Analog Engineer

Role Overview:
The member joining this position will work at an experienced (band/level) and be part of a team of RD. This team-focused role will involve collaboration and support within a dynamic work environment. Travel may be required to a few regions for discussions with stakeholder/vendors as well as to maintain strong customer relationships. The member will work with various stakeholders, including teams from Digital Business Leaders, Customer Support Division and Branch engineers, ensuring smooth project execution and effective communication to meet company and customer expectations.

Purpose of the Role:To develop Electronics hardware for instrumentation products used in the process industry

Technical Skills:
1. Understand requirement specifications of the product and take the same into consideration while making the design, namely - electrical/communication protocols/environmental/EMC/safety/Industrial design/performance/reliability and other requirements in accordance with applicable standards.2. Design electronics circuits that:- include and interface with:a. Sensors of various types (e.g. temperature/pressure/pH/conductivity/DO /piezoelectric/optical/Hall/Ultrasonic/piezoresistive/magnetic/current/voltage/frequency/ displacement etc.)b. Input and output signals of various voltages/current/frequencies/bandwidths/dynamic ranges/etc. analog and digitalc. Various communication protocol physical layers (e.g. UART/RS232/ RS485/I2C/ SPI/ HART/ PROFIBUS/FIELDBUS/Wireless/etc.)d. Display devices and keypad devices (UI)e. Various microcontrollers/ADCs/DACs/Display chips and various other special function chipsf. Power divers and Actuators (e.g. motors/relays/SSDR/piezo valves/etc.)- are suitable for:a. 2-wire transmitters, actuators, indicators, convertors and sensors (4-20mA), IEPE vibration sensors.b. Battery powered sensors and wireless devices
3. Design various analog signal processing and control functions like scaling -voltage, current, trans-conductance, trans-impedance amplification/filtering -linear or switching/intergration/differentiation/multiplying/compression/clipping/clamping/linearising/isolation/ON-OFF/PID/etc.
4. Design power supplies linear/switching to power up the various circuits and external devices.
5. Implement the designed circuit on a PCB taking into consideration space constraints/location constraints/parasitic effects/signal integrity/power integrity/thermal effects/RF considerations/EMC considerations and ease of manufacturing and use.
6. Test the implemented design and prove all the requirements with in-house lab tests/external lab tests/field site tests/etc.
7. Ensure that the requirements of target material cost are met.
8. Be able to operate and use various test and measurement lab. instruments like DMM, DSO, Function Generator, Signal Generator, Pulse generator, Counter timer, Spectrum analyser, LCR meter, HV tester, Network analyser, etc.
9. Should be able to work with applicable development tools like SPICE, 3D modelling, Mathematics (e.g. Mathcad), EDA like (Pads/Cadence).

Qualification and Requirements: Masters or Bachelors in Electronics, Electronics and Telecommunication or equivalent stream with minimum experience of 4 - 9 years.