About the Role:
Product Design begins as a hypothetical concept. Transforming that concept into a functional Product is a highly creative and iterative process that requires a strong understanding of electrical fundamentals, physical constraints, and manufacturing realities.
For any hardware product, the
PCB is the physical backbone
that defines electrical performance, reliability, thermal behaviour, manufacturability, and ultimately the product's form factor and cost. Component selection, placement, stack-up, routing strategy, and manufacturability constraints together determine whether a design remains a prototype or becomes a scalable product.
Engineering high-quality PCBs often requires going beyond standard reference designs and "thumb rules" — balancing signal integrity, power integrity, EMI/EMC, thermal constraints, mechanical packaging, and manufacturing limitations.
Geographically, we operate in an ecosystem where component availability, fabrication capabilities, and assembly quality vary significantly. This requires continuous engagement with
PCB manufacturers, assembly houses, component vendors, and test partners
to ensure designs are robust, manufacturable, and repeatable.
You will be responsible for the
design, validation, and manufacturing readiness of PCBs
used across our products. The Product Design team will be your internal customer.
Your primary contribution will be towards:
Supporting CynLr's Product Design team with all
Schematic, Layout, Library management and hardware development
.
Translating system-level and schematic designs into
production-ready PCB layouts
.
Defining board stack-ups, layer counts, and material selections based on electrical and mechanical requirements.
Performing
component placement and routing
with focus on SI, PI, EMI/EMC, thermal, and mechanical constraints.
Preparing and releasing
manufacturing and assembly documentation
for prototype and production builds.
Verification & Validation (V&V;):
Supporting electrical bring-up and validation of manufactured PCBs
Debugging board-level issues in collaboration with system and firmware teams
Interfacing with PCB manufacturers, assembly vendors,



and component suppliers to ensure successful execution and timely delivery.
Acting as the
PCB design knowledge base
for design engineers and freshers joining the organization.
Job Requirements
Electronics Fundamentals:
Strong understanding of
digital and analog electronics
.
Solid understanding of
schematic design practices
and electrical constraints.
Valuable understanding of
signal integrity and power integrity fundamentals
.
Familiarity with
high-speed digital interfaces
and their PCB-level requirements.
Understanding of
EMI/EMC principles
and mitigation techniques.
Basic understanding of
thermal management
at the PCB level.
PCB Design & Layout:
Strong hands-on experience with
PCB CAD tools
(Altium, OrCAD, KiCad, or equivalent).
Experience designing:
Multilayer PCBs (Rigid, Flex and Rigid-Flex)
High-density and fine-pitch component boards
Mixed-signal designs
Experience with:
Component placement optimization
Controlled impedance/ differential pair routing
Power plane and ground plane design
Experience routing:
High-speed interfaces (USB, Ethernet, PCIe, DDR, etc.)
Power circuits and regulators
Ability to handle
complex, densely populated boards
.
Verification and Validation:
Experience supporting
PCB bring-up and debugging
.
Ability to work with:
Oscilloscopes
Logic analyzers
Multimeters
Experience reviewing and responding to
SI/PI, EMI/EMC, and thermal analysis feedback
.
Ability to identify and correct layout-related issues during validation.
Manufacturability & Documentation:
Strong understanding of
DFM, DFA, and DFT
principles.
Experience creating:
Fabrication drawings
Assembly drawings
Gerbers / ODB++
Pick-and-place files




Experience working with PCB manufacturers and assembly houses for:
Prototype builds
Production builds
Yield improvement and issue resolution
Vendor and Supply Chain:
Exposure to PCB fabrication and assembly ecosystems (local and global).
Experience reviewing BOMs for:
Component availability
Alternate part selection
Lifecycle and obsolescence risks
Ability to interact with vendors during quoting, review, and build stages.
What you will do?
CynLr' s vision system is central in the control loop of the vision guided manipulation platform. The stereo vision system is acquiring at 75 FPS and this means processing must also happen at this speed or higher and the processing method based on neural network is computationally intensive as it involves a high level of successive matrix multiplication. You will contribute in the system hardware design with PCB involving high speed interfaces like USB, EtherCAT, PCIE, etc. Your focus will be majorly on the PCB and Hardware design, working closely with Product Design team to build and deploy PCB's for embedded system, design evaluation boards for motor, encoder, camera and similar peripherals. You will also be contributing in product assembly and board bring up and validation along with mechanical CAD design to ensure proper packaging of PCB for IP related activities. It will be your responsibility to interact with vendors for PCB manufacturing, SI/PI, Assembly. You will define and execute verification and validation procedures, support prototypes and manufacturing builds, and ensure reliable system behaviour in real-world use. This role focuses on design, integration, evaluation and system validation.
How you will do?
Though confined to a focused area, the work is pretty much expected to be entrepreneurial with the exact advantages and difficulties of a startup. Since this is a startup and the product will evolve at a rapid pace, the contours of the technology, toolchain & Process will have to constantly adapt to the changes. You will participate in actively contributing in building the process & tool chain too. You will have complete freedom here, but you will be subjected to reviews.

📌 Pcb Design Engineer - Product Design (Bengaluru)
🏢 CynLr
📍 Bengaluru