Control systems and interorganizational identification in technology parks cooperation

ABSTRACT The aim of this study was to analyze the influence of the design of management control systems (MCSs) on interorganizational cooperation and the moderating role of companies’ identification with their technology park. The conditions that promote the emergence of interorganizational cooperation are indicated in the literature as an important research gap, as well as the little evidence about how MCS design influences cooperation, especially in relationships based on innovation. MCSs in interorganizational partnerships have been shown to be relevant for the coordination and maintenance of the relationship, and this study reveals that MCSs promotes cooperative behaviors among the companies associated with the technology parks. The interorganizational identification of the companies with their park was moderately present, thus prompting the inclusion of social and relational aspects in interorganizational studies, which remain scarcely explored in the literature. The MCSs of the parks are focused on stimulating the companies’ cooperation, which is one purpose of this partnership. By not confirming the moderating effect of identification, it was verified that this construct drives cooperation in a way that is dissociated from the MCSs. A survey was conducted in organizations associated with Porto Digital and with the São José dos Campos Technology Park, and it had the participation of 187 managers. To analyze the data the partial least squares structural equation modeling technique was applied and the differences between the two parks were further analyzed. The MCSs design and interorganizational identification act as antecedents of the companies’ cooperation with their technology park. On the other hand, the direct and positive effect of the MCS design on cooperation is not moderated by how much these companies identify with the interorganizational relationship established. The paper contributes by identifying ways of fostering cooperation, one of the purposes of interorganizational agreements, as well as by providing evidence in a context that is scarcely addressed in the literature.

Technology Parks and Innovation Areas of Developing Countries as a New Way for Retuning Talents (Case Study: Pardis Technology Park)

“Talent acquisition, transformation and management are ?critical anchors for the growth of the industry”—Nandan Neilkeni As a result of rapid pace of science and technology around the world and the monstrous intrusion of social media into people’s lives, the changes are no longer related to a generation, decade or a period, but everything can change in a moment. Therefore, sticking to the methods of the past years or decades is a disaster. Today, the number of specialists among the manpower is higher than before, and the ideologists are like the countries’ soldiers fighting on the economic and entrepreneurial front. Science and technology are provided by talents, and they have created interactions regarding socio-economic progress in developing countries.Tec parks are safe havens for returning talents in developing Countries. With certain infrastructures and policies, parks have an essential role in returning talents.This paper is an attempt to explore science and technology for that purpose content analysis technique is used. Furthermore, it discusses the role of Pardis Technology Park in promoting the science and technology.

Economic Development of Rural India Through Establishment of Agri-Tech Park

India has always been on the top spot in terms of tourism and has attracted domestic and foreign tourists throughout the year. India is the land of farmers, has a rich and diverse culture and is best known for its hospitality. Tourism has become a source of income for many people, therefore it’s time to connect tourism along with agriculture to enhance the income of Indian farmers. Indian farmers generally face a lot of issues related to their income; hence numerous suicide cases have been registered in the past. The objective of this research paper is to provide a solution for the farmers by introducing Agri- tourism Technology Park. Agri-tourism offers the domestic and foreign tourists an opportunity to connect with the heritage, providing a hands-on-experience, showcasing the rich biodiversity, local food products, handicrafts and culture. On the other hand, the amalgamation of technology can provide smooth and secure tourism experience for the visitors. This Park includes an agricultural patch of about 5 acres, earmarked to cater the needs of Rabi and Kharif crops. Latest agricultural crop growing techniques like vertical farming using 70% less water than traditional farming. Hydroponic system for demonstrating these techniques to Agri- tech park visitors to acquaint them with futuristic farming operations. Aquaponic solar greenhouse will be established for growing vegetables and medicinal plants. A space of about 1 acre shall be delineated for a cattle farm that would be used to rear different breeds of cows like Sahiwal and Hariana and buffalo breeds like Murrah and Nili Ravi. Internet of Things (IoT) and Artificial Intelligence techniques will be employed for monitoring cattle feed, nutrition and milk processing and general well-being of animals. Re – circulatory Aqua culture system will be used for high density stocking of fish in a smaller space. Interactive virtual field trips and activities will be offered in a variety of themes that would give information on the importance of plants, various cropping techniques, role of insects and the feeding and living pattern of animals, fish bees etc. The establishment of an Agri-tourism technology park at Amritsar district of Punjab has been planned with a focus on the sustainable development of human environment in and around the region.

Economic Development of Rural India Through Establishment of Agri-Tech Park

India has always been on the top spot in terms of tourism and has attracted domestic and foreign tourists throughout the year. India is the land of farmers, has a rich and diverse culture and is best known for its hospitality. Tourism has become a source of income for many people, therefore it’s time to connect tourism along with agriculture to enhance the income of Indian farmers. Indian farmers generally face a lot of issues related to their income; hence numerous suicide cases have been registered in the past. The objective of this research paper is to provide a solution for the farmers by introducing Agri- tourism Technology Park. Agri-tourism offers the domestic and foreign tourists an opportunity to connect with the heritage, providing a hands-on-experience, showcasing the rich biodiversity, local food products, handicrafts and culture. On the other hand, the amalgamation of technology can provide smooth and secure tourism experience for the visitors. This Park includes an agricultural patch of about 5 acres, earmarked to cater the needs of Rabi and Kharif crops. Latest agricultural crop growing techniques like vertical farming using 70% less water than traditional farming. Hydroponic system for demonstrating these techniques to Agri- tech park visitors to acquaint them with futuristic farming operations. Aquaponic solar greenhouse will be established for growing vegetables and medicinal plants. A space of about 1 acre shall be delineated for a cattle farm that would be used to rear different breeds of cows like Sahiwal and Hariana and buffalo breeds like Murrah and Nili Ravi. Internet of Things (IoT) and Artificial Intelligence techniques will be employed for monitoring cattle feed, nutrition and milk processing and general well-being of animals. Re – circulatory Aqua culture system will be used for high density stocking of fish in a smaller space. Interactive virtual field trips and activities will be offered in a variety of themes that would give information on the importance of plants, various cropping techniques, role of insects and the feeding and living pattern of animals, fish bees etc. The establishment of an Agri-tourism technology park at Amritsar district of Punjab has been planned with a focus on the sustainable development of human environment in and around the region.

What Supports Startups Need From Science and Technology Parks

This study establishes strategies for the science and technology park (STP) operators to develop the support their hosted companies/startups (HCs) need to improve their performance at different stages of maturity. Unlike most of the research concentrated on the STP's viewpoints or used the after-the-fact results to create the policy guidelines for the operators, our paper uses the opposite approach by directly asking the HCs regarding what they need. From our survey results, we have identified two different strategies for improving HCs' performance. A comprehensive internal incubation network is necessary for any startup in a relatively mature development stage but with short settled years. On the other hand, a robust external incubation network is crucial for small-size startups in a low level of development stage but with long-settled years at STPs. We hope that the methodology underpinned in this study could open a new window for future research to better aid HCs in an STP.

CAD Based Analysis for Feasibility of Design of an Amphibious Vehicle for Recreation

An amphibious vehicle is the vehicle that allows occupants to travel on both land and water. Since an amphibious vehicle must inherently possess both land and water capabilities, design of the vehicle should not compromise the requirements for a good boat as well as a good land vehicle. Although, amphibious vehicles were used for different purposes, still there is no mention of application of amphibious vehicle in recreational purposes such as beach riding, surfing on water and travel within Science Parks. Further, with depletion of fossil fuel and for all the negative effect on marine life. Hence, an attempt is made to design an electric amphibious vehicle for recreational purpose and utilize for travel within Science & Technology Park. A conceptual design was worked out and it is matched with visual aspects of amphibian animal like duck. A CAD model was prepared with structural details. Structural strength was analyzed using ANSYS software. CFD analysis was conducted for calculating drag and surface shear stress and buoyancy was calculated. Thus it gives a practical approach to construction of an amphibious vehicle for recreational purpose. The results of the CAD analysis shows that the stress on the Frame was within acceptable limit and the buoyancy conditions are fulfilled. It also suggest for a maximum speed of 40kmph on water. As look and feel of the vehicle inspired from duck beak, it gives expression of amphibian characteristics along with sporty look. Thus, the conceptual vehicle is suitable for use on land and on water inside Science & Technology park.