of relevant academic or personal projects involving C programming, embedded systems, Linux, device drivers, microcontrollers, or microprocessors.
• GitHub / portfolio link is preferred, if available.
• Candidates should be able to explain their project architecture, implementation, technical challenges, debugging approach, and individual contribution.
• Candidates should indicate their preferred domain track(s) from the 8 tracks listed above, if they have a preference.