Bioelectronics & biomedical sciences

Get ready for an exhilarating research experience with RPG’s Bioelectronics & Biomedical Sciences program! Our 1–2 month projects are designed to deliver fast-paced, high-impact results, perfect for students, professors, and scientists eager to dive into real-world research. Each project kicks off with a 3-day intensive training bootcamp, where our expert mentors—renowned researchers, doctors, and engineers—guide you through the project outline, theoretical foundations, software installation, and hands-on lab techniques. From setting up servers to mastering tools like MATLAB, Python, or LabVIEW, you’ll be fully equipped to hit the ground running.

Our hybrid format blends on-site work at our state-of-the-art facilities in Jashore, Bangladesh, with virtual collaboration, making it accessible to researchers worldwide. You’ll work on projects like developing microfluidic chips for diagnostics or modeling protein interactions for drug discovery, all while collaborating with top universities and state key laboratories in Italy (e.g., Politecnico di Milano), the US (e.g., Stanford University), the UK (e.g., Imperial College London), China (e.g., Shanghai Jiao Tong University), and Bangladesh (e.g., University of Dhaka). These partnerships provide access to cutting-edge resources, clinical data, and global expertise.

Program highlights include:

Duration: 1–2 months per project, with rolling monthly intakes (e.g., June, July, August 2025) to fit your schedule.

Format: Hybrid—on-site wet and dry lab work in Jashore, plus virtual collaboration for global accessibility.

Certification: Certificate of Research Completion, endorsed by RPG and its international partners, boosting your academic and professional credentials.

Authorship Opportunity: Guaranteed authorship on a Scopus-indexed journal publication, with potential for first authorship based on outstanding contributions.

3-Day Training Bootcamp: Intensive training on project specifics, theory, software (e.g., MATLAB, Python, AutoCAD), server access, and lab protocols, ensuring you’re ready to excel.

Global Collaboration: Work with researchers from top universities and state key laboratories in Italy, the US, UK, China, and Bangladesh, with access to clinical samples and cutting-edge tools.

Research Output: Produce prototypes, datasets, or manuscripts, contributing to RPG’s goal of 6–7 high-impact publications annually.

Mentorship: Personalized guidance from RPG’s team of scientists, professors, and clinicians, fostering your growth as a researcher

Each project is a sprint of innovation, with clear milestones: experimental design, data collection, analysis, and publication. In the wet lab, you’ll handle biological samples, conduct enzyme assays, or fabricate biosensors, all under strict safety protocols. In the dry lab, you’ll dive into computational modeling, AI-driven diagnostics, or bioinformatics, using tools like Unity3D for molecular visualization or Python for machine learning. Whether you’re a bachelor’s student or a seasoned professor, our projects offer a thrilling opportunity to make a tangible impact.

RPG’s collaborative network ensures your work reaches a global audience. Past projects have included partnerships with hospitals for serological analysis and diagnostic centers for biomarker

validation, giving you real-world experience that stands out on your CV. With flexible project selection, you can focus on areas like neural engineering or clinical biotechnology, tailoring your research to your passions.

Our Bioelectronics & Biomedical Sciences program offers a thrilling array of research topics, each packed into a 1–2 month project that blends wet and dry lab techniques. Whether you’re passionate about designing life-saving medical devices or decoding biological data with AI, our projects let you dive deep into cutting-edge science. Guided by mentors from top universities and state key laboratories, you’ll tackle real-world problems and produce publishable results that showcase your expertise.

During the 3-day training bootcamp, you’ll master the tools and techniques needed for your project, from software installation (e.g., MATLAB, Python, or bioinformatics platforms) to hands-on wet lab protocols. Our curriculum is designed to be interdisciplinary, drawing on RPG’s expertise in bioelectronics, bioinformatics, and clinical biotechnology, and aligned with global research trends.

Explore these exciting subjects:

Biosensor Development: Create electrochemical or optical biosensors for detecting diseases like diabetes or infections. Work in the wet lab to fabricate sensors and in the dry lab to optimize signal processing with Python or MATLAB.

Biomedical Signal Processing: Analyze physiological signals (e.g., EEG, ECG, EMG) to develop diagnostic algorithms. Use dry lab tools to build machine learning models or real-time monitoring systems, with applications in telemedicine.

Biomaterials for Medical Devices: Research biocompatible materials for implants or wearable devices. Conduct wet lab experiments to test material properties and dry lab simulations to optimize designs using AutoCAD or COMSOL.

Bioinformatics and Computational Biology: Dive into genomic and proteomic analysis to uncover disease biomarkers or design vaccines. Use dry lab tools like R, Biopython, or cloud-based servers for in silico modeling.

Neural Engineering: Develop brain-computer interfaces or neurorehabilitation devices. Combine wet lab work (electrode fabrication) with dry lab modeling (neural signal analysis) to create life-changing technologies.

Microfabrication Techniques: Fabricate microfluidic chips or microscale sensors in RPG’s cleanroom facilities. Use dry lab tools for design optimization and wet lab techniques for prototyping.

Clinical Biotechnology: Apply synthetic biology to develop therapies, such as gene-editing tools or biologics. Conduct wet lab experiments (e.g., cell culture) and dry lab simulations (e.g., metabolic pathway analysis).

Ethical Research Practices: Learn to navigate ethical and regulatory frameworks, ensuring your innovations meet global standards. Training includes case studies on responsible research and data integrity.

Each project is a chance to shine! For example, you might develop a wearable sensor for remote patient monitoring, analyze serological data for cancer biomarkers, or model protein interactions for drug discovery. With guaranteed authorship and the potential to be first author, your work will reach a global audience through Scopus-indexed journals. Our collaborations with institutions like MIT, Imperial College London, and Tsinghua University ensure your research is cutting-edge and impactful.

In the wet lab, you’ll work with state-of-the-art equipment for biological and chemical experiments, adhering to international safety standards. In the dry lab, you’ll use advanced software for data analysis, AI, and visualization, with access to high-performance servers for complex computations. The 3-day training ensures you’re fluent in tools like LabVIEW, Unity3D, or Biopython, making every project an exciting journey of discovery.

“From wet lab experiments to dry lab breakthroughs, your research will change lives—and you’ll be a published author”

Ready to join the Bioelectronics & Biomedical Sciences revolution at RPG Interface Lab? Our program is open to bachelor’s, master’s, doctoral students, professors, and scientists who are passionate about transforming healthcare. We’re looking for curious, driven individuals ready to dive into 1–2 month projects and make a global impact. With our inclusive approach, we welcome diverse backgrounds and provide the training needed to succeed.

To ensure you’re ready for our fast-paced, interdisciplinary projects, here are the requirements:

Academic Background: A bachelor’s degree (or higher) in biomedical engineering, electrical engineering, biology, biotechnology, computational sciences, or related fields. Professors and scientists from diverse disciplines are also welcome to bring their expertise.

Minimum GPA: 3.0/4.0 or equivalent (international qualifications assessed for equivalency). We prioritize passion and potential over strict academic thresholds.

Prerequisites: Basic knowledge in one of the following: electronics (e.g., circuit design), biology (e.g., molecular biology), or computational methods (e.g., programming in Python, MATLAB, or R). Don’t worry—we’ll bridge any gaps during the 3-day training bootcamp!

Language Proficiency: Strong English proficiency is a must for effective collaboration in our global research network. A TOEFL iBT score of 80 or IELTS score of 6.0 is preferred but not mandatory—your ability to communicate ideas clearly is what counts.

Application Materials:

• Detailed CV:A comprehensive CV covering your academic achievements, research projects, publications, technical skills (e.g., programming, lab techniques), and any relevant experience. Highlight your passion for bioelectronics or biomedical sciences!
• Statement of Purpose (SOP):A 500–800 word SOP outlining your research interests, career goals, and why you want to join RPG’s program. Tell us how you’ll contribute to our projects and what excites you about becoming a published author.

Preferred Skills: Experience with wet lab techniques (e.g., pipetting, cell culture) or dry lab tools (e.g., LabVIEW, AutoCAD, Biopython) is a bonus but not required. Our 3-day training bootcamp covers everything from software installation to server access.

Commitment to Ethics: A passion for ethical research, aligning with RPG’s values of equity, cooperation, and excellence. You’ll learn to navigate regulatory frameworks during training.

The 3-day training bootcamp is your launchpad to success. Our mentors will guide you through the project’s specifics, from theoretical foundations to practical skills. You’ll learn to use advanced software, set up servers, and master wet lab protocols, all tailored to your project. Whether you’re designing a biosensor or analyzing genomic data, you’ll be ready to excel in just three days!

With rolling monthly intakes, you can join at a time that suits you. Our admissions team is here to help match you with the perfect project—contact rpg.info03@gmail.com to discuss your interests or eligibility. Whether you’re a bachelor’s student taking your first research step or a professor seeking global collaboration, RPG offers a vibrant platform to shine.