Technical Leader - Embedded Software Development
No salary listed
Mid
Bachelor's
Pune, Maharashtra, India
In Person
Software EngineeringEmbedded Engineering
About the job
Requirements
- Strong experience developing embedded software on Linux-based platforms.
- Advanced programming skills in C, C++, and shell scripting.
- Experience with device driver development, Yocto build systems, and device tree configuration.
- Knowledge of boot loaders, preferably U-Boot, and familiarity with Linux kernel concepts.
- Experience working with ARM, PowerPC, or comparable embedded processor architectures.
- Understanding of embedded hardware components such as flash memory, ADCs, and RTC devices.
- Experience using industrial communication protocols including I2C, SPI, CAN, RS-232, RS-485, or Modbus.
- Knowledge of data management using SQLite, JSON, or similar technologies.
- Ability to develop, execute, and maintain unit and integration testing solutions.
- Experience using debugging tools such as GDB, JTAG, J-Link, and related technologies.
- Knowledge of secure coding practices and software vulnerability management.
- Understanding of open-source software licensing considerations.
- Experience working within agile software development methodologies.
- Familiarity with virtualized development environments.
- Experience using Azure DevOps or similar platforms for software lifecycle management and CI/CD implementation.
- Experience implementing encryption and data security mechanisms for embedded products.
- Ability to identify, analyze, and address software security vulnerabilities using industry-standard tools and practices.
- Bachelor's degree in Electronics, Instrumentation, Telecommunications, Computer Engineering, or a related technical discipline.
Responsibilities
- Design and implement embedded real-time software solutions that meet functional safety and cybersecurity requirements.
- Contribute to system architecture, system requirements definition, and software design activities.
- Allocate system requirements to software components and technical subsystems.
- Develop high-quality embedded software using C, C++, and scripting languages.
- Participate in agile ceremonies including sprint planning, backlog refinement, daily collaboration, and retrospectives.
- Perform object-oriented design, coding, debugging, and optimization of embedded applications.
- Conduct peer code reviews and ensure compliance with coding standards and secure development practices.
- Manage source code, branching, and releases using version control systems such as Git.
- Develop and execute unit, integration, and system-level testing activities.
- Investigate and resolve software defects and hardware-software integration issues.
- Prototype software solutions on custom hardware and support low-level board bring-up activities.
- Use debugging and diagnostic tools such as oscilloscopes, logic analyzers, JTAG, and debuggers to identify and resolve technical issues.
- Build and maintain Embedded Linux environments, including device drivers, device trees, boot loaders, and Yocto-based distributions.
- Implement data protection and cybersecurity features across products and development processes.
- Support compliance with cybersecurity standards, regulations, and product certification requirements, including EU Cyber Resilience Act considerations.
- Participate in continuous improvement initiatives involving performance optimization, code refactoring, automation, and software quality enhancement.
- Mentor team members and provide technical guidance to support team growth and project success.
- Collaborate with colleagues, stakeholders, and partners across multiple geographic locations.
Desired Qualifications
- Experience developing products used for temperature, pressure, electricity, gas, or industrial measurement applications.
- Knowledge of UML or comparable modeling techniques for software architecture and design.
- Experience working with RTOS environments.
- Experience developing user interfaces using the Qt framework.
- Familiarity with distributed version control systems and collaborative development practices.
- Experience with static code analysis and coding standards compliance tools.
- Knowledge of software build automation frameworks and cross-platform development practices.
- Experience developing multi-threaded applications on single-core or multi-core processors.
- Exposure to cybersecurity standards and frameworks such as IEC 62443 and EU-CRA.
- Experience using AI-assisted development tools to enhance coding, testing, or productivity workflows.
- Familiarity with threat modeling techniques and security-focused development methodologies.
- Experience collaborating with geographically distributed engineering teams.
About the company
Emerson Electric builds automation equipment and software for organizations that operate factories, utilities, and industrial facilities. Its instruments measure conditions such as pressure and flow, while valves, controllers, and software help operators regulate processes and track equipment performance. DeltaV manages industrial control systems, and the company also develops test and measurement tools used to validate electronic products. Customers pay for equipment, software licenses, and services that support installation, maintenance, and operation across a plant's life. Emerson was founded in 1890 and is headquartered in Clayton, Missouri, in the St. Louis area.
Company Size
10,001+
Company Stage
IPO
Headquarters
Clayton, Missouri
Founded
1890
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Simplify's Take
What believers are saying
- Cash generation supports investment: Emerson reported $1.323 billion in fiscal third-quarter free cash flow in August 2026.
- Leadership skills have dedicated support: Emerson's global learning centers run workshops including Leading at Emerson and Crucial Conversations.
- MBA graduates have a structured path: Emerson's leadership development programme rotates participants across businesses and departments over four years.
What critics are saying
- Restructuring affects employees: August 2026 filings show Emerson recorded $123 million in severance and benefits over nine months.
- Hardware margins face input costs: Emerson depends on electronics, rare earth metals, steel, and other industrial materials.
- Product failures carry industrial consequences: Emerson's valves, instruments, and control systems operate inside complex manufacturing processes.
What makes Emerson Electric unique
- Gas processing is a foothold: Emerson says 70% of the world's liquefied natural gas flows through its valves.
- Instrument choice stays open: Emerson's LabVIEW supports over 7,000 drivers for NI and third-party test hardware.
- Measurement coding has integrated assistance: LabVIEW's Nigel AI generates test code and gives advice inside the programming environment.
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Benefits
- Health Insurance
- Remote Work Options
- Flexible Work Hours
- Paid Vacation
- Parental Leave