3 Experimental Research Jobs

As a Bioelectronics Engineer at InnerGize, you will utilize your expertise in signal processing, algorithm development, and health parameter monitoring to contribute to the development of IoT-based wearable devices focused on mental wellness. Your role will involve working with multimodal biosignals such as PPG, GSR/EDA, Accelerometer, ECG, and EEG, including signal acquisition, preprocessing, and time-series analysis. Collaborating closely with hardware, data science, and product teams, you will play a key role in translating raw biosignal data into actionable health insights, with a particular focus on stress, sleep, cognitive performance, and overall well-being. The ideal candidate will have a strong background in experimental research and machine learning for biological signal processing. To excel in this role, you should possess a Masters or PhD in Biomedical Engineering, Electrical/Electronics Engineering, Neuroengineering, or a related field. Your expertise should include in-depth knowledge of signal preprocessing techniques for physiological signals, proficiency in time-series data analysis, and hands-on experience with experimental research, including data collection and working with experimental hardware. Strong proficiency in Python programming for data processing, algorithm development, and machine learning model implementation using libraries such as NumPy, SciPy, pandas, scikit-learn, TensorFlow, and PyTorch is essential. Additionally, you should have experience in Digital Signal Processing (DSP) and health parameter monitoring algorithms, particularly in the context of biosignal analysis related to heart rate variability, stress, sleep, and cognitive performance. With a minimum of 3 years of experience in contributing to health monitoring systems, including real-world deployment or regulatory trials, you should possess a solid understanding of machine learning models and mathematical modeling for biosignal analysis. If you are passionate about leveraging your expertise to drive innovation in mental health wearable technology and are eager to make a meaningful impact on individuals" well-being, we invite you to join our dynamic team at InnerGize.,

Job summary: We are looking for a dynamic and innovative Thermal Cycle Design Engineer to join our Steam Turbine R&D division , where advanced thermal power systems are developed for future energy solutions. The role involves conceptualization, modeling, and analysis of thermal cycles, with a focus on increasing efficiency, reducing emissions, and integrating modern steam turbine technologies into decarbonized and hybrid energy systems. What will be my responsibilities Design and optimize innovative thermal cycles (e.g., advanced Rankine, supercritical CO2, reheat-regenerative cycles) for next-generation steam turbines. Conduct thermodynamic modeling and simulation using Commercial / Custom R&D tools. Collaborate with Turbomachinery Experts to translate cycle requirements into turbine performance targets. Develop cycle concepts for hybrid systems (e.g., thermal + solar, thermal + hydrogen, thermal + waste heat recovery, geothermal). Support experimental validation of cycle designs through test rigs or pilot-scale facilities. Evaluate thermodynamic and economic feasibility of new design ideas and cycle configurations. Engage as Thermal Lead in R&D programs with interface to mechanical design, materials, and controls teams and evaluate design trade-offs for cycle efficiency vs. cost, operability, component durability & emissions. Prepare technical research reports, publications, and patent documentation where applicable. Keep abreast of developments in clean energy technologies, carbon capture, and next-gen steam cycle applications. What do I need to qualify for this job Bachelor's or Master's degree in Mechanical Engineering, Thermal Engineering, Power Engineering, or Energy Systems. (Preferably from Government Engineering College) 3-8 years of experience in thermal cycle design, preferably in a power generation R&D environment. Proficient in thermodynamic simulation and cycle analysis tools - This shall be the key assessment point. Solid understanding of steam turbine principles, component behavior, and power plant systems. Knowledge of materials and operational challenges under advanced steam conditions. Strong analytical, documentation, and presentation skills. Experience with supercritical or ultra-supercritical steam cycles , organic Rankine cycles , or combined cycle R&D shall be advantage. Familiarity with energy transition technologies (e.g., hydrogen co-firing, CCS, thermal energy storage). Exposure to experimental research , data acquisition, and prototype evaluation. Track record of technical publications, patents, or conference presentations. Why Join Us Be part of a cutting-edge R&D team driving innovation in thermal power. Work on clean, efficient, and hybrid thermal cycles for the future of sustainable power. Contribute to globally impactful projects in energy transition and steam turbine innovation. Competitive compensation and career development in a forward-looking engineering environment. What else do I need to know Siemens Energy India Limited is dedicated to quality, equality and valuating diversity and we welcome applications that reflect the diversity of the communities with in which we work. Please find more information at Please find more information on our organization at: We are looking forward to receiving your online application. Please ensure you complete all areas of the application form to the best of your ability as we will use the data to review your suitability for the role.

The ideal candidate for this role is a researcher with a strong background in low-energy cooling systems, solutions, and controls, along with hands-on research experience in developing and testing innovative cooling technologies. You should have the skills to evaluate and optimize building cooling systems to enhance efficiency. This position provides an opportunity to engage in impactful research that addresses the challenges of energy-efficient cooling in modern buildings. You will have access to state-of-the-art testing facilities and infrastructure for practical insights and advancements. Candidates should hold a PhD in Mechanical Engineering, Building Energy Performance, HVAC Design and Operations, Building Equipment Research, or a technology discipline related to Building Energy Efficiency from a recognized institution of higher education. Alternatively, you should demonstrate equivalent experience in these fields. Your technical expertise should include a strong knowledge of energy-efficient cooling technologies and solutions, experience with control strategies to improve system efficiency, and a background in developing and testing innovative cooling technologies. You should possess strong research methodologies, documentation, and reporting skills, as well as the ability to tackle challenges related to sustainable cooling solutions. Collaboration and communication are essential for this role. You will be expected to work collaboratively with researchers, students, and industry partners, demonstrating teamwork and leadership skills. This position focuses on research in Efficient Cooling Systems and does not require prior specific experience. The role reports directly to Dr. Yash Shukla, Principal Researcher and Centre Head at the Centre for Advanced Research in Building Science and Energy (CARBSE) in Ahmedabad. Remuneration for this position will be commensurate with the profile of the candidate. To apply, please submit a detailed resume and a letter of intent along with your application.,