Dmitry Sharapkin
Department:
Education:
PM experience:
Budget of the biggest projects:
Сenter for Photonic Science and Engineering
Technical
1-3 years
100 mln rub
Cumulative budget of completed projects:
200 mln rub
Professional development courses in project management
2021, Project Management, PM.Science Skoltech
Competences
Project planning (deadlines, resources, budget, and staff)
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Preparation of terms of reference and project schedules
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Coordination of work with the Funding Organization/Customer, including negotiations with the customer
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Project management (monitoring the deadlines, resources, budget, and staff)
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Recruitment and sourcing, internal HR processes
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Control over the performance of tasks and assignments within the project
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Procurement planning and implementation
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Building communication within the project
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Project risk assessment and mitigation
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Experience with state-funded projects
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Drawing up reports in accordance with the GOST standards
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Preparation of reports for state Customers (taking into account the specifics of funding)
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Knowledge of the basics of intellectual property protection (process for obtaining patents, trade secret protection, and software certification)
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Knowledge and understanding of the basics of R&D taxation
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Knowledge of the basics of accounting (sales, accruals, payments, contributions, primary documentation)
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Grasp of modern project and task management systems (MS Project, Bitrix, Trello, etc.)
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Experience of working with the Institute's systems: ERP, Directum EDMS, Cognos, Cuba
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Experience of working with foreign partners
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Examples of key implemented projects
Project: Research and development of technology for manufacturing a thin sheet billet from high-strength BT47 titanium alloy for interlocking of the rotor blades of a prospective helicopter.
Customer: Ministry of Industry and Trade of the Russian Federation.
Deadline: 2020–2021.
Total project budget: 50 million rubles.
Area: Aviation Industry.
Purpose: to develop a technology for manufacturing high-performance thin sheet workpieces that can be used in parts of heavy-duty gas turbines.
Project: (R&D) Development of technology for manufacturing a rolled blank from pseudo-beta titanium alloy for edging the edge of a large-sized wide-running PCM fan blade.
Customer: Ministry of Industry and Trade of the Russian Federation.
Deadline: 2019–2021.
Total project budget: 50 million rubles.
Area: Aviation Industry.
Purpose: the development of a thin sheet billet will improve the flying qualities of a promising helicopter, reduce weight and improve corrosion resistance to aggressive environments.
Customer: Ministry of Industry and Trade of the Russian Federation.
Deadline: 2020–2021.
Total project budget: 50 million rubles.
Area: Aviation Industry.
Purpose: to develop a technology for manufacturing high-performance thin sheet workpieces that can be used in parts of heavy-duty gas turbines.
Project: (R&D) Development of technology for manufacturing a rolled blank from pseudo-beta titanium alloy for edging the edge of a large-sized wide-running PCM fan blade.
Customer: Ministry of Industry and Trade of the Russian Federation.
Deadline: 2019–2021.
Total project budget: 50 million rubles.
Area: Aviation Industry.
Purpose: the development of a thin sheet billet will improve the flying qualities of a promising helicopter, reduce weight and improve corrosion resistance to aggressive environments.
Project: (R&D) Development of high-strength titanium alloy.
Customer: Ministry of Industry and Trade of the Russian Federation.
Deadline: 2021–2027 (Stage 1).
Total project budget: 100 million rubles.
Area: Aviation Industry.
Purpose: the development of a high-strength titanium alloy will replace foreign analogs that are used in critical parts of domestic heavy-duty gas turbines.
Customer: Ministry of Industry and Trade of the Russian Federation.
Deadline: 2021–2027 (Stage 1).
Total project budget: 100 million rubles.
Area: Aviation Industry.
Purpose: the development of a high-strength titanium alloy will replace foreign analogs that are used in critical parts of domestic heavy-duty gas turbines.
Cases/lessons/experiences to share with colleagues
Features of the introduction of technology in production
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