11+ Telecommunications expense management Jobs in India
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MANDATORY CRITERIA:
- Education: B.Tech / M.Tech in ECE / CSE / IT
- Experience: 10–12 years in hardware board design, system hardware engineering, and full product deployment cycles
- Proven expertise in digital, analog, and power electronic circuit analysis & design
- Strong hands-on experience designing boards with SoCs, FPGAs, CPLDs, and MPSoC architectures
- Deep understanding of signal integrity, EMI/EMC, and high-speed design considerations
- Must have successfully completed at least two hardware product development cycles from high-level design to final deployment
- Ability to independently handle schematic design, design analysis (DC drop, SI), and cross-team design reviews
- Experience in sourcing & procurement of electronic components, PCBs, and mechanical parts for embedded/IoT/industrial hardware
- Strong experience in board bring-up, debugging, issue investigation, and cross-functional triage with firmware/software teams
- Expertise in hardware validation, test planning, test execution, equipment selection, debugging, and report preparation
- Proficiency in Cadence Allegro or Altium EDA tools (mandatory)
- Experience coordinating with layout, mechanical, SI, EMC, manufacturing, and supply chain teams
- Strong understanding of manufacturing services, production pricing models, supply chain, and logistics for electronics/electromechanical components
DESCRIPTION:
COMPANY OVERVIEW:
The company is a semiconductor and embedded system design company with a focus on Embedded, Turnkey ASICs, Mixed Signal IP, Semiconductor & Product Engineering and IoT solutions catering to Aerospace & Defence, Consumer Electronics, Automotive, Medical and Networking & Telecommunications.
REQUIRED SKILLS:
- Extensive experience in hardware board designs and towards multiple product field deployment cycles.
- Strong foundation and expertise in analyzing digital, Analog and power electronic circuits.
- Proficient with SoC, FPGAs, CPLD and MPSOC architecture-based board designs.
- Knowledgeable in signal integrity, EMI/EMC concepts for digital and power electronics.
- Completed at least two project from high-level design to final product level deployment.
- Capable of independently managing product’s schematic, design analysis DC Drop, Signal Integrity, and coordinating reviews with peer of layout, mechanical, SI, and EMC teams.
- Sourcing and procurement of electronic components, PCBs, and mechanical parts for cutting-edge IoT, embedded, and industrial product development.
- Experienced in board bring-up, issue investigation, and triage in collaboration with firmware and software teams.
- Skilled in preparing hardware design documentation, validation test planning, identifying necessary test equipment, test development, execution, debugging, and report preparation.
- Effective communication and interpersonal skills for collaborative work with cross-functional teams, including post-silicon bench validation, BIOS, and driver development/QA.
- Hands-on experience with Cadence Allegro/Altium EDA tools is essential.
- Familiarity with programming and scripting languages like Python and Perl, and experience in test automation is advantageous.
- Should have excellent exposure with coordination of Manufacturing Services, pricing model for production value supply chain & Logistics in electronics and electromechanical components domain.
What will you do?
- Oversees testing, deployment & maintenance of the Voice infrastructure.
- Performing a variety of tasks associated with user provisioning and call routing within the assigned platform
- Build loaders for internal systems ensuring tasks are completed accurately and in a timely manner
- Participate in meetings with clients and internal departments to understand the requirements of call routing
- Document and design call flow diagrams to ensure that all call variables have been accounted for in preparing a routing plan
- Support the clients solution by correcting any issues with call routing or provisioning during the initial implementation phase, constantly communicating status of any issues with client
- Complete testing to ensure that call flow is operating properly
- Monitors and ensures compliance to standards, policies, and procedures
What are we looking for?
- 0.6~2 year’s implementation experience in Asterisk PBX, IP Telephony, SIP.
- Able to thrive in a demanding and team-oriented environment
- Basic and strong knowledge of the Linux operating system.
- Knowledge of bash and perl shell scripting is an added advantage.
- RHCE Certification is an added advantage.
VLAN, STP and many other switchings configurations.
taking ownership of the technical support for assigned analytical and ability to work under pressure, future job scope involves implementation, troubleshooter in routing switching domain ( L2 and L3)
WheelsEye is India's leading SAAS-based platform in formulating the next tech-enabled logistics revolution. We offer technology that connects truck fleet owners & SMEs and helps them to automate operations, secure fleets, save costs, improve on-time performance, and streamline their business.
We have a young and energetic team of IITs, NITs, IIMs & top B-Schools employees serving PAN India. We go to great lengths to hire the best talent who are deeply aligned with our values.
We at WheelsEye, believe in fostering a sense of intrapreneurship, promoting team bonding, and creating a positive and friendly work culture where you will feel valued and motivated to do the best work.
Role:- Senior Firmware Developer
Requirements
Core skills:
- Proficiency in programming, specifically Embedded C and C++
- Understanding of Hardware components (Sensors, MCUs, Actuators, Antenna)
Core Experience
- Over 4 years of hands-on experience in Embedded Systems
- Prior experience in building IOT Gateway
- Previous experience in designing FOTA
- Previous experience in the telematics/DMS would be advantageous
- Teamwork
Job Brief
We are looking for an analytical, results-driven Senior Hardware and Firmware Engineer who can create complex PCB layout while using the least space possible. The designs should allow for easy development and debugging for the firmware engineers while keeping customer requirements, cost constraints and space constraints in mind. Hardware debugging knowledge and soldering skills are essential for this role.
You would also be required to have a keen eye for developing firmware with a low memory footprint and low power consumption while being robust and resistant to errors. You are expected to achieve these goals using your in-depth understanding of the programming language, compilers, microcontroller architectures and debugging tools. You are expected to keep a look out for upcoming advancements in the industry which will help optimize the product.
Main Responsibilities
Your responsibilities will include:
- Would be asked to write efficient, modular and robust firmware which will interface with multiple components like MEMS sensors, battery chargers, secondary microcontrollers etc.
- Writing clean, readable, and modular code
- Would be deeply involved in the schematic design for a product which includes cost-benefit
- analysis of components, component evaluation by designing a proof of concept, suggestions
- in how the components should be connected etc.
- Collaborate with software engineers who would develop companion applications to the
- product
- Creating cost and space optimized layouts for 2/4-layer PCBs
- Collaborating with firmware engineers and supply chain personnel on deciding the
- components to be used on a PCB.
- Collaborate with firmware engineers in designing PCB schematics
- Debugging faulty PCBs using on a hardware level and collaborate with firmware engineers to debug on a firmware level.
- Understanding the manufacturing rules of PCB manufacturers and PCB assembly houses.
Key Requirements
- MSc or PhD in ECE, EEE, EIE or in related fields preferred with a strong technical knowledge and 3-4+ years of experience in designing PCB layouts and developing firmware.
- Ability to transform research articles into the working solutions to solve real-world problems.
- Should have a strong foundation in analog and digital electronics
- Should have designed 4-layer PCBs which has been manufactured
- Familiar with using KiCAD or Altium Designer
- Familiar with using components like MOSFETs, diodes, voltage regulators etc.
- Experience in designing PCBs involving BGA fanouts
- Proficient in using soldering equipment like soldering irons and hot air gun.
- Should have worked with an ARM Cortex M series device like STM32, nRF52 etc
- Familiar with basic data structures like linked lists, queues, trees etc.
- Should be able to compile and link source code with static libraries without using an IDE
- Basic knowledge of microcontrollers peripherals like UART, I2C, SPI, ADC etc.
- Excellent written and verbal communication skills for effectively communicating with the
- team and ability to presenting information to varied technical and non-technical audience.
Must be able to produce solutions independently in an organized manner and be able to - work in a team when required.
Preferred Skills (Not Mandatory)
-
Experience in antenna design
-
Worked with communications protocols like BLE/WiFi
-
Worked with equipment like logic analyzers, oscilloscopes etc
-
Experience in handling 3D printers
-
Familiar with Python
-
Worked with equipment like logic analyzers, oscilloscopes etc.
-
Worked on microcontrollers from Dialog Semiconductors, Nordic Semiconductors,
-
STMicroelectronics, Espressif etc.
-
Worked on projects involving DSP, AI/ML
2. Control panel designing
3. Site commissioning and installation
4. FAT/SAT
5. Documentation(FDS,DDS, IO Assignment, Heat load calculation)
- Essential Skills and Experience
- Experience in designing and implementing verification environments for complex RTL designs
- Well-versed in the use of hardware verification languages e.g. SystemVerilog or Specman e
- Verification methodologies such as UVM
- Understanding of end-to-end verification processes, from test plan creation through to verification closure
- Ability to quickly understand and apply complex specification detail
- Understanding of the fundamentals of computer architecture, with an emphasis on pipelining, exception handling, memory systems
- Practical experience of working on microprocessor designs
- In-depth understanding of memory protection, memory translation, vector processing in CPUs, exception and interrupt handling.
- Understanding of constrained random stimulus, the goals and general usefulness of different types of coverage in hardware, as well as checking methodologies and behavioral functional models.
- Knowledge of assembly language (preferably Arm), and/or C/C++
- In-depth technical reviewing of others work
o Acceptance criteria: Shall have working experience in creating architectures for at least
4 projects.
Shall be strong in Object-Oriented Design and Thinking.
Shall be strong in documenting software architecture and communicating the same using UML.
Shall be strong in decomposing larger system into smaller units with clear implementation
dependencies marked for planning.
Shall be strong in effort estimation techniques.
Shall possess strong Problem Solving and Analytical Skills.
Shall be strong in C or C++ programing language experience.
Shall possess good understanding of either Linux or QNX or Android Operating Systems
Shall have a strong experience in developing software using in POSIX APIs.
Shall have a strong understanding on Networking, socket programming and working experience
in at least one of the IPC Frameworks like DBUS, SOME/IP, Binders etc.
Working experience with test framework and automation projects such as Robot Framework.
Knowledge on various software licenses and their compatibilities.
Shall posses strong knowledge in bootloaders, system startup, power management, persistency
management, health management and diagnostics framework for automotive systems.
Shall have a good knowledge on Functional Safety.
Shall have a good understanding hardware and processor internals.
Nice to haves:
Knowledge or working experience in AUTOSAR and / or Adaptive Autosar.
Understanding of GNU/Linux and its device driver framework.
Knowledge in “Secure Programming Techniques” is a plus.
Understanding in ARM Trusted Frameworks, Bootloaders & Virtualization Solutions is a plus.
Involvement in open-source projects in the past is a plus.
Knowledge in Package management and installers.



