Provide professional service in solar technology, business development, project development/acquisition due diligence, product development and EPC management. We help project developers avoid mistakes in PPA negotiation, interconnection issues and technology evaluation. We represent investors in acquisition due diligence, financial modeling and system testing. Also, our expertise in the product development or new market strategy planning can accelerate the new product development and penetration.

Leading the newly formed solar project development and investment division to expend the company's business in the USA and other emerging markets. Responsible for the solar project development strategy and execution. Successfully accomplished acquisition, construction and financing of over 30MW utility projects within 6 months and developed over 50MW pipeline.

• Leading an advanced, cutting-edge solar company that delivers commercial-grade solar modules, cells, and related products to contractors, integrators, and utilities across the country. Responsible for recruiting, coach, strategy planning and overseeing all marketing, sales, and execution.

Responsible for planning, management and execution of team building, module sales & marketing,product development and engineering, operation, logistics and project development in USA and South the America (Brazil, Mexico, and Ecuador), assisted Global Sales and Marketing VP in oversea market strategy planning.Grew the revenue up to $60M in the first year, sourced and developed over 300MW PV project pipeline in USA and South America, negotiated and executed acquisitions of 135 MW PV projects in California,completed 2MW project sale, and 18MW in sale pipeline, structured nonrecourse financing for 30MW projects, and Cash Grant financing for 200MW+ projects, developed and successfully launched the first AC-PV Kit for the USA residential market, delivered Talesun bankability and had Talesun listed by GTM as one of Top 10 PV manufacturers in 2015.

Responsible for PV project development due diligence, and solar power generation technology evaluation including new module development from system integration perspective, designing, implementing and managing PV system engineering strategy and roadmap,Global PD engineering team management, EPC management, .Greatly reduced the greenfield project development costs and time more than 50% by developing and deploying a systematic GF PD approach, including the site selection streamlining, Solar GIS system, grid power-flow mapping, and standardizing EPC contract. Improved the PD engineering quality and efficiency by developing a completed PD portfolio including system design and engineering standards, design review and approval procedure, TAC and PAC protocols, O&M standard, etc., led the team to successfully deliver technical due diligence, permitting, interconnection, system designs, EPC contracting, and system acceptance tests for about 300MW projects in both USA and Italian, about 20MW built and operated, participated in bi-lateral and RFP PPA negotiation for 90MW projects in California, delivered bankability for Trina modules in USA, provided advices and analysis in Trinamount module development.

Build and lead teams in China and USA to develop utility scale PV power plants using SUNGEN's thin-film and crystalline modules and vertical integration approach to achieve grid parity. Leading solar project development in USA, including project evaluation, finance modeling and engineering reviewing. Led the EPC department to successfully design, manage and construct 3 PV projects of 1.5MW in China. Participated in project development of 6MW in USA.

Responsible for development of new PV rack development, deployment and market penetration, aswell as providing engineering services for EPC, successfully accomplished structure analysis, andengineering work for project permitting and production simulation of a 20MW thin film (First Solar)power plant in PA.

Worked on several utility-scale solar PV farm design projects, especially on BOS (balance of systeme), reducing structural cost of PV panels by using innovative designs, state-of-the-art analytic and simulation techniques, thorough experiments and researches, third party expertise and pilot filed trials. The challenges to solar industries is not the maturity of solar cell, but the costs of the solar power plants, which make the electricity from solar is much more expensive than that from coal or fuel, and in turn make solar power plants unprofitable without incentives. To providing competitive and affordable electricity from solar demands approaches and attitudes in structural design different from other structural design, namely being more aggressive and bold to pioneer in the front line of design of solar power plants.Responsible for development of a new integrated rack system for a-Si thin-film modules for utilityprojects, structural engineering design and analysis, power production simulation for projectdevelopment and EPC, successfully delivered with the team design of >1000MW PV power plants in California and Canada, accomplished the first-ever full-scale wind load test, and CFD simulation,design and supervised module vibration tests, developed proprietary PVSYS model, developed several patented rack system.

Lead development of the new non-rotary steerable drilling system. Plan and control the development progress. Locate component suppliers or manufactures. Conduct lab testing of materials and prototypes. Provide technical advices and supports to a marketing team. Research potentially applicable technologies. Utilized the rapid virtual prototyping techniques (a combination of the SolidWorks, CosmosMotion, CosmosWorks and ADAMS) to develop the first prototype from the concept in 10 months, reduced more than 50% development time and manpower. Compared to the existing systems of competitors, our new system has 80% less component counts, half length and weight, 30% less service expense, and at the same time has same or more steering capabilities.

Focused on research of properties of shape memory alloy, innovative applications of solid state actuators, and modeling and simulation of smart materials & structures. Prepared research proposals for funding applications. Planed, set up and conducted experiments and computing analysis. Presented the research work in conferences orally and in writing. Published important results on professional journals. Supervised undergraduate students in the final projects.

Worked on the Real Time Data Management Project. Communicated with the virtual team members to prepare the project proposal. Investigated the available technologies related to the project. Planned the technical solution theme. Presented the project status to the virtual team. Developed a software tool to realize the data criticality strategy. Developed a software model of the well production.

Co-found a software studio which was pioneering the internet-based management systems.