Freelancer vs Upwork (2026)
Freelancer vs Upwork (2026) - An Honest, Side-by-Side Comparison for Businesses and Freelancers
Biomedical Engineering is a field which specifically deals with the application of engineering principles and design concepts to the research and development of healthcare related products and systems. It is a collaboration of all the different sub-disciplines of engineering such as electrical, mechanical, computer, chemical and material science engineering, aimed towards improving healthcare delivery. A biomedical engineer can design and develop medical devices that can help diagnose, monitor, and treat medical conditions, develop materials for medical use, manufacture medical imaging systems like magnetic resonance imaging (MRI) scanners, create artificial organs and robotic interfaces, develop treatement plans for patients based on their individual case, improve clinical practice processes and systems management, etc.
Our team of biomedical engineers have done some ground breaking projects that have revolutionized healthcare.
Here’s some projects that our expert biomedical engineers made real:
At Freelancer.com, these experts in Biomedical Engineering are available to help your needs when it comes to creating innovative healthcare solutions. If you’re looking for a reliable partner who will bring your ideas to life in the discipline of biomedical engineering, post your project on Freelancer.com today! Our expert biomedical engineers will be able to aid you in your project with the highest level of expertise.
Von 5,751 Bewertungen, bewerten Kunden unsere Biomedical Engineers 5 von 5 Sternen.Biomedical Engineering is a field which specifically deals with the application of engineering principles and design concepts to the research and development of healthcare related products and systems. It is a collaboration of all the different sub-disciplines of engineering such as electrical, mechanical, computer, chemical and material science engineering, aimed towards improving healthcare delivery. A biomedical engineer can design and develop medical devices that can help diagnose, monitor, and treat medical conditions, develop materials for medical use, manufacture medical imaging systems like magnetic resonance imaging (MRI) scanners, create artificial organs and robotic interfaces, develop treatement plans for patients based on their individual case, improve clinical practice processes and systems management, etc.
Our team of biomedical engineers have done some ground breaking projects that have revolutionized healthcare.
Here’s some projects that our expert biomedical engineers made real:
At Freelancer.com, these experts in Biomedical Engineering are available to help your needs when it comes to creating innovative healthcare solutions. If you’re looking for a reliable partner who will bring your ideas to life in the discipline of biomedical engineering, post your project on Freelancer.com today! Our expert biomedical engineers will be able to aid you in your project with the highest level of expertise.
Von 5,751 Bewertungen, bewerten Kunden unsere Biomedical Engineers 5 von 5 Sternen.I want finite element analysis (FEA) of the Trinity miniplate, a medical device used in maxillofacial trauma fixation. Here is a prioritized list of the most important parameters to check in the FEA analysis of the VBH Trinity Mini. Plate: ## Most Important FEA Parameters—VBH Trinity Mini Plate ## Tier 1—Critical (Must Check) These are the non-negotiable parameters in every mandibular miniplate FEA. In all FEA models, maximum stress consistently remains on the miniplate itself. 1. **Von Mises Stress on the Plate**—Peak stress value (MPa) on the plate body, arm junctions, and screw hole perimeters; must stay below titanium yield strength (~880 MPa) 2. **Von Mises Stress on Cortical Bone**—Peak bone stress at the plate edges and screw purchase zones must stay be...
Description Of Project - HRID-AI is a low cost handheld device aimed at estimating ejection fraction using multimodal biosignals (ECG, seismocardiography, and cardiac acoustics). It uses a combination of biosensors to detect abnormalities in ECG, presence of abnormal heart sounds and their interpretation as well as usage of seismocardiographic signals to provide an estimate of Ejection Fraction. The principle has been verified through multiple studies done in reputed institutions The goal is rapid point-of-care triage for echo referral in emergency and low-resource settings in patients of Heart Failure with Reduced Ejection fraction We need your support, skills and expertise for sensor integration, embedded design, signal acquisition. Current Status- We have so far been able to dev...
Description Of Project - HRID-AI is a low cost handheld device aimed at estimating ejection fraction using multimodal biosignals (ECG, seismocardiography, and cardiac acoustics). It uses a combination of biosensors to detect abnormalities in ECG, presence of abnormal heart sounds and their interpretation as well as usage of seismocardiographic signals to provide an estimate of Ejection Fraction. The principle has been verified through multiple studies done in reputed institutions The goal is rapid point-of-care triage for echo referral in emergency and low-resource settings in patients of Heart Failure with Reduced Ejection fraction We need your support, skills and expertise for sensor integration, embedded design, signal acquisition. Current Status- We have so far been able to dev...
Estou desenvolvendo um dispositivo médico e preciso do apoio de um engenheiro biomédico — idealmente brasileiro — que domine validação de função, desempenho, segurança, conformidade, ergonomia e usabilidade. Meu maior foco, neste momento, é a fase de prototipação e testes. Quero alguém que: • Avalie o protótipo de ponta a ponta, apontando ajustes técnicos para garantir precisão de leitura e performance contínua. • Conduza ou oriente testes de segurança elétrica, biocompatibilidade e conformidade com normas ANVISA / ISO. • Analise ergonomia e usabilidade com usuários-alvo, gerando recomendações claras de redesign quand...
I'm looking for Mathematics and Biomedical research expert and engineer to help out with project ideas and execution.
We are looking for an Engineering Mathematics research expert for mathematical science projects. If you have the experience in areas of mathematical combined with sciences such as biomedical and engineering research project skills. This is a perfect match if your have several research published in researchgate.
Project Title: Medical Device V&V Testing — Contract Biomedical Engineer (Bay Area, 4-6 weeks) Description: We're an early-stage medical device startup preparing an IRB submission for an early feasibility clinical study of an Intermittent Hypoxic-Hyperoxic Therapy (IHHT) device. We need an experienced contract biomedical engineer to execute verification and validation testing on 3 prototype units in the San Francisco Bay Area, starting mid-April 2026. Scope of work: FiO2 & gas delivery characterization — measure oxygen concentration accuracy across the operating range (8-35% FiO2) using calibrated external oxygen analyzer and flow meter. Continuous logging over extended test sessions to characterize PSA cycling dynamics, transient behavior, and stability. Syste...
I’m looking for a chemist who can take the lead on formulation adjustments for a new set of histopathology-related reagents that will be used in our medical-device line. The core of the assignment is to fine-tune the current formulation, run stability tests to confirm performance. Freelance Formulation Chemist – ISTOS Medical (Histopathology Reagents) Project Scope Support chemical formulation, reagent preparation, and quality validation for histopathology and medical device applications. Responsibilities Develop and prepare chemical formulations for histopathology reagents (stains, buffers, fixatives, mounting media). Conduct reagent preparation and testing in line with ISO/GMP standards. Perform analytical validation of reagents (quality control, reproducibility, stabil...
I already have complete 3-D CAD files for a novel vaginal pessary and a full set of dimensional and tolerance drawings. What I still need is the bridge from screen to sterile tray: a small run of physical units that match those specs and are safe for first-in-human use. Material The design is intended for medical-grade silicone; I am open to fluorosilicone if it better meets our chemical-resistance requirements. You’ll need to confirm biocompatibility (ISO 10993) and document any additives or colorants you plan to use. Scope of work • Review my CAD and tolerance stack-ups, suggest any refinements that improve moldability without altering the clinical function. • Select or design an appropriate fabrication process (rapid-tool injection molding, LSR casting, or anothe...
Freelancer vs Upwork (2026) - An Honest, Side-by-Side Comparison for Businesses and Freelancers
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