Smart Specs Neurotech Prototype Development
Budget: ₹1,500 – ₹12,500 INR
We are working on a project building a lightweight, clip-on smart glasses attachment that tracks focus, fatigue, and body posture.
This is a research-grade neurotech prototype (not a medical device) meant for pilot testing and investor demos. We’ve mapped out the concept, and now we need a practical, budget-conscious hardware engineer to bring the electronics to life from scratch.
What We Are Building
A tiny, battery-powered wearable that packs in a lot of sensor tech:
Eye Tracking (EOG): Measuring blinks and eye movements.
Heart Rate (PPG): Tracking heart rate and heart rate variability (HRV).
Movement (IMU): Monitoring head posture and motion.
Data Transmission: Using Bluetooth (BLE) to send all this data to a phone/computer for multi-sensor fusion.
What You’ll Do
We need you to design the complete electronic architecture and schematics from end to end. This includes:
Picking the components and keeping power consumption ultra-low.
Designing the analog front-end to clean up delicate eye-movement signals.
Setting up the battery charging system (LiPo via magnetic charging).
Planning for a very tight, compact wearable space (experience with rigid-flex or small PCBs is a huge plus).
Giving basic layout guidance so we can manufacture a reliable V1 prototype.
Our Planned Tech Stack
(Open to your suggestions if you know a better way!)
MCU: Nordic nRF52840 or nRF5340
PPG: MAX30102 (or similar)
IMU: BMI270 or ICM-42688
Power: LiPo battery with a magnetic charging setup
Who We’re Looking For
We care about practical skills over fancy resumes. We are highly open to talented up-and-coming engineers with smaller profiles if your technical understanding is strong.
Bonus points if you have experience with:
Low-noise bio-signals (like ECG, EEG, or EOG).
Designing for tiny, battery-operated wearables.
Bluetooth Low Energy (BLE) systems.
Location & Budget Note: Because we are an early-stage startup, we are looking for cost-effective talent. We welcome engineers from regions like China, Taiwan, Vietnam, Africa, or other competitive hardware engineering hubs.
How to Apply
Please send over a message with:
A few examples of past projects (especially wearables or sensor tech).
Any schematic or PCB samples you're allowed to share.
Your rough estimated timeline and pricing for a V1 schematic design.
Looking forward to working together!
This is a research-grade neurotech prototype (not a medical device) meant for pilot testing and investor demos. We’ve mapped out the concept, and now we need a practical, budget-conscious hardware engineer to bring the electronics to life from scratch.
What We Are Building
A tiny, battery-powered wearable that packs in a lot of sensor tech:
Eye Tracking (EOG): Measuring blinks and eye movements.
Heart Rate (PPG): Tracking heart rate and heart rate variability (HRV).
Movement (IMU): Monitoring head posture and motion.
Data Transmission: Using Bluetooth (BLE) to send all this data to a phone/computer for multi-sensor fusion.
What You’ll Do
We need you to design the complete electronic architecture and schematics from end to end. This includes:
Picking the components and keeping power consumption ultra-low.
Designing the analog front-end to clean up delicate eye-movement signals.
Setting up the battery charging system (LiPo via magnetic charging).
Planning for a very tight, compact wearable space (experience with rigid-flex or small PCBs is a huge plus).
Giving basic layout guidance so we can manufacture a reliable V1 prototype.
Our Planned Tech Stack
(Open to your suggestions if you know a better way!)
MCU: Nordic nRF52840 or nRF5340
PPG: MAX30102 (or similar)
IMU: BMI270 or ICM-42688
Power: LiPo battery with a magnetic charging setup
Who We’re Looking For
We care about practical skills over fancy resumes. We are highly open to talented up-and-coming engineers with smaller profiles if your technical understanding is strong.
Bonus points if you have experience with:
Low-noise bio-signals (like ECG, EEG, or EOG).
Designing for tiny, battery-operated wearables.
Bluetooth Low Energy (BLE) systems.
Location & Budget Note: Because we are an early-stage startup, we are looking for cost-effective talent. We welcome engineers from regions like China, Taiwan, Vietnam, Africa, or other competitive hardware engineering hubs.
How to Apply
Please send over a message with:
A few examples of past projects (especially wearables or sensor tech).
Any schematic or PCB samples you're allowed to share.
Your rough estimated timeline and pricing for a V1 schematic design.
Looking forward to working together!