Individual masters plans

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Individual learning plan

Master Rudenko Lesia

Research adviser (name, title, position) Inessa Burtna Candidate of Technical Sciences

Subject research Membrane water purification with recovery of liquid organic solvents

Plan of implementation Master’s thesis of the second year of study

№	Titles of stages of the		Term of stages of the	Note of
	implementation Master's thesis		implementation	Research
				adviser

		ХІ semester

1	Conducting experimental part of		October 15 - November 20
	the work

2	Processing of experimental data		November 20 - December 10

3	Making experimental results		December 1 - December 15

4	Publication of the article on the		to December 30
	results of experimental data

		ХIІ semester

1	The development of technical		30 December - 28 February
	documentation for the
	pervaporation apparatus

2	Prepare abstracts and reports.		February 1 - March 25
	Speech at the conference
	"Biotechnology XXI Century"

3	Making the Master’s thesis		March 1 - May 10

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Individual training plan to the year 2015-2016

Undergraduates: Kutovyi Mykhailo Grigorevich

Scientific director: Ph.D., Assoc. Povodzinskiy V.M.

Subject of research: Investigation of heat and mass transfer processes in devices with rotating-oscillating movement of the mixing device.

The work plan:

1. Publication of the article.

2. Review of the literature on the subject of work.

3. Creation of experimental stand.

4. Carrying out the experimental part of the work.

5. Presentation of the results of the experiment.

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Master’s research plan of S. Semeniuk

№	Name of the stages of implementation of	Term of phases of master's	Note
з/п	master’s thesis	thesis	Note
з/п	master’s thesis	thesis
1.	Analysis of the literature on hardware design stages	01.09.15-01.12.15.
	for cell cultivating, advantages and disadvantages of
	modern fermentation equipment
2.	Formation of the goals and objectives of research on	01.12.15-30.12.15.
	selected topics
3.	Mathematical and computer modeling of fermenter	01.01.16-25.03.16.
	hydrodynamics
4.	Preparation of abstracts and reports. Speech at the	25.03.16-01.04.16.
	conference "Biotechnology XXI Century"
5.	Preparation for publication of Article	01.04.16-20.04.16.
Assistant Department of Bioengineering and engineering,
Ph.D.		V. Shybetskyi
Magestrate		S. Semeniuk

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Individual training plan to the year 2015-2016

Undergraduates: Zakomornyi Dmitro Nikolayevich

Scientific director: Ph.D., Assoc. Povodzinskiy V.M.

Subject of research: Study the Fermenter with the introduction of energy in the gas-liquid dispersion by mechanical mixing devices.

The work plan:

1. Publication of the article.

2. Address at the conference.

3. Carrying out the experimental part of the work.

4. Presentation of the results of the experiment.

5. Registration of the master's work.

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Master’s research plan of Prokhorov Y.Y.

№	Name of the stages of implementation of	Term of phases of master's	Note
з/п	master’s thesis	thesis	Note
з/п	master’s thesis	thesis
1.	Analysis of the literature on methods of	01.09.15-01.12.15.
	processing of sludge and biofuel.
2.	Formation of the goals and objectives of the	01.12.15-30.12.15.
	research
3.	Mathematical and computer modelling of	01.01.16-25.03.16.
	recycling process of activated sludge
4.	Preparation of materials for conferences and	25.03.16-01.04.16.
	reports
5.	Preparation of materials for publication of	01.04.16-20.04.16.
	articles
Associate Professor of Bioengineering and engineering,
Ph.D.		L.І. Ruzhinska
Magestrate		Y.Y. Prokhorov

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Master's thesis research plan of Revtov A.A.

Intensification of heat exchange and the development

of heat exchange equipment

№		Name of the stages of implementation of	Term of phases of master's	Note
з/п		master’s thesis	thesis	Note
з/п		master’s thesis	thesis
1.		Review of the literature on the subject	01.09.15-30.06.16.
	1.	The current state of heat exchange equipment
		for the pharmaceutical and biotechnology
		industries.
	2.	The main advantages and disadvantages of
		modern heat exchange equipment used in the
		pharmaceutical and biotechnology industries.
	3.	Modern methods of intensification of heat
		transfer in heat exchangers.
	4.	The purpose and task of the research.
	5.	Creation of experimental stand for research of
		heat exchange in the channel of heat
		exchanger.
2.	Mathematical and computer modeling of physical		1.01.16-30.06.16.
	processes in the channel of heat exchanger:
	1.	Solution of heat problem
	2.	Solving the problem of hydrodynamics
	3.	Obtaining Nusselt creterion equation for
		determining heat exchange coefficient.
	4.	Method of calculation of heat exchange
		equipment.
3.	Experimental study on stand equipment on research		1.01.16-30.06.16.
	coolant heat exchange in the channel:
	1.	Research of the intensity of heat exchange
		with the free and forced convection in the
		channel of heat exchanger.
	2.	Research of the intensity of heat exchange
		with the free and forced convection in the
		channel of the heat exchanger with fins.
	3.	Determination of rational parameters for
		different modes of heat transfer equipment.
4.	Calculation of the heat exchanger		01.09.16-01.04.17.
	1.	The calculation of material balance.
	2.	Thermal design.
	3.	Hydrodynamic calculation.
	4.	Calculation of the heat exchanger for strength
		and stability.
	5.	The structural calculation of the heat
		exchanger.
	6.	Calculation of auxiliary equipment
5.	Occupational health and safety in emergencies		01.04.17-20.05.17.
6.	Design of the drawings and posters		01.09.16-01.05.17.
7.	Design of explanatory notes		01.05.17-01.06.17.
Assistant of biotechnology and engineering, Ph.D.			Kostyk S.I.
Magistrate			Revtov A.A.

Individual masters plan Rudenko L.S.

Individual masters plan Kutovyi M.G.

Individual masters plan Semeniuk S.M.

Individual masters plan Zakomornyi D.N.

Inividdual masters plan Prokhorov Y.Y.

Individual masters plan Revtov O.O.