Camera Electronics Engineer
Work with the brightest minds, including ex-ISRO scientists and global space industry experts, at one of the select few companies in the country pioneering cutting edge EO payloads.
We are seeking a driven, self-motivated Camera Electronics Engineer to lead the design and development of the focal plane subsystem for our high-resolution Earth Observation payloads. This role involves defining detector specifications, developing front-end electronics, and working closely with optics, systems, and firmware teams to achieve mission-critical image quality targets such as MTF and SNR. The ideal candidate will have a strong foundation in mixed-signal electronics and a system-level understanding of how imaging sensors interact with spacecraft dynamics and radiometric requirements.
About KaleidEO
KaleidEO, a subsidiary of SatSure, is an upstream leader in Earth Observation, building a full-stack company from India.
As an analytics-first payload innovator, we focus on building next-gen payloads tailored for industry-specific applications.
Our high-resolution, optical, multispectral payloads, equipped with edge computing and wide coverage capabilities, maximize the value generated from every pixel of satellite imagery.
Rooted in SatSure’s legacy of delivering last-mile applications across sectors like Utilities, Aviation, Agriculture, BFSI and Climate Action, KaleidEO offers modular solutions for the entire EO value chain spanning payload development, launch, mission operations, and data analytics
At KaleidEO, we are committed to shaping the future of Earth Observation and putting Indian space tech on a global map, and we invite you to be part of this exciting journey.
Roles and Responsibilities
- Define technical specifications for focal plane arrays (FPAs), including CMOS/CCD/TDI detectors for electro-optical payloads, based on mission requirements.
- Own the raw data format coming from the sensor front-end.
- Own the architecture and performance of the detector subsystem: including readout electronics, signal conditioning, and interfacing with the main electronics system across LVDS/CML Data line and SPI/I2C command interfaces
- Build analytical models for the radiometry of the payload system for all the operating modes.
- Lead detector trade-off and vendor evaluation studies (e.g., sensor selection, datasheet review, sample testing) for new payload programs.
- Collaborate with optical, system, and electronics engineers to ensure the payload meets MTF and SNR performance targets.
- Translate radiometric and image quality requirements (e.g., dynamic range, noise, saturation, albedo) into hardware and configuration parameters.
- Define and evaluate detector readout modes: TDI/dTDI, ROI, binning, global vs. rolling shutter operation, etc.
- Work with firmware and FPGA teams to define detector control sequences and synchronization logic, including timing diagrams (Integration duration, frame/line valid, pixel clock, FPS of the sensor), register maps, and configuration/boot sequences.
- Support test and calibration campaigns to validate focal plane performance in the lab and during environmental qualification.
Qualifications
- Bachelor’s or Master’s in Electronics Engineering, Electrical Engineering, or Applied Physics.
- 3-5 years of experience with imaging sensors and focal plane electronics (space or high-performance industrial cameras).
Must have
- Experience with CCD/CMOS sensor technologies and their use in industrial or space-based imaging systems.
- Strong background in analog/digital mixed-signal circuit design, preferably including sensor front-ends, power regulation, and timing logic.
- Strong understanding of EO/IR performance metrics (e.g., MTF, SNR, NIIRS, radiometric calibration) and their sensitivity to detector characteristics.
- Understanding of high-speed detector-to-FPGA data interfaces (e.g., Sub-LVDS/LVDS/SLVS) and their impact on board layout, signal integrity, and timing closure.
- Basic skills of FPGA design and ability to understand VHDL or Verilog.
- Strong skills in Python (NumPy, SciPy, OpenCV, Matplotlib, PyVISA) for modeling sensor physics, analyzing raw sensor output, and automating lab test equipment
- Experience in collaborating with optics, system engineering, and firmware teams, as well as image processing and AIT (Assembly, Integration & Test) teams.
- Strong analytical skills and the ability to solve complex technical challenges.
- Excellent communication and documentation skills to interface with internal teams, partners, and stakeholders.
Good to have
- Familiarity with AOCS-payload interaction with detector (e.g., jitter effects, line-of-sight stability) is a plus.
- Knowledge of satellite-level systems engineering, payload interfaces, and mission CONOPS.
- Experience designing or analyzing space-qualified imaging payloads, including electronics and opto-mechanics.
- Involvement in in-orbit calibration and anomaly resolution for operational satellite payloads.
- Basic skills of FPGA SOC design and ability to understand VHDL or Verilog.
- Knowledge of Space-grade design practices and preparation of the radiation (TID/SEE/SEL) mitigation plan.
- Familiarity with interfacing with SPI/I2C/Ethernet/Spacewire communication links.
Interview Process
- Introductory call
- Interview rounds (ideally up to 2-3 rounds)
- Culture Round / HR round
No of positions: 1
- Expected Month of Joining: 30 Aug 2026
Benefits
Medical Health Cover for you and your family including unlimited online doctor consultations
We believe family comes first. That’s why we offer Maternity, Paternity, Marriage and Bereavement Leave, so you can be there when it matters most.
We ensure every member of the team gets an opportunity to participate at international events and conferences.
Access to mental health experts for you and your family.
