Help build health technology that doesn't exist yet.

About the role

Are you a recent graduate who wants to apply serious mathematics and AI to real healthcare problems? We're looking for a highly analytical, driven Computational Research Engineer to work at the intersection of AI, fluid mechanics and biomedical engineering. Your primary focus will be developing AI-driven fluid dynamics simulations and running Fast Fourier Transform (FFT) analysis in MATLAB to model and understand pulmonary impedance. This is a ground-floor opportunity to build a career in med-tech computational modelling.

What you'll do

• Fluid dynamics & AI: assist in developing and running fluid dynamics simulation AI models to map and predict airflow behaviour in the human respiratory system.
• Signal processing: apply FFT and advanced signal-processing techniques in MATLAB to extract and analyse pulmonary impedance data from complex physiological signals.
• Algorithm development: write, test and optimise clean MATLAB code for biomedical data analysis and simulation modelling.
• Collaborative problem solving: work closely with senior engineers and medical researchers to troubleshoot simulation bottlenecks and translate physiological problems into mathematical models.

Prerequisites & qualifications

• Experience level: fresher (0–1 years). Recent graduates are strongly encouraged to apply.
• Educational background: Bachelor's or Master's degree in Technology, Engineering, Computer Science, Biomedical Engineering, Mathematics, or a closely related quantitative field.
• Core competency: exceptional problem-solving. You should be able to break an ambiguous technical challenge into logical, executable steps.
• Technical toolkit
  • Proficiency in MATLAB, especially signal processing and data visualisation.
  • Strong foundational knowledge of fluid dynamics (CFD) and FFT principles.
  • Basic understanding of AI/ML concepts and how they apply to physics or simulation.

Why join us

• Impactful work: your code and simulations will directly contribute to advancements in respiratory healthcare and pulmonary diagnostics.
• Mentorship: work directly alongside industry experts who'll guide your move from academia into applied engineering.
• Innovation: hands-on experience bridging classical physics with cutting-edge AI.

About the role

We're looking for a Hardware Design Engineer to own PCB design for biomedical devices where signal fidelity is the whole point: microvolt-level bioelectric signals, not just power rails. You'll design and lay out boards in Eagle and Fusion 360, then defend that design through impedance matching, RF integrity checks and BLE radio layout, on boards that also need high-speed digital lines routed correctly. If you've ever chased a noise floor down to the microvolt level or fought ground bounce on a high-speed bus, this role is built for you.

What you'll do

• Schematic & layout: design multi-layer PCBs in Eagle and Fusion 360 for biomedical sensing and monitoring hardware.
• Signal integrity: work impedance matching, controlled-impedance traces and RF integrity on BLE radio and antenna sections.
• High-speed design: route and validate high-speed digital and analog lines with attention to crosstalk, EMI and return-path integrity.
• Precision analog: design front-end circuitry capable of resolving physiological signals down to the microvolt range, with careful attention to noise, shielding and grounding.
• AI-assisted analysis: use AI-based analysis tools to speed up design verification, component selection and failure-mode review.
• Bring-up & debug: support board bring-up, debug and iteration cycles from prototype through to pre-production.

Prerequisites & qualifications

• Experience level: 2–5 years in electronics hardware design, ideally with exposure to biomedical or precision-analog instrumentation.
• Educational background: Bachelor's degree in Electronics, Electrical Engineering, or a related field.
• Core competency: comfortable owning a board end-to-end, from schematic capture through layout through bring-up.
• Technical toolkit
  • Proficiency in Eagle CAD and Fusion 360 for schematic capture and PCB layout.
  • Working knowledge of impedance matching, RF integrity and high-speed design principles.
  • Experience designing for BLE (Bluetooth Low Energy) radio integration.
  • Understanding of precision analog design for microvolt-level signal acquisition.
  • Comfort using AI-assisted tools for design analysis and verification.

Why join us

• Impactful work: your boards go into devices that read the body's own signals; precision here is the product.
• Hybrid, New Delhi: work close to the team without losing flexibility.

About the role

This is a front-row seat, not a back-office job. You'll sit right next to the founders and jump into whatever's live that week: operations, coordination, research, follow-ups, the works. There's no fixed job description. Just one rule: figure out what needs to happen, and go make it happen. We're not hunting for a technical background here. We want someone genuinely sharp, someone who can drop into a half-formed situation, read the room fast, and back themselves to make the right call without being told exactly what to do.

What you'll do

• Situational judgment: read fast-moving, sometimes messy situations and figure out the sharpest way to respond, on the spot.
• Coordination: work shoulder to shoulder with the founders on whatever the week throws up: scheduling, vendor and partner follow-ups, internal coordination, quick research.
• Communication: represent the founder's office with confidence across calls, emails and meetings with external parties.
• Analysis: pull information together from multiple sources and turn it into something a founder can act on immediately.
• Follow-through: own tasks all the way to done, not just to "started."

Prerequisites & qualifications

• Experience level: fresher. No prior work experience required, we'll teach you the rest.
• Educational background: any degree, any discipline. A technical background is genuinely not required for this role.
• Core competency: sharp communication, spoken and written, paired with quick analytical thinking. You should be comfortable making a call with incomplete information.
• Traits we look for: curiosity, discretion and the instinct to notice what's actually happening in a room, not just what's being said out loud.

Why join us

• Direct exposure: you'll sit close enough to the founders to watch real decisions get made, and help make them.
• Breadth: no two weeks look the same. You'll touch operations, communication and strategy, often in the same afternoon.
• Hybrid, New Delhi: work close to the team without losing flexibility.

About the role

We're looking for a Clinical Research Associate to sit at the point where patient data meets signal analysis. You'll collect and organize patient data, prepare clinical study documentation, and review signal data for quality, working closely with our data engineering team to keep everything clean, structured and ready for downstream analysis.

What you'll do

• Patient data collection: gather and organize patient data accurately and in line with study protocols.
• Documentation: prepare and maintain clinical study documentation, records and reports.
• Signal analysis: review physiological signal data and flag irregularities for the data engineering team.
• Cross-team coordination: work closely with data engineers to keep collected data clean, structured and study ready.

Prerequisites & qualifications

• Experience level: 0 to 2 years. Freshers with a relevant background are welcome to apply.
• Educational background: Bachelor's degree in Life Sciences, Biomedical Engineering, Nursing, Clinical Research, or a related field.
• Core competency: careful and detail-oriented, comfortable working directly with patients and patient data.
• Technical toolkit: basic proficiency in Excel or Sheets and data entry tools. Exposure to signal data such as ECG is a plus, not mandatory.

Why join us

• Real clinical exposure: you'll work directly with patient data that feeds real diagnostic products, not a simulated dataset.
• Cross-functional learning: close collaboration with the data engineering team gives you a look at the technical side of clinical research.
• Noida / Delhi: work close to home across the NCR region.

About the role

We're looking for a Product Design and Ergonomics Engineer to shape the physical form and human-facing experience of our biomedical hardware, devices that real patients and clinicians hold, wear and interact with every day. You'll own product design and ergonomics from early concept sketches through to a device that's comfortable, usable and manufacturable.

What you'll do

• Product design: design enclosures, form factors and user-facing hardware for biomedical devices, balancing usability with manufacturability.
• Ergonomics: study how patients and clinicians actually hold, wear or interact with a device, and turn that into design decisions that reduce discomfort and error.
• Prototyping: build and iterate physical prototypes, 3D printing, CNC or foam models, to test fit, comfort and usability before committing to tooling.
• Cross-functional collaboration: work closely with hardware, electronics and clinical teams so the design intent survives contact with real engineering constraints.

Prerequisites & qualifications

• Experience level: 2 to 5 years in product design, industrial design or a closely related discipline, ideally with medical device or wearable experience.
• Educational background: Bachelor's or Master's degree in Industrial Design, Product Design, Mechanical Engineering, or a related field.
• Core competency: a strong sense of form, comfort and usability, backed by the engineering judgment to know what can actually be built.
• Technical toolkit: proficiency in CAD tools such as SolidWorks or Fusion 360, rapid prototyping methods, and a working understanding of manufacturing processes like injection molding and sheet metal.

Why join us

• Devices people actually touch: your design decisions directly shape how patients and clinicians experience our products, not just how they look in a render.
• End-to-end involvement: you'll follow a design from early sketches through prototypes to a manufacturable product.
• Hybrid, New Delhi: work close to the team without losing flexibility.