COOPERATION OPPORTUNITIES FOR ENTERPRISES > www.tktk.ee/en
DEAR ENTREPRENEUR AND COOPERATION PARTNER TTK University of Applied Sciences is an educational and research institution that is open to cooperation with enterprises. In addition to teaching, the University carries out various applied research projects through its five faculties: • Faculty of Architectural and Environmental Engineering • Faculty of Construction • Faculty of Mechanical Engineering • Faculty of Clothing and Textile • Faculty of Transport
COOPERATION OPPORTUNITIES FOR ENTERPRISES AT
TTK UNIVERSITY OF APPLIED SCIENCES
The main role of the Entrepreneurship Centre of TTK University of Applied Sciences is to promote cooperation between private and public sector and the University. The services we offer include the following: • applied research • consultation services • testing services • product development solutions • in-service training courses
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We consider the inclusion of students in research and experiments essential, as it enriches the study process and improves the quality of studies. For cooperation partner: please take a look at the possibilities presented in this brochure, contact us and together we can find solutions to your company’s needs.
Looking forward to a successful cooperation, Oliver Kallas Head of the Entrepreneurship Centre
TTK University of Applied Sciences Pärnu road 62, 10135 Tallinn Tel: +372 666 4542 tsk.tktk.ee www.tktk.ee/en
Contents: • Faculty of Architectural and Environmental Engineering • Faculty of Construction • Faculty of Mechanical Engineering • Faculty of Clothing and Textile • Faculty of Transport • In-service training courses • BIM - 3D building laboratory
Applied architecture
ENVORONMENTAL ENGINEERING AND MANAGEMENT
Applied research
Applied research
• Surveying of the structural elements of historically important buildings and structures.
• investigation and planning of waste flow in business enterprises, developing waste management systems • counselling on wastewater systems, optimizing the process of wastewater management
Mari Jõerüüt mari@tktk.ee +372 666 4517, +372 5669 7587
• Preparation of architecture and planning related projects, which requires the inclusion of students analysing large amounts of information and finding the possible alternative solutions. The projects are developed according to their volume as course projects or workshops.
FACULTY OF ARCHITECTURAL AND ENVIRONMENTAL ENGINEERING
FACULTY OF ARCHITECTURAL AND ENVIRONMENTAL ENGINEERING
ACTIVITIES OF THE FACULTY OF ARCHITECTURAL AND ENVIRONMENTAL ENGINEERING
Laboratory of Environmental Engineering
Some examples of conducted work:
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• KonteinerMaja – ContainerHouse A product development project for 3rd and 4th year engineering students, organized together with the enterprise Safeshed OÜ and with the innovation support of Enterprise Estonia. The aim of the workshop was to find novel ideas for using maritime containers as architectural objects, and the compilation of a catalogue of the best works. Eight project ideas were developed during the workshop.
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• Detail planning project for Viimsi Parish. Together with the Local Municipality of Viimsi, the course „Planning project I“ for 3rd year students was organized to find ideas and solutions for planning the area. 27 students participated and 7 planning solutions were developed.
Entrepreneurship coordinator for the Faculty of Architectural and Environmental Engineering: Hindrek Kesler hindrek.kesler@tktk.ee +372 666 4531, +372 5301 3580
FACULTY OF CONSTRUCTION
FACULTY OF CONSTRUCTION
ACTIVITIES OF THE FACULTY OF CONSTRUCTION Construction related applied research and expert assessments Consulting and advising Structural research • expert assessments (audits) on loadbearing structures • testing of building structures, structural elements and models • design related consulting Martti Kiisa martti.kiisa@tktk.ee +372 666 4540, +372 529 9321 Karin Lellep karin.lellep@tktk.ee +372 666 4541, +372 525 5496
Technical data of the test rig: • the measurements of elements/structures: length 5 m, width 1,5 m, height 1,5 m • hydraulic jacks: vertical max 150 kN, horizontal max 125 kN
Research on building physics properties of building materials in laboratory conditions • research on the humidity and thermal properties of the building envelope Leena Paap leena@tktk.ee +372 666 4509, +372 5650 9456
Building physics investigations at jobsites 6
Puidust ja betoonist komposiitplaadi kandevõime katseline määramine mehaaniliste katsetuste labori jõuraamiga
• building physics investigations of building envelopes (measuring 7 outdoor temperature, humidity, thermography, airtightness) • studies on defects of building envelopes, consultations on repairing defects • indoor climate studies Anti Hamburg anti@tktk.ee +372 666 4509, +372 5341 9274
Construction economics • energy auditing • cost estimation for new buildings • cost estimation for renovating works • payback calculations and lifecycle cost evaluation • budget planning for renovating works Pille Hamburg pille.hamburg@gmail.com +372 666 4509, +372 5622 5735 Lauri Peetrimägi peetrimagi@tktk.ee +372 666 4502, +372 5650 4567
Research on construction materials • determining the building physical properties of construction materials Sirle Künnapas kynnapas@tktk.ee +372 666 4511, +372 5666 5123
Innovative technologies and financial calculations
• consultations regarding materials used in the construction of roads • pavement design and construction, dimensioning and consulting • identification of the reasons of defects in roads and finding methods of repair • geotechnical and road construction related experimental testing using either static or dynamic loading plates or moving wheel load, with the parallel inclusion of environmental loads (humidity and freezing) • research on the use of leftover materials of mining (e.g. oil shale siftings, oil shale waste rock)
• use of geosynthetics in geotechnical and road construction, consultations regarding geosynthetics • creation of 3D databases for underground engineering networks • BIM – road construction information modelling
Sven Sillamäe sven@tktk.ee +372 666 4518, +372 5302 5265
Road construction economics and cost estimation
FACULTY OF CONSTRUCTION
FACULTY OF CONSTRUCTION
Research and consultations on road construction
Sven Sillamäe sven@tktk.ee +372 666 4518, +372 5302 5265 Rene Pruunsild rene.pruunsild@tktk.ee +372 666 4518, +372 5335 9024
• financial calculations related to road construction • cost estimation for road construction • standardisation and time management for road construction Rene Pruunsild (contact information above)
Applied geodesy • consultations regarding terrestrial laser scanning • monitoring deformations Raivo Ranne raivora@tktk.ee +372 666 4508, +372 5692 7329 Tarvo Mill tarvo@tktk.ee +372 666 4508, +372 5667 9568
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The road construction laboratory enables to carry out static and dynamic testing of road constructions.
BIM 3D VIRTUAL REALITY LABORATORY READ MORE: pp. 23
Entrepreneurship coordinator for the Faculty of Construction: Martti Kiisa martti.kiisa@tktk.ee +372 666 4540, +372 529 9321
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FACULTY OF MECHANICAL ENGINEERING
FACULTY OF MECHANICAL ENGINEERING
ACTIVITIES OF THE FACULTY OF MECHANICAL ENGINEERING Metal cutting laboratory (manual and CNC workbenches) Enables to: • manufacture samples and prototypes of parts and products • carry out CNC workbench operator in-service training courses • conduct precision measurements of parts and constructions using the portable coordinate measuring machine Faro PowerGage 1200 Equipment: • CNC/manual lathe Haas TL-10 (8 units) • CNC lathe Haas ST-20 • Milling Center Haas ES-5 • Milling Center Bridgeport VMC – 610 XP 3 • Manual benches (cylindrical grinder, plain grinder, milling and lathe benches)
CNC laboratory.
Measuring instruments laboratory
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Enables to: • conduct detailed precision measurements using the coordinate measuring machine Tesa Micro-Hite 3D • conduct surface finishing measurements using a portable measuring device • conduct standardisation and tolerance related in-service training courses
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Haas Training Center (CNC machining centers) Enables to: • conduct in-service training courses for machine tool operators • conduct vocational qualifications training courses for machine tool operators • conduct various CAM training courses for different levels Equipment: • Haas SL-10 lathe • Milling centre Haas MiniMill
Engineering materials laboratory Enables to: • determine the mechanical characteristics of parts (pressure strength up to 20kN, hardness HB, HV, HRC, HRB) • conduct structural investigations of materials (preparation of microshavings)
Electrical engineering laboratory Enables to: • conduct general electrical engineering, electrical equipment and control engineering related training courses • conduct in-service training courses on Motor-CAD, SPEED, FEM magnet field analysis • model and prototype electrical machines, detect the defects of small-sized electrical equipment
Electrical engineering laboratory.
FACULTY OF MECHANICAL ENGINEERING
FACULTY OF MECHANICAL ENGINEERING
Automation laboratory
Automation laboratory.
Enables to: • conduct in-service training courses on automation and robotics • conduct in-service training courses on C++ programming • conduct training courses on PLC programming • developing automation solutions
Metal welding technology laboratory Enables to: • conduct training courses for welders (MMA, MIG/MAG, and TIG) • conduct basic training courses for MIG/MAG welding operators • offer consultations on MIG/MAG welding robot
Coating technology laboratory
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Enables to: • restore and strengthen parts, resulting in a two- to threefold increase in a part´s service life • apply coatings to practically all materials • increase the wear, heat and corrosion resistance of parts • obtain ceramic, decorative and multi-layer (composite) coatings • obtain coatings with a thickness from a few micrometres to 15 mm • develop restoration and strengthening technologies and, if necessary, produce working models for further applied research
Prototype of a small internal combustion engine.
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Coating methods and equipment used: • thermal and fusion spray • plasma spray and fusion • brush electroplating • spark alloying • fluoropolymer coating • two-component polymer spray coatings Consultation services • developing new technological processes for CNC benches using modern cutting tools, instruments and jigs • investigation and testing of plastics, ceramics, metals, and composite materials • consultation services on welding and coating processes
Entrepreneurship coordinator for the Faculty of Mechanical Engineering: Vello Vainola vello@tktk.ee +372 666 4575
FROM FIBER TO PRODUCT, FROM PRODUCT TO PRODUCTION
Testing of colourfastness against rubbing
FACULTY OF CLOTHING AND TEXTILE
FACULTY OF CLOTHING AND TEXTILE
ACTIVITIES OF THE FACULTY OF CLOTHING AND TEXTILE
Electronic Crockmeter ISO 105-X12:2003 ISO 105-A01 ISO 105-A03 ISO 139
Testing of Textile Fibres • determination of linear density • determination of fibre crimp stability • determination of fibre, thread, and fabric silicone oil content Tests are carried out on automated equipment manufactured by Lenzing Instrument: Vibrotex 400 and Vibroskop 400 and the rapid oil extraction apparatus SDLAtlas.
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15 Testing of colourfastness against rubbing Fabric Extensometer EVS-EN 14704-1:2005
Testing of fabrics using the following equipment: Testing of abrasion resistance and pilling.
4 Head Martindale Abrasion and Pilling Tester ISO 12947-1:2001 ISO 12947-2:2001 ISO 12947-4:2001 ISO 12945-2:2000
Colour Matching Cabinet
Colour fastness to perspiration
FACULTY OF CLOTHING AND TEXTILE
FACULTY OF CLOTHING AND TEXTILE
Light box
Perspirometer ISO 105-E04
Testing of laundering durability (fabric shrinkage, colour fastness, wrinkling) Atlas Linitest ISO 105-C06
Testing of wrinkle recovery of fabric
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Testing of fire resistance Autoflamm Tester ISO 6940 ISO 6941 Testing of tear strength Digital Elmendorf Tearing Tester ISO 13937-1 ISO 4674-2 Testing of water resistance (spraying test) Spray Rating Tester ISO 4920 Compiling and Forming of Technical Documentation for Companies • compiling of measurement tables • lists of templates • product descriptions • technological optimisation • fashion and technical drawings • cross-sections of stages in the technical process Product development project • consumer survey • patternmaking • digitalization of patterns/templates • compiling of technical copies • fabric cost estimation
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Using a 3D body scanner
ACTIVITIES OF THE FACULTY OF TRANSPORT
FACULTY OF TRANSPORT
FACULTY OF CLOTHING AND TEXTILE
Virtual measuring of the human body
Research in the field of automotive engineering • test measurements of vehicle chassis dynamics on a chassis dynamometer • studying of the technical aspects of traffic accidents • technical inspection of motor vehicles • traffic management related studies
Research on logistics • analysis of the flow of goods and passengers • resource analysis of logistics companies • marketing: opportunities for entering a market; client satisfaction with goods/services Railway simulation laboratory
Measuring the conditions of working environment 18
• humidity and temperature • indoor air velocity • lighting • noise
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Entrepreneurship coordinator for the Faculty of Clothing and Textile: Merje Beilmann merjeb@tktk.ee +372 666 4562
Entrepreneurship coordinator for the Faculty of Transport: Oliver Kallas oliver@tktk.ee +372 666 4542
TTK University of Applied Sciences offers different possibilities for training and profssional self-improvement: Training courses offered according to training calendar Training courses ordered by enterprises Training courses at working environment Courses from TTK UAS curricula /payment by ECTS credit points Consultation services for encouraging innovation
Architectural and Environmental Engineering BIM training programme for architects ABC to drawing– light-shade, perspective, shading, pencil techniques ABC to composition – graphic techniques, composition on a level surface, foundations of architectural composition, volumetric composition techniques Practical exercises in graphics, reliefs and form preparatory course for applied architecture environmental impact of a product, consumer behaviour waste management environment and chemistry
Training course for the reading of mechanical engineering drawings Introductory course to pneumatic components and pneumatic control Training course in the technology of metal structures production Training course in engineering materials Training course in measurement equipment Training course for processing of plastics Electrical engineering
Construction In-service training courses for construction managers, EQF level 6 MC PROJECT for construction managers Time management in construction Building information modelling BIM BIM – construction project management BIM – construction cost estimation Architectural modelling, visualisation and energy simulations AutoCad short course Solibri Model Checer Concrete works Normative documents in construction
Automotive technology and transport logistics Driving instructor training MSK Driving instructor in-service training course MSK Professional qualification training for transport managers (transportation of goods) Professional qualification training for passenger transport manager Basic training in freight forwarding Course for safety advisor working on a highway Course for safety advisor working on a railway Course in occupational health and safety Logistics vocational teacher training Automotive engineering vocational teacher training FIATA diploma training Railway specialists in-service training courses Basics of entrepreneurship
Geodesy Geometric levelling Electronic tacheometry course Autodesk AutoCAD 2D drawing programme course
Clothing and textile Clothing design by different product categories Training in textile materials Methods-Time Measurement (MTM) and production line balancing
Road construction Pavement calculation and construction Road construction materials Road planning Road construction and maintenance works and supervision Hydrology and surface mechanics in road construction Steel culvert bridges
General courses Course in occupational health and safety English, German and Russian professional language CAD design course with Solid Edge programme Basics for quality management Preparatory course in mathematics for prospective students Preparatory course in physics for prospective students
Mechanical engineering and engineering materials Computer numerical control (CNC) bench operator training EQF level 3 Computer numerical control (CNC) bench operator training EQF level 4 Numerical control turning center control programme training with the aid of software package CNCplus TURNING Numerical control milling center control programme training with the aid of software package CNCplus MILLING Training courses in metal welding technology and equipment
Additional information: koolitus@ttk.ee, +372 666 4551
TÄIENDUSKOOLITUSED IN-SERVICE TRAINING COURSES
IN-SERVICE TRAINING COURSES 20
TTK University of Applied Sciences is a developing and lifelong learning oriented organisation, creating different opportunities for in-service training courses and retraining in all its study areas. Life-long learning is supported by today´s knowledge and practices, and takes into consideration the needs of partners and stakeholders. In-service training courses are offered by all of the faculties and centres of TTK. In-service training courses are organised by the Open University.
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3D BUILDING LABORATORY
THE FIRST 3D BUILDING LABORATORY OF THE BALTICS
The first 3D building laboratory of the Baltics has been built at TTK University of Applied Sciences. The laboratory enables to screen three-dimensional images of buildings and structures. BIM – Building Information Modelling 22
BIM is a technology which enables to create a virtual threedimensional model of a facility, which, in addition to geometric data, includes other essential factors of a building process or an object. The three-dimensional modelling technology makes it possible to develop and test multiple solutions, starting from room solution, architectural and structural models to lighting and safety regulations. • the use of the BIM model makes it possible to discover construction flaws and forecast the future total costs of the building. The model can also be used in designing process, detail assessment, strength analysis and in the analysis of technical parameters of the design. • the BIM Cave can be used by the students and staff of the faculties of Construction and Architecture, and even by the specialists of mechanical engineering and clothing and textile.
Coordinator of the 3D building laboratory: Egert-Ronald Parts egert@tktk.ee +372 666 4509, +372 5668 9852
TTK UAS spin-off ConcTex Tile OÜ MOISTURE RESISTANT FINISH PLATES DECORATED WITH TEXTILE Textile decorated moisture resistant finish plates for walls and floors widen the possibilities of interior design considerably. Textile is one of the most used materials for making decorative objects and with a novel approach for using textile, a product with a unique design has been created. The customer can pick the fabric according to their taste for creating unique and personal home solutions. Advantages: • wide selection of decorative surfaces • possibility to use print on fabric • scale – height up to 2,5 m • high impact resistance • easily washable Textile decorated plates can be used: • in moist and dry rooms and floors next to/in between ceramic finish plates • for decorating worktop back walls • to decorate the surface of the entire room Production technology: The decorative side of the water resistant and easily washable interior finishing tile is made of textile and epoxy resin, where the epoxy resin is reinforced by the textile. The bottom of the tile is made of concrete and reinforcement net, which gives the tile massiveness and thickness. To improve the adhesion of concrete and decorative layer, marble dust is added. The minimum thickness of the tile is 6 mm. The tiles have been tested thoroughly to control the materials used in production. The tests have been carried out on flexural strength, moisture resistance and adhesion in the laboratories of TTK University of Applied Sciences and Tallinn University of Technology. The results of the texts give a reason for applying the CE marking to the product.
Additional information: www.tktk.ee/en
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TTK UNIVERSITY OF APPLIED SCIENCES Pärnu road 62
ENTREPRENEURSHIP CENTRE Pärnu road 62, 10135 Tallinn, Estonia tskt@tktk.ee +372 666 4542 www.tktk.ee/ettevotjale