Python / Linux Dev with embedded background. Build cool enterprise Internet of Things solutions! We started as a RFID company in 2007 and have built several pioneering products like early smart-card attendance systems, electronic toll collection (60% market share). We had a strong enough reputation to be invited to be on the committee to devise specifications of biometrics for Aadhar. We are now taking a platform approach where we will undertake rapid product development on Linux. We are actively exploring using Cyanogen or some Android fork as well. If such geekery interests you, please get in touch.
Packet-Optical Group 3+ years of development experience in DWDM/OTN/SDH/EoS/EoOTN technology. Embedded Software (Bangalore, Gurgaon, Mumbai) o Development experience in embedded S/W design, programming and debugging in C/C++, in embedded Linux environment o Experience with carrier class system capabilities like Redundancy, High Availability, Hot Standby, Hit-less upgrade is highly desirable Carrier Ethernet Group 3+ years’ development experience in Carrier Ethernet and MPLS-TP technologies including Ethernet/MPLS-TP Protection, Ethernet/MPLS-TP OAM, Synchronous Ethernet, Circuit Emulation, PTP 1588. Embedded Software (Bangalore, Gurgaon, Mumbai) About Tejas Networks Tejas is a pioneer in developing cost effective, next-generation optical networking products that enable telecom carriers to converge traditional voice-based transmission networks with the new data-dominated networks. Tejas has successfully deployed over 350,000 of its systems in the networks of major telecom operators in more than 60 countries. We provide an end-to-end portfolio of optical and data networking products covering access, metro and long-haul networks. Our products are used to build communication networks that carry voice, data and video traffic from fixed line, mobile and broadband networks over optical fibre. We offer a diverse portfolio of products based on global technology standards, which enable telecommunications networks that are used to provide mobile, internet and broadband services, primarily over optical fibre.
The Role Electrical Engineering requires and offers a very high level of collaboration with firmware and mechanical engineers. You’ll be responsible for Hands-on design and development, architecting, lab testing, and troubleshooting power-electronics circuits and systems. Responsibilities Design and development of digital and analog electronics for control of high power electronics systems. Start to finish ownership of control boards and other electronics – from specification to design, prototype, and manufacturing. Collaborative work with mechanical, digital control, thermal design, and manufacturing test engineers. Product level electrical design including component selection, branch circuit design and insulation coordination. Required Skills BS or higher degree in Electrical Engineering (International Universities/IIT preferred). Should have a strong background in design and not simply having managed 3rd-party or other’s designs. 4 or more years of demonstrated successful experience in electrical engineering within a product design and manufacturing environment. Experience with high current power semiconductor selection (IGBTs, MOSFET’s, and Diodes), gate drive and protection circuit design. Familiar with schematic capture and power converter circuit simulation tools. Experience in supervision of PCB layout for minimal stray inductance and capacitance, placement strategies for better manufacturability, power/signal plane definition and EMC optimization. Experience in selection and use of DSPs, microcontrollers, and programmable logic devices and their peripheral circuitry (signal conditioning, board-level power supplies). Experience in development of digital and analog interfaces for PC-based test systems, especially (Labview, Matlab, Python). Preferred Skills MSEE or Ph.D. in Electrical Engineering or equivalent in experience and exceptional ability Past work with high power Li-Ion batteries is a good to have. Embedded programming of DSPs and FPGAs in real-time control applications is highly valuable. Desired knowledge in automotive networking (e.g. CAN,) standards. Knowledge of power semiconductors and switched mode power conversion. Knowledge in environmental, reliability, and safety requirements for Automotive, Industrial & Residential applications. Knowledge of basic control theory and experience with embedded programming.