True or False?
Please explain
It largely depends where in the Budget Cycle you are and if your Project is under or over budget ..
Essentially, no-one wants to share until the last moment when budgets are about to be reviewed .. then if you are running under budget, you try to spend every penny you can before ‘Der Management’ find out and cut next years budget ..
Video Clips = MINE
Music = What I Like About You by the Romantics
Duration : 0:4:56
Matrix organization has 2boss drawbacks and power problems, blurred lines of responsibility, etc.
Design a revised organization structure that can potentially overcome the difficulties.
John, your question, and your other one, has many other deeper issues about the organization that needs to be disclosed before you can arrive at a simple answer like your are expecting. These deeper issues are things like the organization’s business, it’s operating strategies, mission statements, etc.
If I were you, I’d research first why the organization is a matrix in the first place, what are the driving factors that decided matrix. strengths and weaknesses – do a SWOT , (Strengths, Weaknesses, Opportunities, Threats), analysis.
I’d suggest you research on line management sites on what the different organization structures are to see which would be a better fit for your organization. But you must be subjective in your selection, i.e. argue your own conclusions. not easy my friend, but good luck.
Your organization should have the best structure for achieving its goals. this structure shows the internal divisions of organization, and the relationships between them….
Duration : 0:2:42
I can’t draw a chart here but the organizational structure is:
Lab head
Senior researchers/postdoctoral fellows
Junior researchers/postdoctoral fellows
PhD students
Honours students
Research Assistants
Lab Managers
Lab Technicians
The lab head is in charge of the lab. Under him there will be a number of post doctoral research fellows. They often have their own grants or will be a co-investigator on the lab head’s grants and will independently be working on projects they have designed, often in conjunction with the lab head.
Working with the post docs on parts of their projects will be PhD students. PhD students are often quite independant and will have designed their own experiments but will be conducting them based on an overall project put together by the more senior members of the lab. PhD students will generally answer to the lab head.
Honours students are the least independent of the scientists and are the least experienced of the researchers. This is often their first time working in a research lab and they will often work independently but the particular experiments and overall project will have been designed by more senior researchers. Honours students answer to their supervisor which will generally be the lab head or a post doc.
Research assistants will report to either the post docs or the lab head and assist with the performance of experiments. The precise role depends on what needs to be done and the amount of independence they have also depends on the project they are assisting with and the personality of their supervisors.
Lab managers take care of all the day to day running issues of the lab like scheduling bookings, complying with OHS workplace legislation, organising the lab. Basically they ensure that the researchers have everything they need to perform their research and ensure that the lab runs smoothly. The lab manager generally answers to the lab head.
Lab technicians perform only very specific tasks and often just take care of that particular task or group of tasks. The task is often an ongoing one which needs someone to constantly perform it. eg preparation of material or reagents used by the lab, maintenance and care of animal colonies etc. They will generally answer to the lab manager.
analyse the points?
Of course it does – But you should do your own homework.
Businesses that grow organically become dependent on people. As the get bigger, this becomes a problem, producing bottlenecks, turf wars and ultimately unhappy customers who go elsewhere to meet their needs.
This brief video discusses why systems are crucial and when done correctly, create a performance structure as important as the organizational structure is to a business or organization.
Duration : 0:5:49
In quaternary structure denaturation, protein sub-units are dissociated and/or the spatial arrangement of protein subunits is disrupted.
Tertiary structure denaturation involves the disruption of:
Covalent interactions between amino acid side chains (such as disulfide bridges between cysteine groups)
Noncovalent dipole-dipole interactions between polar amino acid side chains (and the surrounding solvent)
Van der Waals (induced dipole) interactions between nonpolar amino acid side chains.
In secondary structure denaturation, proteins lose all regular repeating patterns such as alpha-helices and beta-pleated sheets, and adopt a random coil configuration.
Primary structure, such as the sequence of amino acids held together by covalent peptide bonds, is not disrupted by denaturation.
Loss of function
Most biological proteins lose their biological function when denatured. For example, enzymes lose their catalytic activity, because the substrates can no longer bind to the active site, and because amino acid residues involved in stabilizing substrates’ transition states are no longer positioned to be able to do so.
Reversibility and irreversibility
In many proteins (unlike egg whites), denaturation is reversible (the proteins can regain their native state when the denaturing influence is removed). This was important historically, as it led to the notion that all the information needed for proteins to assume their native state was encoded in the primary structure of the protein, and hence in the DNA that codes for the protein.
Part 1 in a series exploring Organizational Fitness. In this chapter we explore structure, performance, context, and change.
Duration : 0:5:24
Training DVD