DAMORPHE is strategically focused on engineering materials with artificial intelligence, sensing in their DNA wherein, their inherent ability is to learn from the environments they are deployed in and then respond accordingly. Our key strengths and competitive advantages are our dominance in innovation and synthesis of game changing technologies in the mechanical, nano-materials and electrical domains for designing differentiated products for Oil & Gas. In addition, our ability to engineer light-weight, high-strength, nanostructured-alloys with tailored corrosion resistance with integrated MEMS sensors have us enabled realize our vision of, “Think Digital, Think Data”.At DAMORPHE an unique approach to the innovation process is employed: not just inventing, also synthesizing and cross-pollinating technologies and products across industries in the mechanical, material science, electrical and electronics domains. Amongst founders and advisors, we have more than 150 worldwide patents and patent applications in multi-disciplinary fields. We are committed to delivering extraordinary products, bringing value to customers, and transforming the world through disruptive innovation. Our goal is to create a paradigm shift through the introduction of intelligent products that learn and respond to stimuli making us the technology company of choice wherever we operate. As a guide, DAMORPHE's operating business model is based on creating value, through attraction of talent, formation of new, “Satellite Businesses” in unrelated industries we can impact, by our technology and spinning them off: Energy, Healthcare, Transportation, Consumer Goods, and Aerospace & Defense.

Chief Executive Officer (CEO) of UniPolar Technologies, an MIT start-up on emulsion separation using like charge attraction. This ubiquitous technology spans extraction of clean water, desalination, protein separation, oilfield oil-water separation, sanitation, has potential applications in Cancer Research and more etc. UniPolar closed a seed round of $2 M from “Angels” including Diane Green, Senior Vice President Google and Board of Directors, Alphabet; Ratan Tata, Chairman emeritus, Tata and Sons etc. UniPolar is a Shell, "Game Changers" awardee for major collaborative non-dilutive funding for jointly developing technology with a first nation pricing offer to Shell. UniPolar team includes include Dr. Ram Shenoy, former Vice President of Schlumberger, CTO of Conoco Phillips and only advisor to the Department of Energy, Dr. Bob Chen, former President, FMC Separators and Prof. Varanasi, faculty at MIT.

In charge of developing high strength water reactive alloys with tailored chemo-mechanical properties to design industry’s first fully degradable Plug and Perf system – Schlumberger's offering: - Infinity.Infinity Product Line (www.slb.com/Infinity)• Infinity 5.5" Commercialized January 2015• Infinity 4.5" Commercialized January 2015Inventor of Infinity High Strength Water Reactive (Degradable) Alloy (Industry’s 1st Bulk Structural Nanostructured Alloy (Aluminum Base) having strength equivalent of 80 ksi low alloy steel) Public Presentations on Infinity: • SIPS, Antalya, Turkey – Oct 2015• SPE - HFTC (Hydraulic Fracturing Technical Conference) - Houston, Feb-2015• TMS, Orlando, March-2015• TMS, San Diego, May-2014; • NanoSPD, Metz, France, June-2014; • ASME Hydraulic Fracturing - Houston, March-2015;• SPE - ICOTA - Coiled Tubing - Houston, March 2015;

Nano materials & alloys / Reservoir Characterization in sour HPHT: Research and Engineering• Delve into the limitations of the materials currently used in extreme sour HPHT environments • Selection of more resistant steels (downhole alloys – LAS and CRAs’) and elastomeric seals• Advise on NACE compliance• Harnessing Nanocrystalline and Grain Boundary Engineered materials for HPHT sour reservoirs• nc-Alloys as potential candidates for drilling, testing, completions and production .• SSR with & without CP of Ni CRAs’ / nc-alloys: susceptibility to hydrogen Embrittlement (H2E).• Properties of “Dense Wet Vapors (DWV)”• Correlate experimental data to field (Open Hole (OH) wireline log data).• Characterization of reservoirs rich in acid gases or Dense Wet Vapor (DWV).• Downhole tool and monitoring capability to quantify damage in sour environments.

Senior Project Engineer: 9.625 Certis Isolation SystemDesign of an annulus pressure hydrostatic set packer for “Downhole Reservoir Testing” operations with a built-in floating seal assembly and below-packer reversing/circulating valve.• Designed for HPHT and sour hostile environments• Element design with critical recommended geometries and ratios• Design of “Element Testing Fixture” for Environmental / FAT and ISO qualifications • Selection of apposite metallurgy for Hostile HPHT reservoirs• Review and design of anchoring devices (slips) to ensure a reliable and safe operation • Analysis of safety and modes of failure to ensure safe and reliable operations

Project Engineer: Hostile Environment Project• Material testing in H2S/CO2 - designed to replicate tool stresses & operating environment • Comprehensive documentation to answer client and internal concerns.• Results to feed planner and tool upgrades.• H2S/CO2 job planner / simulation tool.• Evaluation of susceptibility of downhole alloys in completions brines at HPHT • Downhole monitoring capability to quantify damage in sour environments• Improved "Field maintenance" procedures for tools run in sour environments

• Engineer In Charge (Wireline Base Location Manager) - Liberal KS (March, 2009 - July, 2009)• General Field Engineer (GFE) - March, 2009• Senior Field Engineer (SFE) - October, 2008• FE Breakout - June 2007Have successfully run Platform Express (Triple Combo) (PEX), Borehole Compensated Sonic (DDBHC), Microlog, Natural Gamma Ray tools (NGT / HNGS), Dipole Sonic (DSI) and Sonic Scanner, Triaxial Induction tool, Geochemical Logging (ECS), Formation Imager (FMI), Pressure Express (XPT), Q-String (for HPHT), Tough Logging Conditions (TLC), Fishing, and Production Logging (Temperature, PMIT etc.) and participated in MDT jobs (SLB Special Service).

Executive Engineer I: Heat Transfer Equipment Division • Engineering (ASME Sec. VIII Div. 2, TEMA, etc.) and execution of projects / orders. • Analysis and cost estimation of the heat transfer equipment.• Co-ordination with customers, collaborators, third party inspection agencies. • Equipment progress reports and review analysis.• ISO audit by external auditors: Det Norske Veritas (DNV). • Technical / commercial discussions • Foreign Exchange (FE) / Customs Duty (CD) variations and Liquidated Damages (LD) claims.• Part of the team in our strategic business unit to look into potential e-business and applications.

Mechanical Engineer: Heat Transfer Equipment Division - Engineering and addressing of customers techno commercial queries.- Participating in "Global Tenders" teams for multi million dollar capital equipment / turnkey projects- Equipment encompassing: Fertilizer and Petroleum industries - selected examples - Carbamate condenser (fertilizer) - Urea stripper (fertilizer) - Sulphur Recovery Units / Tail Gas Treatment Units (SRU - Refineries) - Hydrogen Generation Units (Refineries) - Catalytic Reforming & Isomerisation Units (Refineries)Selected Major Projects (Participated) - Sulphur Block for IOCL – Gujarat, India (Capacity: 2 x 300 TPD SRU & 600 TPD TGT Unit.)Licensors : Black & Veatch (SRU and TGTU) - FCC Reactor Regenerator Section for IOCL at Paradip, India (Capacity: 4.17 MMTPA)Licensors: IOCL R&D and CB&I Lummus