
TENGENA believes in absolute integrity, where people and ideas thrive. We value our engineering history that goes back much further than that, where every element, from links in the chain to individual components, embodies a wealth of knowledge and expertise. It is well known for its national and abroad technical universities and ivy league institutions, postdoctoral fellowships that are practical and immersive, and a culture that rewards professional skills with both prestige and career growth. Furthermore, our cross-disciplinary collaboration with recognized engineering facilities gives us a vital role in addressing client needs by employing unique equipment, followed by national institutional standards. Whereas research team stem directly from traditional strengths and core capabilities.

TENGENA operates at the intersection of fundamental research, applied science, and product development, advancing technologies through a rigorous, discovery-driven framework. We identify core challenges in the basic sciences and pursue integrative solutions across designated industrial domains—bridging theoretical inquiry with engineered implementation.
Our multidisciplinary teams—comprising theoretical scientists, systems engineers, healthcare specialists, and experimental technologists—collaborate to translate curiosity-driven research into functional, scalable devices and platforms. This convergence enables the rapid prototyping and deployment of innovations grounded in scientific rigor and industrial relevance.
TENGENA employs structured design methodologies to enhance internal research workflows, foster cross-disciplinary collaboration, and mitigate unintended societal impacts of emerging technologies. We maintain robust intellectual property protections for proprietary systems while supporting selective public access pathways to promote transparency, interoperability, and responsible innovation.

TENGENA drives transformative product development as a dedicated engineering partner, delivering cost-effective solutions across design, analysis, testing, and systems integration. Our approach is rooted in applied sciences and reinforced by a systemic methodology, enabling the deployment of alternative energy sources for material processing with enhanced or hybridized properties—optimized for accelerated, controllable, and scalable applications.
We actively foster dialogue around emerging technologies, translational research, and innovation pathways, engaging with potential collaborators to refine concepts and address implementation challenges. This open exchange supports technology maturation and strategic alignment with industrial and societal needs.
TENGENA also advances the biological and ecological integration of nanotechnology, recognizing its role in resource preservation and energy reduction across manufacturing workflows. By embedding nanoscale innovation into sustainable engineering practices, we contribute to regenerative infrastructure and environmentally adaptive production systems.

TENGENA delivers comprehensive industrial product development services encompassing design optimization, systems analysis, integration engineering, prototyping, simulation, and full-cycle mechanical and electrical design. Our infrastructure supports both early-stage concept validation and scalable manufacturing execution.
We collaborate with automation specialists to engineer automated, semi-automated, and palletized assembly systems, including standalone stations tailored for precision throughput and modular deployment. These systems are designed for interoperability, serviceability, and high-efficiency operation across diverse production environments.
Our cross-functional engineering team brings deep expertise across:
This multidisciplinary capability enables TENGENA to support complex manufacturing ecosystems, from high-mix low-volume production to vertically integrated industrial scale-up—delivering performance, reliability, and strategic differentiation across sectors.

Eviana Breuss obtained her MD, Ph.D. in Clinical Pharmacology and Biochemistry and completed postdoctoral training in molecular biology at New York Medical College and Columbia University. From 2000 to 2010, Dr. Breuss conducted basic and clinical research at Washington State University, Westchester Medical Center, Columbia University School of Medicine, and NYU School of Medicine, as well as collaborated with Harvard University, Bristol-Myers Squibb, Cognate Therapeutics, Weill Cornell Presbyterian Medical Center, and Memorial Sloan Kettering Cancer Center, NY.
Dr. Breuss has extensive experience in designing, developing, and implementing government, DoD, and non-profit organizations grants, IND, IND amendments, Investigator Brochures, Annual Reports, Health Authority submissions, IRB and IACUC protocols, running preclinical and clinical trials, evaluating emerging bio and nanotechnologies, and establishing lasting academia-industry partnerships.
Dr. Breuss studied financial planning and corporate law serving at Center of Wealth Preservation and NYL Insurance Company from 2009 to 2012. She is a Founder and President of 501(c)(3) nonprofitable charitable foundation, serving for kids with learning and mental disabilities.
Dr. Breuss is a Honored Listee of Marques Who's Who of a year 2024, as well as the Member of WorldWide Women's Association.

Igor Sokolovski is a PhD level neuroendocrine radiologist with more than 15 years of experience in radioimmunology and clinical research with exclusive interests in intracavitary brachytherapy, external beam, and radioiodine radiation therapy of patients exposed to the nuclear accidents, industrial radiation, and tumorigenesis. He obtained his B.S. in engineering in 1991 at National Technical University, graduated from Bogomolets National Medical University in 1992 with degree in Internal Medicine, and received his Ph.D. in Clinical Radiology at the Nagasaki University School of Medicine in 1996, followed by postdoctoral training in neuroendocrinology and cancer radiology under the supervision of Dr. Hoshi Masaharu and Dr. Nozomi Yamashita.
From 1992 to 1994, Dr. Sokolovski conducted clinical investigation of patients exposed to internal and external radiation at the government funded "Chernobyl Sasakawa Health Foundation". Dr. Sokolovski has a large scale experience in imminent healthcare technologies, industrial cryotechnologies, individual plasma systems and etching technology, mechanical and electrical systems design, additive manufacturing, adaptive acoustic technology, gas optimization and HVAC processing, and academia-industrial partnerships. He is proficient in national security, cybersecurity, and serves as a part of legal forces.

Russel Pollack brings over two decades of experience in systems logistics, database architecture, and predictive analytics to TENGENA’s sovereign infrastructure initiatives. A graduate of the University at Buffalo with a BS in Economics, Russel has led high-impact teams across enterprise software, marketing intelligence, and educational technology—building platforms that manage millions of users and hundreds of millions in revenue.
Before joining TENGENA, Russel served as Director of Business Intelligence and Database Solutions at Bronx Community College, where he architected centralized data warehouses, standardized institutional reporting, and implemented disaster recovery protocols. Prior to that, he founded and led Rupean Inc., a boutique development firm specializing in pharmaceutical learning systems and gamified training platforms.
His earlier tenure at ACMG LLC saw him directing a 40+ person team across five departments, where he developed fault-tolerant enterprise systems for e-commerce, fulfillment, and predictive modeling. Russel’s technical fluency spans SQL, .NET, PHP, Crystal Reports, and cross-platform integration, with deep expertise in automation, analytics, and scalable infrastructure.
At TENGENA, Russel leads the convergence of AI, database intelligence, and regenerative compute systems—integrating automation across plasma-enhanced fabrication, robotic microassembly, and sovereign data ecosystems. His mission is not just to optimize workflows, but to embed adaptive intelligence into the very architecture of industrial resilience.

Peter Hegedüs, Dipl.-Ing., MBE, PG Dipl., is an internationally recognized deep-tech strategist and sustainability leader with over 25 years of experience in pharma, biotech, and industrial innovation. With a strong background in tech-scouting, process development, and disruptive transformation, he specializes in green biotech, regenerative systems, and sustainable digitalization. He studied biotechnology and engineering in Germany and Switzerland and earned a Master of Business and Engineering with international programs in Germany, the USA, and Japan. Peter also holds a Postgraduate Diploma in Digital Business from MIT Sloan and Columbia Business School, graduating with distinction. As Co-Founder of METTA Green Deep Tech (3P+S Concept – People, Planet, Prosperity + Sustainability), Peter developed platforms such as 4BiogrowFood, a unique biological activator for sustainable agriculture, and a novel energy-efficient water desalination technology. Certified Six Sigma Black Belt with LEAN and BPE expertise, he combines operational excellence with disruptive innovation to deliver scalable, sustainable solutions. Peter is a two-time winner of the EU Top Disruptive Tech Award (2023, 2024), nominated for the 2025 award in Asia, and a lifetime member of the Sustainability Professionals Society of Saudi Arabia (SPSA). At Tengena, he leads global environmental strategy and innovation frameworks, fostering cross-cultural collaboration and advancing AI-driven nanotechnology and quantum solutions for a sustainable future.

Marat Golnik is the precision mind behind A&L Sheet Metal Inc., a New York–based fabrication company with over two decades of operation across the U.S. and international markets. With more than 40 years of experience in industrial machinery and electronic equipment design, Marat has built a reputation for delivering high-performance enclosures, acoustic frameworks, and structural assemblies that meet the most demanding technical standards. He received his BS in electronic engineering at Belorussian Polytechnic Institute at 1989.
At A&L, he leads the design and fabrication of custom sheet metal systems for military, aerospace, and advanced manufacturing sectors. His team, certified to ISO 9001:2008 and Premium Quality standards, specializes in small- to medium-scale components that demand structural integrity, electromagnetic shielding, and acoustic control.
Since 2024, Marat has partnered with TENGENA to co-develop optomechanical enclosures and reflective system shells for plasma-liquid emitters, nano-resonators, and adaptive acoustic chambers. His contributions enable the physical realization of TENGENA’s dual-platform architecture—where form, function, and field performance converge. From micro-bent waveguides to multi-layered housings, every component is fabricated to his uncompromising standard.

Since founding Crystal Glass & Mirror Inc. in 2004, Larry Shvets has led with precision, resilience, and a relentless commitment to material excellence. With a foundation in architectural glass engineering and a legacy of hands-on fabrication, Larry built one of New York’s most trusted custom glass operations—delivering high-load, UV-bonded, and ballistic-grade assemblies for clients demanding zero tolerance for error.
In 2024, Larry joined TENGENA to co-develop its dual-platform architecture for advanced coatings and optomechanical integration. His expertise in structural glass, lamination chemistry, and surface bonding now drives the translation of NanoCoat™ hybrid films, angle-sensitive glare suppression, and Dr. Blade deposition techniques into scalable, optically active substrates.
Larry was the first to prototype custom quartz filters for UVC saturation within HVAC DAC systems—engineering antimicrobial glass interfaces coated with functional nanofilms for pathogen-neutralizing performance. His contributions bridge the gap between architectural-grade durability and photonic precision, enabling TENGENA’s platforms to deliver both aesthetic resilience and quantum-aligned functionality.

With over 45 years of precision engineering expertise, Yakov Opatzevfky is the founder and driving force behind United Machine Inc., a high-tolerance machining lab based in Paterson, New Jersey. A graduate of Saint Petersburg State University for Water Communications (1974–1979), where he studied marine engineering, Yakov has built one of the East Coast’s most respected facilities for small- to mid-scale component fabrication across military, medical, and industrial sectors.
United Machine Inc. has operated for nearly 25 years in the U.S. and abroad, specializing in parts that demand sub-micron tolerances, non-standard geometries, and extreme material resilience. The shop is ISO 9001, AS9100D, and Premium Quality certified, but it’s Yakov’s personal mastery—his ability to machine dielectric polymers, gold-tungsten alloys, and glass-ceramic hybrids—that sets the standard. Whether it’s a sealed electrode bore or a custom taper others won’t quote, Yakov delivers flawless execution under conditions that shred conventional hardware.
Since 2024, Yakov has partnered with TENGENA to co-develop advanced assemblies for plasma-liquid reactors, nano-ignition systems, and UVC isolation chambers. His contributions include injector group bodies with sub-millimeter flow channels calibrated to micropressure tolerances—each bore drilled, reamed, and polished to match spray dynamics under high-frequency pulsing and cavitation. No chatter. No burrs. Just atom-by-atom control. His work is foundational to TENGENA’s nano-plasmonic platforms and sovereign manufacturing systems, where durability, precision, and quantum-aligned performance converge.
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